hls6767w

DLP TVChassis : L66A(N)_GalileiModel : HLS6767WX/XAA

DLP TV FEATURES

■■ HD Built in TV

■ NTSC/ATSC Tuner Embedded

■■ Digital Audio output (OPTICAL) jack

■ Firmware upgrade by USB Port /Wise Link

SERVICE Manual

HL-S6767W

This Service Manual is a property of Samsung Electronics Co.,Ltd.Any unauthorized use of Manual can be punished under applicableInternational and/or domestic law.

© Samsung Electronics Co., Ltd. May. 2006Printed in KoreaAA82-03647A

Table of ContentsChapter 1 Precaution

■ 1-1 Safety Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1■ 1-2 Servicing Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-3 ■ 1-3 Static Electricity Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-4■ 1-4 Installation Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-5

Chapter 2 Product Specification■ 2-1 Product Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1■ 2-2 Key Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-3■ 2-3 Specifications Analysis . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-5■ 2-4 Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-6

Chapter 3 Alignment & Adjustment■ 3-1 Service Instruction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1■ 3-2 How to Access Service Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-2■ 3-3 Factory Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-3■ 3-4 Service Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-20■ 3-5 Software Upgrade . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-24■ 3-6 Replacements & Calibration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-25

Chapter 4 Exploded View & Part List■ 4-1 HLS6767WX/XAA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1

Chapter 5 Electrical Part List■ 5-1 HLS6767WX/XAA Service Item . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-1

Chapter 6 Troubleshooting■ 6-1 Checkpoints by Error Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-1■ 6-2 Troubleshooting Procedures by Error Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-7■ 6-3 Troubleshooting Procedures by ASS'Y . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-8

Chapter 7 Block Diagram■ 7-1 Overall Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-1■ 7-2 Partial Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-2

Chapter 8 Wiring Diagram■ 8-1 Overall Wiring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-1■ 8-2 Main Board Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-2

Chapter 9 PCB Diagram■ 9-1 Power Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-1■ 9-2 Main Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-3 ■ 9-3 Rear Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-7■ 9-4 DMD Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-10

Chapter 10 Schematic Diagram■ 10-1 Main Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-1■ 10-2 Rear Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-19■ 10-3 DMD Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-26■ 10-4 Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-35

1. Make sure all protective devices are properly installedincluding non-metallic handles and compartment coverswhen installing or re-installing the chassis or chassisassemblies.

2. Make sure that no gaps exist between the cabinets forchildren to insert their fingers in to prevent children fromreceiving electric shocks.

Errors may occur when the resistance is below 1.0 ㏁ orover 5.2 ㏁.In these cases, make sure that the device is repairedbefore sending it back to the customer.

3. Check for Electricity Leakage (Figure 1-1)Warning: Do not use an insulated transformer for check-ing the leakage. Use only those current leakage testersor mirroring systems that comply with ANSIC 101.1 andthe Underwriter Laboratory's specifications (UL1410,59.7).

Fig. 1-1 AC Leakage Test

4. A high voltage is maintained within the specified limitsusing safety parts, calibration and tolerances. When voltage exceeds the specified limits, check each specialpart.

5. Warning for Engineering Changes:Never make any changes or additions to the circuitdesign or the internal part for this product.Ex: Do not add any audio or video accessoryconnectors. This might cause physical damage.Furthermore, any changes or additions to the originaldesign/engineering will invalidate the warranty.

6. Warning - Hot Chassis:Some TV chassis are directly connected to one end ofthe AC power cord for electrical reasons.Without insulated transformers, the product can only berepaired safely when the chassis is connected to theearthed end of the AC power source.

To make sure the AC power cord is properly connected,follow the instructions below. Use the voltmeter tomeasure the voltage between the chassis and theearthed ground. If the measurement is over 1.0V, unplugthe AC power cord and change the polarity before re-inserting it. Measure the voltage between the chassisand the ground again.

7. Some TV chassis are shipped with an additionalsecondary grounding system. The secondary system isadjacent to the AC power line. These two groundingsystems are separated in the circuit using anunbreakable/unchangeable insulation material.

8. When any parts, material or wiring appear overheated ordamaged, replace them with new regular onesimmediately. When any damage or overheating isdetected, correct this immediately and make a regularcheck of possible errors.

9. Check for the original shape of the lead, especially thatof the antenna wiring, any sharp edges, the AC powerand the high voltage power. Carefully check if the wiringis too tight, incorrectly placed or loose. Never change thespace between the part and the printed circuit board.Check the AC power cord for possible damages. Keepthe part or the lead away from any heat-emittingmaterials.

Precaution

Samsung Electronics 1-1

LEAKAGECURRENTTESTER

DEVICEUNDERTEST

TEST ALLEXPOSED METAL

SURFACES

2-WIRE CORD

ALSO TEST WITHPLUG REVERSED

(USING AC ADAPTERPLUG AS REQUIRED)

EARTHGROUND

(READING SHOULDNOT BE ABOVE

0.5mA)

To avoid possible damages or electric shocks or exposure to radiation, follow the instructions below with regard to safety,installation, service and ESD.

1. Precaution

1-1 Safety Precautions

10. Safety Indication:Some electrical circuits or device related materialsrequire special attention to their safety features, whichcannot be viewed by the naked eye. If an original part isreplaced with another irregular one, the safety orprotective features will be lost even if the new one has ahigher voltage or more watts.

Critical safety parts should be bracketed with ( ).Use only regular parts for replacements (in particular,flame resistance and dielectric strength specifications).Irregular parts or materials may cause electric shock orfire.

11. Pay additional attention to the current leakage as thevoltage between the power board and the ballast is 220to 440v, i.e. very high.And also beware of possible electric shock from theprimary power source.

Precaution

1-2 Samsung Electronics

!

1. The service instructions are printed on the cabinet, andshould be followed by any service personnel.

2. Make sure to unplug the AC power cord from the powersource before starting any repairs.(a) Remove or re-install parts or assemblies.(b) Disconnect the electric plug or connector, if any.(c) Connect the test part in parallel with the electrolyticcapacitor.

3. Some parts are placed at a higher position than theprinted board. Insulated tubes or tapes are used for thispurpose. The internal wiring is clamped using buckles toavoid contact with heat emitting parts. These parts areinstalled back to their original position.

4. After the repair, make sure to check if the screws, partsor cables are properly installed. Make sure no damage iscaused to the repaired part and its surroundings.

5. Check for insulation between the blade of the AC plugand that of any conductive materials (i.e. the metalpanel, input terminal, earphone jack, etc).

6. Insulation Check Process: Unplug the power cord fromthe AC source and turn the switch on. Connect the insu-lating resistance meter (500v) to the AC plug blade.

The insulating resistance between the blade of the ACplug and that of the conductive material should be morethan 1 ㏁.

7. Any B+ interlock should not be damaged.If the metal heat sink is not properly installed, noconnection to the AC power should be made.

8. Make sure the grounding lead of the tester is connectedto the chassis ground before connecting to the positivelead. The ground lead of the tester should be removedlast.

9. Beware of risks of any current leakage coming intocontact with the high-capacity capacitor.

10. The sharp edges of the metal material may causephysical damage, so ensure wearing protective glovesduring the repair.

Precaution


Warning 1: First carefully read the "Safety Instruction" in this service manual.When there is a conflict between the service and the safety instructions, follow the safety instruction at all times.

Warning 2: Any electrolytic capacitor with the wrong polarity will explode.

1-2 Servicing Precautions

1-3 Static Electricity Precautions1. Some semi-conductive ("solid state") devices are

vulnerable to static electricity. These devices are knownas ESD. ESD includes the integrated circuit and the fieldeffect transistor. To avoid any materials damage fromelectrostatic shock, follow the instructions describedbelow.

2. Remove any static electricity from your body byconnecting the earth ground before handling anysemi-conductive parts or ass'ys. Alternatively, wear adischargeable wrist-belt.(Make sure to remove any static electricity beforeconnecting the power source - this is a safety instructionfor avoiding electric shock)

3. Remove the ESD ass'y and place it on a conductivesurface such as aluminum foil to prevent accumulatingstatic electricity.

4. Do not use any Freon-based chemicals.Such chemicals will generate static electricity thatcauses damage to the ESD.

5. Use only grounded-tip irons for soldering purposes.

6. Use only anti-static solder removal devices.Most solder removal devices do not support ananti-static feature. A solder removal device without ananti-static feature can store enough static electricity tocause damage to the ESD.

7. Do not remove the ESD from the protective box until thereplacement is ready. Most ESD replacements arecovered with lead, which will cause a short to the entireunit due to the conductive foam, aluminum foil or otherconductive materials.

8. Remove the protective material from the ESDreplacement lead immediately after connecting it to thechassis or circuit ass'y.

9. Take extreme caution in handling any uncovered ESDreplacements. Actions such as brushing clothes or liftingyour leg from the carpet floor can generate enough staticelectricity to damage the ESD.

Precaution


CAUTION

These servicing instructions are for use by qualified service personnel only. To reduce the risk of electric shock do not perform any servicing other than that contained in theoperating instructions unless you are qualified to do so.

Precaution


1-4 Installation Precautions1. For safety reasons, more than two people are required

for carrying the product.

2. Keep the power cord away from any heat emittingdevices, as a melted covering may cause fire or electricshock.

3. When installing the product, make sure to keep it awayfrom the wall (more than 10cm/4 inches spacing shouldbe around the Top,Back, and both sides of the unit) forventilation purposes.Poor ventilation may cause an increase in the internaltemperature of the product, resulting in a shortenedcomponent life and degraded performance.

4. Bend the external antenna cable when connecting it tothe product. This is a measure to protect it from beingexposed to moisture. Otherwise, it may cause a fire orelectric shock.

5. Make sure to turn the power off and unplug the powercord from the outlet before repositioning the product.Also check the antenna cable or the external connectorsif they are fully unplugged. Damage to the cord maycause fire or electric shock.

6. Keep the antenna far away from any high-voltage cablesand install it firmly. Contact with the high-voltage cable orthe antenna falling over may cause fire or electric shock.

7. When connecting the RF antenna, check for a DTVreceiving system and install a separate DTV receptionantenna for areas with no DTV signal.

8. Check the basics of the screen test.- Image position/size, Tilt adjustment, Actuator activation


MEMO

Product Specification


2. Product Specification2-1 Product Features

Block Specfication Major IC RemarkDMD - Panel Resolution : 1920x1080 xHD5 DMD Panel

RF - Integrated HDTV Tuner(NTSC/ATSC TUNER Embedded) QamLink

Power - Input Voltage : AC110V~120V- Stand-By : under 1W Stand-by (KA1M0565)

Video - MPEG2 Decoder/Analog Decoder.- IPC, Scaler, Video enhancer

S5H2201, TC90103SDP51,SDP52,SDP42

Sound - speaker : 10W + 10W- Trusurround XT, Dolby Digital STV8258

Cabinet - K3 Design

■ Chip Description

- S5H2201 : SAMSUNG S5H2201 HD-TV Audio/Video Decoder Processor is designed to provide a cost-effective, low power size and high performance micro-controller solution for HD-TV,SD-TV, STB applications. To reduce total system cost, S5H2201 also provides the following features: separate 4KB Instruction and 4KB Data Cache, an improved audio DSP, a programmable video encoder with a dual output capability of interlaced and progressive scan, Memory controller, 4-channel Timers with PWM, I/O Ports, 2-channel 8-bit ADCs, 5-channel 10-bit DACs, 2- channel UARTs with handshake, IIC-BUS interface, IIS-BUS interface, SIO, Memory-Stick(NOTE) Card Interface and PLL for clock generation.

- SDP51 : SDP51 is the chip for NR, FDP(Film Detection Processing), and IPC and it's for the video quality improvement of the flat panel TV which DTV signal is in need. For this, HD level Progressive image with the high quality will be produced when the signal with Noise Reduction is treated with Spatial/Temporal Interpolation.Film mode is processed for the film image by Film Detection Processing, and the video quality gets better with the several signal processing such as VPP(Vertical Peaking Processing).SDP51 provides 10 bit processing, Test Pattern Generator, variable Display size correspondences, and variable input/output format supports.

- SDP52 : SDP52 is developed for the high efficient scaling and the applied algorithms for SDP52 are five. * MPEG Noise Reducer* Color Transition Improvement* Auto-Wide* Pre-processor* Main/Sub Scaler* Jagging Remover

- TC90103 : 3D Comb & Video Decoder The TC90A103FG analog video front-end processor integrates 3DYCS for NTSC, multi standard 3L-YCS, 3D- YNR/CNR, digital multi standard color decoding, and 5-Mbits DRAM in a compact LQFP144 package. Features



- STV 8258 : The STV82x8 family, based on audio digital signal processors (DSP), performs high quality and advanced dedicated digital audio processing.These devices provide all of the necessary resources for automatic detection and demodulation of analog audio transmissions for NTSC TV broadcasts. Virtual or true, multi-channelcapabilities and easy digital links make them ideal for digital audio low cost consumer applications. Starting from enhanced stereo up to independent control of 5 loudspeakers and a subwoofer (5.1 channels), the STV82x8 family offers standard and advanced features plus sound enhancements, spatial and virtual effects to enhance television viewer comfort and entertainment.

■ Important efficiency comparison

■ The advantages of SDP51/52- The world's first Noise Reduction with the ME/MC tool application to 1080p Signal - ME/MC IPC with the best performance in the world

The clear character reproduction with Ticker Detection & Compensation- DTV Picture quality differentiation with MPEG Noise Reduction(De-blocking/De-Ringing)- Extended definition and uniform Scaling implementation with the horizontal 12tap and the vertical 8Tap Scaler- Natural Edge implementation with De-Jagging function- Pattern and fine signal sharpness improvement by Pre-Scaler and DE

Item X226B+GM1601(Before) S5H2201+SDP51/52(After)

480i Input(Bit Resol.)

- 480i(8)→480p(8)→1080i(8)→1080p(10)- De-interlacing No. 2 :Picture quality deterioration

- 480i(10)→480p(10)→1080p(10)- De-interlacing No. 1

1080i Input(Component)

- Input 8bit, Output 10 bit- ME/MC IPC :480i

- Input 10bit, Output 10bit- ME/MC IPC :480i, 1080bit

GraphicDisplay

- X226B→DNIe(P.E)→GM1601(IPC/Scale)- DNle Picture quality improvement,

IPC/Scaler pass→Graphic deterioration

- S5H2201→DNIe(Separate Port→ No P.E)- 1080p graphic muxing to the final output

NTSC Input - 3D-comb : Main(Upd64083)- Super NR : Main(DNIe)

- 3D-comb→Main(TC90103FG)- Super NR→Main/Sub(2xSDP51)



2-2 Key FeaturesModel HL-S6767WVoltage AC 110 - 120V~Frequency of Operation 60HzPower Consumption 230 wattsDimensions(W x D x H)

60.63 x 22.44 x 43.39 inches1540 x 570 x 1102 mm

Weight 36 Kg / 79.37 lbs

■ H/W Configuration- DMD Panel : 0.65" (1920 x1080p, TI)- 1 Optical Engine for the Panel : Slim and Cost-effective- Color Wheel : R/G/B Color Implementation- Lamp : 132W : 56", 61" / 150W : 67", 71"- NTSC/ATSC Tuners : NTSC/DTV Reception- Support HDMI Interface : Adopts DVI/HDMI systems for digital HDs including STB.- DNIe4 : High quality image implementation- USB Interface : Use the USB interface for service purposes (S/W Upgrade),Wise Link

■ S/W Configuration- MCU : Albatross CPU- 4-Layered Architecture : Device Driver/OS/Hardware Abstraction/Application- OSD : 32Bit True Color Graphics OSD- Enhanced system stability by separating the DTV control and the application control systems into multi-processes.

■ Picture- DMD Panel ＊Panel Size : 0.65"＊Panel Resolution : 1920 x 1080

- Tuner : Integrated HDTV Tuner (NTSC/ATSC Embbeded)- Display Format : 1920 x 1080

■ Sound- Sound System : TruSurround XT,Dolby Digital- Amp/Channel : 2 Channel Digital Amp- Speaker System & Output(RMS)＊Sound (RMS) : 10W + 10W

■ In/Out Terminals- Rear : 2 RF In, 3 CVBS In, 2 S-VHS In, 2 Component In, 1 PC D-SUB In,

2 HDMI In(DVI Comportable With Adaptive Jack Only) 1 Optical audio, 1 RS-232C port



■ Feature- Component Interface (480i/480p/720p/1080i/1080p, Y/Pb/Pr) - Digital Interface : HDMI- Graphic Interface : PC- Language : English/French/Spanish- Picture Size : 4:3/16:9/Zoom1/Zoom2/Wide Fit- V-CHIP- Closed Caption- Sleep Timer : 180 Min.- Optical sound output- RS-232C- Wise Link

■ Remocon- TM87B

■ Power Supply- AC 110V~120V



2-3 Specifications AnalysisModel HL-R5078W HL-R5668W HL-S6767W

Design

Picture

Display Device DLP DLP DLPBuilt-in Tuner ATSC, NTSC ATSC, NTSC ATSC, NTSC

Display Format 1080p, 1080i, 720p, 480p, 480i 1080p, 1080i, 720p, 480p, 480i 1080p, 1080i, 720p, 480p, 480i

Screen Size 50 inch 56 inch 67 inchAspect ratio 16:9 16:9 16:9

Progressive scan Yes Yes YesDigital Comb Filter 3D Comb 3D Comb 3D CombFirst Surface Mirror Yes Yes Yes

Brightness 800cd/㎡ 600cd/㎡ 600cd/㎡Contrast 10000:1 10000:1 10000:1

Color Wheel Size/Bearing 7segment/65￠,Air Bearing

7segment/65￠,Air Bearing

7segment/65￠,Air Bearing

Anti-glare Sun Screen No No NoScreen Pitch 0.098mm 0.098mm 0.098mm

Image enhancer DNIe4 DNIe4 DNIe4DMD xHD3 xHD3 xHD5

Audio

Base/Tremble/Balance No No NoEqualizer 5 Band 5 Band 5 Band

Auto Volume Leveler Yes Yes Yes

Surround Sound TruSurround XTDolby Digital

TruSurround XTDolby Digital

TruSurround XTDolby Digital

Speaker system 2 Way 4 Speaker 2 Way 4 Speaker 2 Way 4 SpeakerOutput Power 15Wx2 15Wx2 10Wx2

Features

2-Tuner Split-Screen PIP Yes(HD/SD/QAM) Yes(HD/SD/QAM) NoSplit-screen Side-by-Side Yes Yes Yes

MTS with dbx NoiseReduction/SAP Yes Yes Yes

Still Picture Yes Yes YesWise Link No No Yes

Connections

Plug & Play Yes Yes YesS-Video In Rear 2, Side1 Rear 2, Side1 Rear 2

HDTV ComponentVideo Input (Y, Pb, Pr)1080p/1080i/480P/480i

Rear 2 Rear 2 Rear 2

PC Yes Yes YesHDMI Yes Yes Yes

Digital Sound Optical 1 Optical 1 Optical 1



2-4 Accessories Accessories Item Item code Remark

Supp

liedA

cces

sorie

s

RemoconAlkaline Battery

BP59-00116A4301-000103

Samsung Service centerManual BP68-00588G

Cloth-Clean BN63-01798A

Power Cord 3903-000144

Acce

ssor

iestha

tcan

bepu

rchas

edad

dition

ally

HDMI/DVI cable -

Internal shopping mall

HDMI Cable -

S-VIDEO Cable -

Optical Cable -

Antenna Cable -

Component Cables (RCA) -

Alignment & Adjustment


3. Alignment & Adjustment3-1 Service Instruction ■ Check items listed after changing each

※ The Rear board is irremovable and supplied as a separate part in the field

1. Software version check :After Entering the Service mode, Check the list below * S/W Notation

"T_GALIAOS0_0001" indicates "GALILEI BASIC MODEL USA, ver. 0001".

2. Front Information Window check : See chapter 6-2-1.

3. Index Delay adjustment : See chapter 3-4-2.

4. Actuator Gain adjustment : See chapter 3-4-4.

5. Vertical / Horizontal Position adjustment : See chapter 3-4-1.

6. CCA : See chapter 3-4-3.

7. Board LED check : Check the LED is turned on.(In the DMD Board)

8. Tilt/Focus adjustment : See chapter 3-6-1/2.

Check Items

Replaced ItemsS/W Version Front LCD Index Delay Actuator

GainV-PositionH-Position CCA Board LED Tilt Focus

Main Board ● ● ● ● ● ● ●

Rear Board ● ●

Power Board ● ● ●

Optical Engine ● ● ● ● ● ●

DMD Board ● ● ●

Lamp ●

Color Wheel ● ●

Front LED Assy ●

Actuator ● ● ●

T_GALIAUS0_00XX2006_XX_XXT-GALIUCOM5-60XXT-GAIAUS1_XX



3-2 How to Access Service Mode1. Turn off the power to put the unit into the STAND-BY mode.

2. In order to enter the Service Mode, Press "Mute" → "1” → "8" → "2" → "POWER" button on the Remote Control.In case entry into SERVICE MODE is unsuccessful, repeat the procedures above.

3. Initial DISPLAY State in times of Service Mode Switch overs

4. Buttons operations within Service Mode

OPTION CHECKSUMDDP3021 SERVICECCA(OFF)SP ActuatorDNIETC90103SAA7119MST33X9SDP51(M)SDP51(S)SDP52S5H2200KS1409-TUNERSTV82X8Cinema CCAESP

T_GALIAUS0_00XX2006_XX_XXT-GALIUCOM5-60XXT-GAIAUS1_XX

MENU Full Menu Display / Move to Parent MenuDirection keys ▲ / ▼ Item Selection by Moving the CursorDirection keys ◀ / ▶ Data Increase/Decrease for the Selected Item

Source Cycles through the active input source that are connected to the unitEnter Item Selection/execution



3-3 Factory Data ★ The underlined are items applied during the service adjustment. None of the others should be adjusted.

1. OPTION

No Item Range Default Remark1 Factory Reset2 Lamp Control 0~1 Always Dynamic, Always3 WB Reset ON/OFF OFF Initialize the White Balance value4 EER Reset - - Clear the EEPROM5 DIGITAL -> DMD - -6 Lamp Clear - - Initialize lamp usage time. Lamp Life is set to zero7 Lamp Life h Lamp on time counter

8 AUTO POWER ON/OFF ON The sets turns on automatically when the power cord isplugged in

9 DNIe Demo ON/OFF ON DNle Demo function selection10 MUTE TIME(Video) 0~1000 440 Time which the screen will be black while switching11 DDC Protection ON/OFF ON DDC write ON/OFF selection12 LNA Default ON/OFF Auto LNA setting OFF/Auto selection13 PROTECT ON/OFF ON Protection ON/OFF selection14 WATCH DOG ON/OFF ON Watch Dog ON/OFF selection15 WD COUNT 0 0 Count for Watch Dog event16 DBG/RS232 SEL 0~1 RS232 Rs232/Debug17 BUS STOP ON/OFF OFF18 FACTORY ON/OFF ON19 SMART DEBUG ON/OFF OFF All user settings are set to default

20 EER COUNT ON/OFF ON/OFF OFF

21 EER COUNT 0x90d0

22 LNA+ ON

23 LNA Check Count 10

24 Downloadable US RRS ON/OFF OFF

25 DMD→DIGITAL - - To trans the CCA data form DMD to DIGITAL



2. DDP3021No Item Range Default Remark1 V-Position 0 ~ 60 30 Screen upper and lower adjustment2 H-Position 0 ~ 120 60 Screen left and right adjustments3 LAMP SYNC 0~3 2 Pulse(P), Pass(T)

4 INDEX DELAY 0 ~ 359 45

Synchronizes the base position of the color wheel with thecorresponding color signal.This is critical to the natural color display. If the index delayis not properly set, even the correct CCA cordinates will nothelp when displaying natural colors.

5 SEQ SELECT 0~15 0x05 Sequence Selection6 V-FLIP Flip/Nomal Flip Vertical Flip Operation7 H-FLIP Flip/Nomal Flip Horizontal Flip Operation8 GAMMA 0 ~ 15 [4]OEM Gamma Table Selection9 CINEMA GAMMA 0 ~ 15 [0]FILM

10 MPC ON/OFF OFF MPC Funcion On/Off11 DMD_BIAS 0 ~ 4 3 DMD Bias pin voltage selection12 Lamp Boost 0 ~ 63 15 Lamp Boost value selection13 Lamp Sync Delay 0~4095 120 Lamp Sync delay value selection14 FPGA Select XHD3/XHD4 XHD3 xHD3/xHD4 selection15 Version - 0x0000000

16 Lamp Select 0~2 Philips Philips, Osram, Ushio

17 Lamp Watt 120W/132W 132W 120W/132W18 Optic Select Auto/L680/K280 Auto

19 Test Pattern (DDP) 0~18 0

This displays the built-in pattern of the DDP3021 chip.DDP3021 drives the DMD panel, so displaying this patternmeans there is no error in the DDP3021 projection functionand the panel itself.



3. CCA

No Item Range Default Remark1 CCA ON/OFF ON CCA On/Off Selection2 Red-x 0~32768 646 Red-x adjustment3 Red-y 0~32768 340 Red-y adjustment4 Red-Y 0~32768 86 Red-Y adjustment5 Green-x 0~32768 295 Green-x adjustment6 Green-y 0~32768 620 Green-y adjustment7 Green-Y 0~32768 300 Green-Y adjustment8 Blue-x 0~32768 146 Blue-x adjustment9 Blue-y 0~32768 58 Blue-y adjustment

10 Blue-Y 0~32768 53 Blue-Y adjustment11 White-x 0~32768 274 White-x adjustment12 White-y 0~32768 285 White-y adjustment13 White-Y 0~32768 439 White-Y adjustment14 Yellow-x 0~32768 42415 Yellow-y 0~32768 57116 Yellow-Y 0~32768 44617 Cyan-x 0~32768 18318 Cyan-y 0~32768 28019 Cyan-Y 0~32768 31020 DRedX 0~32768 646 Target Red X value for CCA



No Item Range Default Remark21 DRedY 0~32768 340 Target Red Y value for CCA22 DGreenX 0~32768 295 Target Green X value for CCA23 DGreenY 0~32768 620 Target Green Y value for CCA24 DBlueX 0~32768 146 Target Blue X value for CCA25 DBlueY 0~32768 58 Target Blue Y value for CCA26 DCyanX 0~32768 202 Target Cyan X value for CCA27 DCyanY 0~32768 270 Target Cyan Y value for CCA28 DMagentaX 0~32768 290 Target Magenta X value for CCA29 DMagentaY 0~32768 139 Target Magenta Y value for CCA30 DYellowX 0~32768 420 Target Yellow X value for CCA31 DYellowY 0~32768 515 Target Yellow Y value for CCA32 [COOL2] DWhiteX 0~32768 26733 [COOL2] DWhiteY 0~32768 27634 [COOL1] DWhiteX 0~32768 27435 [COOL1] DWhiteY 0~32768 28536 [NORMAL] DWhiteX 0~32768 28337 [NORMAL] DWhiteY 0~32768 26938 [WARM1] DWhiteX 0~32768 29939 [WARM1] DWhiteY 0~32768 31440 [WARM2] DWhiteX 0~32768 31341 [WARM2] DWhiteY 0~32768 32942 WB Spread - - Spread CCA value to all mode

4. SP ActuatorNo Item Range Default Remark1 Actu Gain[Patt 1] 0~175 68 Actuator Gain adjustment2 Actu Gain[Patt 2] 0~175 68 Actuator Gain adjustment3 Actu On/Off 0~1 ON Actuator On/Off selection4 DB On/Off 0~1 ON5 DB Border On / Off OFF6 DB Weight - 0%7 DB Gain 0~3 18 DB Aperture 0~1 ON9 SB Gain 0~255 0



5. DNIe

No Item Range Default Remark1 Test Pattern(DNIE) 0~25 0 Test pattern selection2 SNI_PROC_CEA ON/OFF ON3 SNI_PROC_CEP ON/OFF ON4 SNI_PROC_DEP ON/OFF ON5 SNI_PROC_DCE ON/OFF ON6 SNI_PROC_CCS ON/OFF ON7 SNI_PROC_BWS ON/OFF ON8 SNI_PROC_PCC ON/OFF ON9 SNI_PROC_WTE ON/OFF ON

10 SNI_PROC_CTE ON/OFF OFF11 SNI_PROC_OUTP ON/OFF ON12 B_RATIO 0~65535 13000 Low level information for the minimum value13 W_RATIO 0~65535 6000 High level information for the minimum value14 BLACK_TILT 0~255 90 Black Stretch Area15 B_GAIN_MAX 0~225 35816 WHITE_TILT 0~255 240 White Stretch Area17 GAIN_X1 0~255 25 Gain of horizontal high frequency region18 GAIN_X2 0~255 28 Gain of horizontal middle frequency region19 GAIN_Y1 0~255 18 Gain of vertical high frequency region20 GAIN_Y2 0~255 25 Gain of vertical middle frequency region21 SUP_LIFT_SEL ON/OFF ON22 EXT_SEL ON/OFF OFF23 BOOL_SUPP_SELX1 ON/OFF OFF24 BOOL_SUPP_SELX2 ON/OFF OFF25 BOOL_SUPP_SELY1 ON/OFF ON26 BOOL_SUPP_SELY2 ON/OFF OFF27 BOOL_ENH_SEL ON/OFF OFF28 LOG_MODE ON/OFF ON29 R_MR 50~205 15030 CORING_ON ON/OFF ON31 RTH1 0~31 032 RTH2 0~31 1233 NDON ON/OFF OFF34 WB_RED_C_COEFF 0~255 12835 WB_GRN_C_COEFF 0~255 12836 WB_BLU_C_COEFF 0~255 12837 WB_RED_B_COEFF 0~1023 51238 WB_GRN_B_COEFF 0~1023 50839 WB_BLU_B_COEFF 0~1023 512



No Item Range Default Remark40 R_Coring_TH1 0~31 441 R_Coring_TH2 0~31 442 R_Coring_TH3 0~31 443 R_Coring_TH4 0~31 444 H_FILTER1 0~11 145 H_FILTER2 0~10 846 V_FILTER1 0~4 147 V_FILTER2 0~3 248 Sub Color 0~100 6249 DNIe On/Off ON/OFF OFF50 Sub Contrast 50~150 106 Brightness adjustment for the high-light parts of the screen51 Contrast Offset 0~50 552 Sub Brightness 0~511 239 Brightness adjustment for the low-light parts of the screen53 Brightness Offset - -54 R_COEFF_MATR_CRR

55 R_COEFF_MATR_CBG

56 R_COEFF_MATR_CRG

57 R_COEFF_MATR_CBB



6. TC90103

No Item Range Default Remark1 LIMYF 0~7 2 3D YNR limit level ; 000:small~111:large 2 KMFY 0~3 2 Feed back factor for 3D YNR ; 0£:x1:1/2,2:x3/4, 3:OFF

3 KFY 0~7 3 3D YNR Ga in; 000£ºOFF~111:x0.875 4 LIMCF 0~7 2 3D CNR limit level ; 000£ºsmall~111:large (INIT:110)

5 KMFC 0~3 2 Feed back factor for 3D CNR ;00:x 01:x1/2 10:x3/4 11:OFF

6 KFC 0~7 3 3D CNR Gain ;000:OFF~111x0.875 7 GVENH 0~3 1 Vertical enhance gain ;00:OFF 10:x1/4 01:x1/8 11:x1/2 8 VEN 0~3 3 Setup V enhance NL ;00: 6IRE 10:13IRE 01: 9IRE 1:16IRE 9 VEC 0~3 1 Setup corng level for V enhance ;00:OFF 10:1.6IRE 01:0.8IRE 11:2.3IRE

10 FENH 0~1 0 Sharpness fo ; 0:4.2MHz 1:3.3MHz 11 PRENH 0~1 0 Pre enhance 0:OFF 1:ON 12 GHENH 0~15 2 Adjustment Sharpness gain 13 NCLIM 0~7 0 Coring for sharpness/noise cancel ; 0:0.8IRE 1:3.2IRE 2:1.6IRE 3:6.4IRE

14 GNC 0~3 1 Setup gain for noise cancel ; 00:OFF 10:x1/2 01:x1/4 11:x1 15 GLTI 0~3 0 Setup L T I gain ;00:OFF 10:x1/4 01:x1/8 11:x1/2 16 LTILIM 0~3 0 Setup coring level for LTI ;00:0.8IRE 10:3.2IRE 01:1.6IRE 11:6.4IRE

17 SET DELAY 0~15 10 Chroma signal delay adjustment0000:-296ns~000:Center ~ 1111:259ns(37ns step)

18 GCTI 0~3 0 Setup CTI gain ; 00:OFF 10:x1/4 01:x1/8 11:x1/2 19 CTILIM 0~3 0 Setup coring level for CTI 00:0.4IRE 10;1.6IRE 01:0.8IRE 11:3.2IRE

20 FLTI 0~1 0 LTI fo 0:3.3MHz 1:2.2MHz OFF21 FCTI 0~1 0 CTI fo 0:1.7MHz 1:3.4MHz 22 YCONT 0~255 66 Contrast adjustment 00h:x1/2~40h:x1~ FFh:x2.4

23 YBRIT 0~255 249 Brightness adjustment ;128:-128LSB:0 OFF~127:+127LSB(10b i t ) b i t

24 CRGAIN 0~15 0 C r signal gain adjustment ; 1000:x0~0000:x1~0111:x1.875

25 CBGAIN 0~15 1 C b signal gain adustment ;1000:x0~0000:x1 ~0111:x1.875

26 CROFS 0~15 1 C r signal offset adjustment at output stage 1000:-8LSB~0000:~ 0111:+7LSB(10bit)

27 CBOFS 0~15 1 C b signal offset adjustment at output stage 1000:-8LSB~0000:~ 0111:+7LSB(10bit)

28 HUE 0~127 0 Hue adjustmemt ;1000000:-45º~0000000:0º~0111111:+43 6º

29 HUE BIAS 0~63 0 Hue Bias adjustmemt ; 000000:0º~111111+45º

30 CKILL 0~7 7 Adjustment for the sensitivity of killer detect ratio ; 000:40dB~111:-30dB

31 BTCLON 0~1 1 LSB Process at SRC Block32 BTCL ALT 0~1 033 YNRON - -34 FILON 0~15 335 M_AGC_GAIN 0~225 3336 3D/2D 2D/3D 3D37 SNR - 117[0x75]



7. SAA7119

No Item Range Default Remark1 HTC 0~3 22 ATVT 0~3 13 LUFI 0~15 54 NAICO_Brig 0~255 1125 NAICO_Cont 0~255 646 NAICO_Satu 0~255 647 NAICO_Hue 0~255 08 COMP_Brig 0~255 1149 COMP_Cont 0~255 62

10 COMP_Satu 0~255 6411 TASKA_Brig 0~255 14012 TASKA_Cont 0~255 6413 TASKA_Satu 0~255 6414 LIMOD 0~3 015 LIFIL 0~3 216 LIWGT 0~7 0

8. MST33X9

No Item Range Default Remark1 RED CUTOFF 0~255 1272 GREEN CUTOFF 0~255 963 BLUE CUTOFF 0~255 1274 PHASE 0~64 05 RED GAIN 0~255 2026 GREEN GAIN 0~255 2077 BLUE GAIN 0~255 2028 PLLDIV 0~4096 8579 PLLGAIN 0~31 1

10 CLPDLY 0~255 811 CLPDUR 0~255 812 HSOPW 0~255 2413 SYNC_CTRL 0~255 6414 SOGMID_CTRL 0~255 18915 SEP_THR 0~255 3216 PRECST 0~255 1117 POSTCST 0~255 818 ADC_BWO 0~255 10219 ADC_BW1 0~255 620 Test Pattern 0~8 0





9. SDP51(M)

No Item Range Default Remark1 Y_Offset 0~1023 02 Y_Gain 0~2047 5123 NR_Zeromotion_MD 0~255 48 Gain control for Motion detecton4 NR_Fullmotion_MD 0~255 965 NR_Zeromotion_MC 0~255 40 Gain control for Motion compensation6 NR_Fullmotion_MC 0~255 807 VPP_ON 0~1 0 0 : VPP OFF , 1 : VPP ON 8 VPP_Gain 0~255 30 Gain Control9 VPP_Coring 0~47 5

10 ST_Field_CNT 0~7 511 ST_Ver_Mot_Min 0~255 5 VM: vertical motion12 ST_Ver_Mot_Max 0~255 6413 ST_Def_Min 0~255 5 DF: default → normal14 ST_Def_Max 0~255 6415 ST_Ticker_Min 0~255 2 TD: ticker detection16 ST_Ticker_Max 0~255 1817 ST_2:2_Min 0~255 5 2:2 detection (normaly source 3:2) 18 ST_2:2_Max 0~255 6419 Mo_Ver_Mot_Min 0~255 320 Mo_Ver_Mot_Max 0~255 1221 Mo_Def_Min 0~255 222 Mo_Def_Max 0~255 1223 Mo_Ticker_Min 0~255 3224 Mo_Ticker_Max 0~255 6425 Mo_2:2_Min 0~255 026 Mo_2:2_Max 0~255 027 Spatial_Angle_TH 0~255 300 0 : vertical interpolation(do not use directional information)

28 Ticker_Mode 0~3 3 0 : ALL OFF, 1 : interlace only, 2 : except film, 3 : ALL ON

29 Debuger_Mode 0~7 0 0: off, 1 : film, 2:Stop, 3:Motion, 4: Moving 5:judder, 6: ticker, 7: weigh

30 3:2_Mode 0~3 131 2:2_Mode 0~3 132 32_22 Combi 0~3 3 3 : ALL ON, 2 :film23 ON/film22 OFF, 1 : film23 OFF/film 22 ON, 0 :ALL OFF

33 3:2Count 0~255 1034 2:2Count 0~255 4035 TD_LINES 0~1023 18036 CAPTION_AREA_UP 0~1023 3037 CAPTION_AREA_DOWN 0~1023 180



No Item Range Default Remark38 NR ON/OFF ON39 MAX_WEIGHT 0~255 11040 Test Pattern(SDP51M) 0~19 0



10. SDP51(S)No Item Range Default Remark1 Y_Offset 0~1023 0 Direction Offset of the input Y2 Y_Gain 0~2047 512 Gain of the input Y3 NR_Zeromotion_MD 0~255 28 Gain control for Motion detecton4 NR_Fullmotion_MD 0~255 565 NR_Zeromotion_MC 0~255 28 Gain control for Motion compensation6 NR_Fullmotion_MC 0~255 567 VPP_ON 0~1 0 0 : VPP OFF , 1 : VPP ON 8 VPP_Gain 0~255 309 VPP_Coring 0~47 5 Coring for the detail vertical filter.

10 ST_Field_CNT 0~7 5 The number of the referenced field for the still discrimination.

11 ST_Ver_Mot_Min 0~255 5 VM: vertical motion12 ST_Ver_Mot_Max 0~255 6413 ST_Def_Min 0~255 514 ST_Def_Max 0~255 6415 ST_Ticker_Min 0~255 2 TD: ticker detection16 ST_Ticker_Max 0~255 1817 ST_2:2_Min 0~255 5 2:2 detection (normaly source 3:2) 18 ST_2:2_Max 0~255 6419 Mo_Ver_Mot_Min 0~255 320 Mo_Ver_Mot_Max 0~255 1221 Mo_Def_Min 0~255 222 Mo_Def_Max 0~255 1223 Mo_Ticker_Min 0~255 3224 Mo_Ticker_Max 0~255 6425 Mo_2:2_Min 0~255 026 Mo_2:2_Max 0~255 027 Spatial_Angle_TH 0~1023 300 0 : vertical interpolation(do not use directional information)

28 Ticker_Mode 0~3 3 0 : ALL OFF, 1 : interlace only, 2 : except film, 3 : ALL ON

29 Debuger_Mode 0~7 0 0: off, 1 : film, 2:Stop, 3:Motion, 4: Moving 5:judder, 6: ticker, 7: weigh

30 3:2_Mode 0~3 1 3 : All of the film modes for the current filed are off if there is judder.

31 2:2_Mode 0~3 1 1 : Only the pixel with judder is off. The REG_FLM_32_MODE is the same as the above.

32 32_22 Combi 0~3 3 3 : ALL ON, 2 :film23 ON/film22 OFF, 1 : film23 OFF/film 22 ON, 0 :ALL OFF

33 3:2Count 0~255 1034 2:2Count 0~255 4035 TD_LINES 0~1023 18036 CAPTION_AREA_UP 0~1023 3037 CAPTION_AREA_DOWN 0~1023 18038 FILM_32_22 0~3 339 Test Pattern(SDP51S) 0~19 0



11. SDP52

No Item Range Default Remark1 DIFF_MODE 0 0 Select a differential filter2 WS_EIGENLPF 0~31 43 BLEND_ALPHA 0~255 04 BLEND_BETA 0~511 05 Main YH_SHOOT 0~1 16 Main CH_SHOOT 0~1 17 Main PC_MODE 0~1 0 Shoot Control or Median Filter8 Main YH_SHOOT_PARA1 0~255 32 Clipping Gain Parameter9 Main YH_SC_ALPHA 0~31 31

10 Main YH_SLOPE 0~255 64 Small Ringing Control 11 Main AUTO_PAGE_SEL 0~1 0 Filter Page Select 12 Main YH_PAGE 0~31 113 Main YV_PAGE 0~31 514 Main CH_PAGE 0~31 1615 Main CV_PAGE 0~31 1616 Sub YH_SHOOT 0~1 117 Sub CH_SHOOT 0~1 118 Sub PC_MODE 0~1 0 Shoot Control or Median Filter19 Sub YH_SHOOT_PARA1 0~255 32 Clipping Gain Parameter20 Sub YH_SC_ALPHA 0~31 3121 Sub YH_SLOPE 0~255 64 Small Ringing Control 22 GAINU 0~1023 64 CB CTI gain23 GAINV 0~1023 64 CR CTI gain24 R_CHCNT_ON 0~1 125 H_TRUNC 0~63 3226 H_INT_GAIN1 0~127 427 H_INT_GAIN2 0~127 428 V_INT_GAIN 0~63 429 V_TRUNC 0~63 3230 PRE_ALPHA 0~127 431 PRE_BETA 0~63 532 DE_GAIN_X1 0~255 1633 DE_GAIN_X2 0~255 2434 DE_GAIN_Y1 0~255 4035 DE_MR 0~255 5036 H_RTH2 0~31 1037 V_RTH2 0~31 1038 DE_H_CORING_F1 0~31 4



12. S5H2200

No Item Range Default Remark39 DE_H_CORING_F2 0~31 440 DE_V_CORING_F3 0~31 441 BLU_C_COEFF 0~255 128 Blue contrast Gain42 GRN_C_COEFF 0~255 128 Green contrast Gain43 RED_C_COEFF 0~255 128 Red Contrast Gain44 BLU_B_COEFF 0~1023 0 Blue bright level45 GRN_B_COEFF 0~1023 0 Green bright level46 RED_B_COEFF 0~1023 0 Red bright level47 H_FILTER1 0~11 148 H_FILTER2 0~10 449 V_FILTER1 0~4 150 DE-RINGING DEMO - 051 DE-BLOCKING DEMO - 052 CTI DEMO - 053 PRE-PRO DEMO - 054 Auto FRC RANGE ON/OFF OFF55 SSTL_DDS 0~10 256 Overscan 0~1 ON57 Test Pattern(SDP52M) 0~31 058 Test Pattern(SDP52S) 0~31 0

No Item Range Default Remark1 Test Pattern(ALBA) 0~255 1



13. KS1409_Tuner

14. STV82X8No Item Range Default Remark1 Stereo Pilot high 0~255 352 Stereo Pilot low 0~255 163 SAP Pilot high 0~255 1284 SAP Pilot low 0~255 965 MELODY-ON VOL. 0~5 36 MELODY-OFF VOL. 0~5 37 Speaker Type

No Item Range Default Remark1 RF_AGC_TOP - 0xBa2 CR_Phase_Gain - 0x4a3 CR_Freg_Gain - 0x10104 Polit_Gain - 0x015 AGC_Rel - 0x506 Eq_Ctrl - 0x030e7 PTL_Coell - 0x238 PTL_Step - 0x05c0



15. Cinema CCANo Item Range Default Remark1 DRedX - 640 Target Red X value for CCA2 DRedY - 330 Target Red Y value for CCA3 DGreenX - 300 Target Green X value for CCA4 DGreenY - 600 Target Green Y value for CCA5 DBlueX - 150 Target Blue X value for CCA6 DBlueY - 60 Target Blue Y value for CCA7 DCyanX - 225 Target Cyan X value for CCA8 DCyanY - 329 Target Cyan Y value for CCA9 DMagentaX - 321 Target Magenta X value for CCA

10 DMagentaY - 154 Target Magenta Y value for CCA11 DYellowX - 419 Target Yellow X value for CCA12 DYellowY - 505 Target Yellow Y value for CCA13 D-White-X - 313 Target White X value for CCA14 D-White-Y - 329 Target White Y value for CCA

16. ESPNo Item Range Default Remark1 Dynamic Global On / Off 0~1 OFF2 Dynamic Local On / Off 0~2 13 Dynamic Skin On / Off 0~100 04 Dynamic Strength 0~2 15 Dynamic Cont Gain 0~100 06 Dynamic Satu 0~1 OFF7 Dynamic Satu Gain 0~255 1288 Sharp Picture 0~1 OFF9 VLUT - TBD0

10 Sharp Filter 0~2 111 Sharp Picture Gain 0~255 128



17. SERVICENo Item Range Default Remark1 V-Position 0 ~ 60 30 Screen upper and lower adjustment2 H-Position 0 ~ 120 60 Screen left and right adjustments3 User Reset - - All user settings are set to default4 INDEX DELAY 0 45 Index delay adjustment5 LAMP SYNC 0 ~ 3 06 CCA - - CCA menu7 DMD→Digital8 Digital→DMD9 Lamp Life - 8h

10 Lamp Clear - - Initialize Lamp usage time 11 Mute Time(Video) - 412 Lamp Select - Philips13 Lamp Watt 120W/132W 132W14 Actuator Gain [Patt1] 0 ~ 175 68 Actuator Gain adjustment15 Actuator Gain [Patt2] 0 ~ 175 68 Actuator Gain adjustment16 Factory Reset



3-4 Service Adjustment3-4-1 Vertical / Horizontal Position Adjustment

1. Turn off the power to put the unit into the STAND-BY mode.

2. In order to enter the Service Mode, Press "Mute" → "1" → "8" → "2" → "POWER" buttons on the Remote Control.

3. Select "Service" on the first display of the Service mode menu.

4. Select the V-position for vertical positioning and H-position for horizontal positioning by using the ▲▼ (Up & Down) buttons.Press the ◀▶ (Left or Right) buttons to adjust the screen position.

※ Do not set the V-position value to 34 or 35. (Setting to these values will cause horizontal lines on the right side of the screen.)

3-4-2 INDEX DELAY Adjustment

1. Turn off the power to put the unit into the STAND-BY mode.

2. In order to enter the Service Mode, Press "Mute" → "1" → "8" → "2" → "POWER" buttons on the Remote Control.

3. Select "Service" on the first display of the Service mode menu.

4. Press the ▲▼ (Up or Down) button to move to INDEX DELAY, then press ENTER to select.

5. The INDEX DELAY setup screen (with White, Red, Green and Blue bars at the bottom of the screen) will be displayed.

6. Press the ◀▶ (Left of Right) buttons to adjust. Check the red color at the bottom of the screen at its minimum and maximum values of changing from red to magenta, then adjust to the mean value.



3-4-3 CCA Adjustment Service Methods : CCA Adjustment is needed after changing a light engine or main board

■ CCA : In DLP TV, even the same RGB color may differ depending on the light engine. CCA (Color Coordinate Adjustment) corrects the color to achieve the color accuracy. CCA performs color correction after measuring and inputting the current light engine's data on actual color coordinates for displayed Red, Green, Blue, and White color patterns, using a color coordinate measuring equipment. At this moment, color correction is performed below.

1) This procedure is needed if the Main PCB or DMD Board are changed.2) Turn off power to put the unit into the STAND-BY mode.3) In order to enter the Service Mode, press "Mute"→"1"→"8"→"2"→"Power" buttons on the Remote Control.

4) Select "Option" on the display of the Service mode menu5) If the DMD PCB is changed, Press the ▼▲(Up or Down) button to move to Digital→DMD, then press ENTER to select.

6) Then Press ENTER to save CCA information to the DMD board7) If the Main PCB is changed, Press the ▼▲(Up or Down) button to move to DMD→Digital, then press ENTER to select.



8) Then Press ENTER to save CCA information to the Main board

＊AttentionPerforming CCA is independent on current display's resolution and input signal type if you don't measure color coordinates data.Measuring color coordinates data requires specific equipment not possessed by service personnel, that makes performing manual adjustment impossible. Adjusting CCA is applied to all the signal mode.Don't change desired value because it will be harmful to the color of the SET.



3-4-4 ACTUATOR GAIN Adjustment

1. Before Adjustment1) Turn off the power to put the unit into the STAND-BY mode.2) In order to enter the Service Mode, Press "Mute" → "1" → "8" → "2" → "POWER" button on the Remote Control.3) Select "Service" on the first display of the Service mode menu.4) Press the ▲▼ (Up or Down) button to move to ACTUATOR GAIN1,2, then press ENTER to select.5) The Actuator gain setup screen will be displayed.6) Press the ◀▶ (Left of Right) button to adjust. check the smooth picture at it's minimum and maximum values of changing

,then adjust to the mean value.

2. Making Adjustments1) As shown in the picture above, change the actuator values to eliminate saw tooth shapes.

- To fine tune, increase the data value ensuring that you get the center between the starting and ending points of thedisappearing saw tooth shape.

Actuator Gain 115

Before Adjusting After Adjusting

- Actuator Gain1 : In case of controlling with Cross Pattern.

- Actuator Gain2 : In case of controlling with Crosshatch Pattern.CROSSHATCH PATTERN

CAUSTION: GAIN2 is just controlled by your eye because control value doesn’t appear In picture.



3-5 Software Upgrade

1. Prepare the USB memory stick with the built-in firmware.

2. While the TV is off, insert the USB stick into the SERVICE terminal.

3. When turning on the TV, there should be a long beeping tone and the firmware download process should start. If there is no sound from the TV, turn it off and then on again.

4. When the download is complete, there will be another long beeping tone and the TV will go into standby mode.

※ Check for the Firmware Version1) Turn off the power to put the unit into the STAND-BY mode.2) In order to enter the Service Mode, Press "Mute" → "1” → "8" → "2" → "POWER" buttons on the Remote Control.3) In case entry into SERVICE MODE is unsuccessful, repeat steps 1 and 2 directly above.4) You can check the firmware version at the bottom of the Factory menu. T_GALIAUS0_00XX

2006_XX_XXT-GALIUCOM5-60XXT-GAIAUS1_XX



3-6 Replacements & Calibration3-6-1 Tilt the Screen1. Remove the 9 point screws. Remove the Bottom cover.

Fix the safety switch on the right with tape so that the setcan be turned on after removing the bottom cover.: TH,B,M4.L15,BLK,SWRCH18A

3. Turn off the power to put the unit into the STAND-BY mode.In order to enter the Service Mode, Press "Mute" → "1" → "8" → "2" → "POWER" buttons on the Remote Control.Select "DDP3021" on the first display of the Service Mode menu. Press the ▲▼ (Up or Down) buttons, then press ENTER to select. Press the ▶ (Right) button until you see the CROSSHATCH PATTERN.Then, adjust the screen position, by holding both of the upper corners of the DMD board.

※ Even when those screws are loosened, the board does not separate it can be moved within the adjustable range because thereare spring screws at the center holding it.

※ When adjusting the screen, it is better for two people to work together.One person should adjust the picture position while the other person looks at the screen.

※ The movement direction of the board and the picture are opposite.- When the board is lifted upward, the screen descends down.- When it is tilted to the left, the screen tilts to the right.

※ When the picture adjustment is completed:First, tighten the two screws on the left of the DMD board and then slowly tighten the one screw on the bottom right.Be careful not to touch the board while tightening the screws.(When using an electric-powered screwdriver, be careful that the torque is not too high.)

CROSSHATCH PATTERN

2. Loosen the 3 points screws.＊Left 2 points screws

: PWH,S,M3,L8,ZPC(YEL),SWRCH18A＊Right 1 points screw

: PWH,S,M3,L7,ZPC(YEL),SWRCH18A

Fix the safety switch on the right with tape so that theset can be turned on after removing the bottom cover.



3-6-2 Align the Focus

1. Remove the 2 screws.: TH,B,M4.L15,BLK,SWRCH18A

2. Pull out the holder Chassis

3. Adjust the Lens Focus

4. Adjust the Lens focus.

ccw cw

Focus Alignment

1) Input a Crosshatch pattern or enter service mode and use the internal generated patterns.

2) Insert hand the unit as shown in the figure and adjust thefocus alignment dial of the Projection Lens Clockwise or Counter Clockwise (See picture in step 4) until the picture is clear.

3) Since the alignment is done from the rear, use a mirror or a second person to confirm the adjustment is complete.

4. Exploded View & Part List

Exploded View & Part List


T0120

T0267

T0903

T0952

M0006

T0030

T0245

T0138

T0852

T0260

T0514

T0514

T0002

T0186

T0057

M0112

T0003

T0054

T0053

T0024

T0082

T0524

CIS7

T0238

T0062

T0059

T0175

T0030

T0091

T0129

T0268

T0527

T0158

T0074 T0268

M0112T0275

M0014

M0412

T0130

M0013

M0006M0952

You can search for the updated part code through ITSELF web site.URL:http://itself.sec.samsung.co.kr

4-1 HLS6767WX/XAA

Loc.No. Code No. Description Specification Q'ty SA/SNA RemarkCIS7 AA61-60003J SPRING ETC-CS -,SUS304,-,-,OD6,N7,OD6,-, 1 S.N.A

M0006 BP63-00431A COVER-REAR 67L6,HIPS,HB,GRAY,TOP 1 S.AM0006 BP63-00401A COVER-REAR BOTTOM 50L6,HIPS,V0,GRAY 1 S.N.AM0013 BP96-00938D ASSY COVER P-REAR BOTTOM L6,HD5 Engine,H 1 S.AM0014 BP94-02258F ASSY PCB MAIN HLS6767,L66A,L6,CULB 1 S.AM0112 BP63-00429K COVER-FRONT 67L6,HIPS,HB,HLS6767(Galilei 1 S.N.AM0112 BP96-01432A ASSY SHIELD P-PCB L66A,SPTE,T0.5,POD 1 S.N.AM0412 BP96-01421A ASSY BRACKET P-PCB NOBEL,SECC,T1.0 1 S.N.AM0952 BP63-00529A COVER-DUCT L6,ABS,V0,GRAY,RTI 95 1 S.N.AT0002 BP96-01024B ASSY COVER P-FRONT BOTTOM 67L6,HIPS HB,G 1 S.AT0003 BP96-01030K ASSY COVER P-FRONT 67L6,HLR6767(Galilei) 1 S.AT0024 BP64-00384C KNOB-FAMILY L6,ABS,HB,BLK 1 S.AT0030 BP96-01027B ASSY COVER P-SIDE 67L6,HIPS,HB,GR503,LEF 1 S.AT0030 BP96-01028B ASSY COVER P-SIDE 67L6,HIPS,HB,GR503,RIG 1 S.AT0053 BP67-00187A SCREEN FRESNEL 67W,1524*875,T2.0 1 S.AT0054 BP67-00186A SCREEN LENTI 67W,1524*875,T2.1 1 S.AT0057 BP64-00179A BADGE-BRAND ALL,AL,T1.5,83,14,,BLK,SILIV 1 S.N.AT0059 BP64-00382A INDICATOR LED 50L3,ABS CLEAR (LG) 1 S.N.AT0062 BP61-00530A HOLDER-POWER 50L3,HIPS HB,GRAY 1 S.N.AT0074 BP59-00116A REMOCON Einstein,TM87B,samsung 28p,54,31 1 S.AT0082 BP64-00309B WINDOW LED 50L3,ACRYL,2.0,half-mirror,SE 1 S.N.AT0091 BP94-01713A ASSY PCB MISC-A/V SIDE HLR6768WX/XAA,L65 1 S.AT0120 BP94-02261A ASSY PCB POWER L64D(L6),AC120V,ATSC(W/O 1 S.AT0129 BP96-01491G ASSY ENGINE P-DLP 67L6,PHILIPS,132W,E22, 1 S.AT0130 BP96-01431E ASSY COVER P-TERMINAL BOARD Galilei(SEA 1 S.N.AT0138 BP64-00383C KNOB-HOLDER L6,ABS,HB,BLK 1 S.AT0158 BP96-00937B ASSY COVER P-MAIN L6,M63A(NOBEL),HIPS, V 1 S.AT0175 BP96-01278A ASSY SPEAKER P 8ohm,L6(DLP)_VE,15W 2 S.AT0186 BP96-01025F ASSY COVER P-GRILLE 67L6,HIPS HB,GR503,B 1 S.N.AT0238 BP64-00385A WINDOW REMOCON 50L3,PC,VIOLET 1 S.N.AT0245 BP94-02271H ASSY PCB MISC-KEY CONTROL HLS6765,L64D,L 1 S.N.AT0260 BP67-00215A MIRROR-FRONT Front mirror 67",glass,1510 1 S.N.AT0267 BP61-00938A BRACKET-MIRROR TOP 67L6,AL6063 EXTR 1 S.N.AT0268 BP94-01758D ASSY PCB MISC-RMC LED HLR6768WX/XAA,L65A 1 S.AT0268 3903-000144 CBF-POWER CORD DT,US,BP3/Y,U(IEC C13-RA) 1 S.AT0275 BP96-00972B ASSY MISC P-INLET HLR5067WX,Hurricane,Ex 1 S.AT0514 BP61-00916A BRACKET-SUPPORT 67L6,SECC-1,T1.2,NTR,BAC 2 S.N.AT0514 BP61-00918A BRACKET-SUPPORT 61L6,SECC-1,T1.6,NTR 2 S.N.AT0524 BP63-00433B COVER-GRILLE 67L6,HIPS,HB,GR503,BKN1576 1 S.N.AT0527 BP61-00908A BRACKET-COVER 50L6,SECC-1,T1.2,NTR,BOTTO 1 S.N.AT0852 BP96-01026E ASSY COVER P-MIDDLE 67L6,SEA(EINSTEIN),H 1 S.N.AT0903 BP61-00528A HOLDER-DUST 50L3,HIPS HB,GRAY 2 S.N.AT0952 BP63-00294B COVER DUST-ASSY L6,HIPS,HB,GRAY 2 S.N.A

5-1Samsung Electronics

Electrical Part List

5. Electrical Part List5-1 HLS6767WX/XAA Service Item

Loc.No. Code No. Description Specification Q'ty SA/SNAM0003 BP96-00990B ASSY COVER P-STAND 61/67L6,HIPS,HB,GR503 1 S.AM0013 BP96-00938D ASSY COVER P-REAR BOTTOM L6,HD5 Engine,H 1 S.AM0014 BP94-02258F ASSY PCB MAIN HLS6767,L66A,L6,CULB 1 S.AM0114 BP39-00230A CBF SIGNAL HLS5686W,24p/24p,20276-D,300m 1 S.AM2893 BP39-00096E LEAD CONNECTOR SVP-67L6X,UL1185/2547#26, 1 S.AM2893 BP39-00103C LEAD CONNECTOR SVP-67L6X,UL2464#26,UL/CS 1 S.AM2893 BP39-00140C LEAD CONNECTOR HLR5668WX,UL2547#26,3PIN, 1 S.AM2893 BP39-00141C LEAD CONNECTOR HLS6187WX/XAA,UL1617#22,U 1 S.AM2893 BP39-00174D LEAD CONNECTOR HLS6187WX/XAA,UL1007#26,U 1 S.AM2893 BP39-00180C LEAD CONNECTOR HLR5668WAX,UL1617#22,1P,1 1 S.AM2893 BP39-00227A LEAD CONNECTOR HLS5686W,UL1007#26,UL/CSA 1 S.AM2893 BP39-00228A LEAD CONNECTOR HLS5685W,UL1061#28,UL/CSA 1 S.AM2893 BP39-00228A LEAD CONNECTOR HLS5685W,UL1061#28,UL/CSA 1 S.AM2893 BP39-00229B LEAD CONNECTOR HLS6187WX/XAA,UL1061#28,U 1 S.AM2893 BP39-00231B LEAD CONNECTOR HLS6187WX/XAA,UL1571#30,U 1 S.AT0002 BP96-01024B ASSY COVER P-FRONT BOTTOM 67L6,HIPS HB,G 1 S.AT0003 BP96-01030K ASSY COVER P-FRONT 67L6,HLR6767(Galilei) 1 S.AT0024 BP64-00384C KNOB-FAMILY L6,ABS,HB,BLK 1 S.AT0030 BP96-01027B ASSY COVER P-SIDE 67L6,HIPS,HB,GR503,LEF 1 S.AT0030 BP96-01028B ASSY COVER P-SIDE 67L6,HIPS,HB,GR503,RIG 1 S.AT0049 BP47-00033A LAMP-BALLAST EUC 132D P/41,160 MM CABLE, 1 S.AT0053 BP67-00187A SCREEN FRESNEL 67W,1524*875,T2.0 1 S.AT0054 BP67-00186A SCREEN LENTI 67W,1524*875,T2.1 1 S.AT0074 BP59-00116A REMOCON Einstein,TM87B,samsung 28p,54,31 1 S.AT0120 BP94-02261A ASSY PCB POWER L64D(L6),AC120V,ATSC(W/O 1 S.AT0129 BP96-01491G ASSY ENGINE P-DLP 67L6,PHILIPS,132W,E22, 1 S.AT0138 BP64-00383C KNOB-HOLDER L6,ABS,HB,BLK 1 S.AT0175 BP96-01278A ASSY SPEAKER P 8ohm,L6(DLP)_VE,15W 2 S.AT0568 BP39-00217A CBF IF HLR5668WAX,1PIN,1365#26,80mm,BK,D 1 S.AT0703 BP96-01581A ASSY DMD BOARD P K280,Philips,DMD Board, 1 S.AT0888 BP96-01578A ASSY LAMP P K220,PHILIPS 132W,E22,SVC 1 S.AT0889 BP96-01579A ASSY COLOR WHEEL P K220,SVC 1 S.A

You can search for the updated part code through ITSELF web site.URL:http://itself.sec.samsung.co.kr

Samsung Electronics5-2

MEMO

Troubleshooting


6. Troubleshooting6-1 Checkpoints by Error Mode1. Power Light: Check the master switch (ON/OFF) and the fuse to see if they are operating.

2. LED Blinking: See the basic LED checklist in 6-2-1.

< Blinking Temp & Timer LED >

< Blinking Lamp and Temp LEDs >

Are fans running?Yes

Yes

Yes

Replace DMD Board

Check for 8Vdc atCN804 & CN805 Pin3 on DMD Board.

Replace fan(s)

Check CN804 pins 15&16 onthe Power board for 12VB

No

No

NoReplace Power Board

Replacethe Main board

CN101

Is lamp cover installed?

Make sure lamp coverswitch is activating

Short CN802 5&6PIN on DMD Board

Check bosson Lamp Cover

Replace the DMD Board

Install lamp cover

Yes

Yes

No

No

No

Replace the Main Board

No

No

Yes

No

Yes

Check Temp Sensorconnector CN802 3&4PIN on DMD Board

Install jumper acrossTemp Sensor TerminalsDoes it work?

Replace Temp. Sensor

Re insertthe Connector

ReplaceDMD board

Do fan(s) run? Does color wheel run?

Replace color wheel assy' Is lamp on?

Replace DMD Board Check 220~410V DC to lamp ballast(x1) Measure with DC meter

Does lampcome on, thenshut off?

Replace Power Board Re-install lamp assy'

Check pin 1 on CN803on DMD board for 5V DC

Check 5Vpp at CN803 pin 1 on DMD Board

Replace lamp assy' or ballast Replace DMD Board Replace ballast or lamp assy'

Yes

NoNo

No

NoYes

Yes

Yes

Yes

No

No

Yes

No

No NoYes Yes

Temperature Sensor

Replace fan(s)?

Troubleshooting


< Blinking Temp LED >

A blinking lamp LED is the most common failure indication. It can be caused by no lamp, no color wheel, no fan(s), or otherdefective components.

Troubleshooting


3. Noise:Internal noise may be caused by a foreign substance on the fan or driving device.For a DLP TV, the lamp fan, DMD board fan and color wheel are vulnerable to noise. Sometimes the connector wire around thelamp or DMD fan makes contact with the fan, while the color wheel is protected inside the module and cannot make contact withany nearby wires. However the color wheel sensor or the drive motor may cause noise by making contact with the color wheel.As the color wheel uses an air bearing system, it has a very slight possibility of creating internal noise.When irregular noise occurs for no particular reason, check the inside of the TV for any foreign substances.The DLP projection TV may cause noise as the physical screen is empty inside, causing a resonance to a particular frequency.Thus a low vibration is not a malfunction.Any 'creaking' noise is mostly from the structure of the device itself. A short, harsh noise may occur from a distortion ormalformation due to thermal expansion between the metal joints, screws and loaded parts, respectively. Any intermittent 'creaking'noise can be removed by loosening the screws.

4. A black screen with the lamp on: Replace the DMD board.

5. Line Pattern: Regular line patterns occur vertically or horizontally: Replace the DMD board.

6. Voice Distortion: Replace the main or rear board.

7. Outside Light: This is not a product malfunction, but a possible installation or human error. This occurs when the projected lightfrom the surrounding illumination reflects onto the screen. This disappears as the TV starts operating and the TV lamp getsbrighter. However, you can avoid outside light by changing the position of the TV or the installation angle.Decreasing the illumination or changing the indoor lighting may work.

8. Screen Flip-over:Enter Factory mode in DDP3021 and perform H-Flip (flip horizontally) and V-Flip (flip vertically).The screen will flip over horizontally or vertically.

Troubleshooting


9. Other Screen Errors:▶ 40 Vertical lines 16 pixels wide:

DDP3021 or BGA, DMD panel interference.→ Replace the DMD board or DMD Panel

.

▶ Horizontal Bar or No Raster:Error in DDP3021 or the DMD panel.→ Replace the DMD board or DMD Panel

▶ Dotted Vertical Bar:Error in Rambus Dram(IC 403) or the soldering→ Replace the DMD board

▶ Beehive mosaic patterns all over the screen:Error in the TMDS Receiver (IC100) or the solderingThe H sync signals are not transferred to DDP3021.→ Replace the DMD board.

Troubleshooting


6-1-1 Video Circuit Error Checking

■ Basics:- The DDP3021 on the DMD board has a feature to display internal test patterns.- DNle, which is an end port in the digital board, has a feature to display internal test patterns.- The rear board is the first output and the main board is the second one, followed by DMD, which is the final one.

■ Diagnosis By Module1. Access Service Mode

(In Standby mode, press "Mute", "1", "8", "2" and "Power" to turn the screen on and enter service mode)

2. Check if there is an error in the DMD boardDDP3021 → TEST PATTERN → Press the right arrow key:Options of FULL WHITE, BLACK, RED, GREEN and BLUE PATTERN are displayed on the screen.If "Pattern" does not appear, this is a DMD board error.

3. Check if there is an error in the main board before the DMD.When the DMD board has been determined to be error free based on the test patterns:FACTORY MODE → DNIe → TEST PATTERN normal display: no error in the main board.If "Pattern" does not appear, you have to check a rear board first, and check a DMD Board second, next check a main

Board.

4. Check for a power signal from the SMPS to the main boards. (See the circuit diagram below).

Troubleshooting


6-1-2 Flow Chart for Malfunction

Check if DMD Fan is running?

Can you see anything in the screen?

Can you see OSD menurunning in the screen?

Can you see Digital Channel broadcast ?

Check Cables connected to Main Board. If necessary,replace the Main Board

1) Check the DVI Cableconnected between the MainBoard and the DMD Board.If necessary, replace DVI Cable.

Check Cables connected to DMD Board. If necessary, replace DMD Board.

Check Cables connected to Power Board. If necessary, replace Power Board.

Check Cables connected toMain Board.If necessary, Replace Main Board.

Check if CN9400Power are supplied.

If the DLP turns on

Check the Power Cord

Does the LAMP turn on?

Replace the Main Board

Replace LAMP

Check Cables connected to DMD Board.If necessary, replace DMD Board.

Check Cables connected to BALLAST. If necessary, replace BALLAST.

Yes

Yes

Yes

Yes

Yes

Yes

No

No

No

No

No

No

No

1) DVI Cable

2) DMD Fan

2)

Troubleshooting


6-2 Troubleshooting Procedures by Error Modes6-2-1 Installation & Connection

Remote Control SensorAim the remote control towards this spot on the TV.

POWERPress to turn the TV on and off.

Indicator Light Key

● : Light is On◑ : Light is Blinking○ : Light is Off

TIMER LAMP STAND BY/TEMP Indication

○ ○ ● Standby state.

○ ◑ ○ The picture will automatically appear in about 15 seconds.

● ◑ ○Auto Timer ON/OFF has been set and the set will automatically be turned on in about 15seconds.

◑ ○ ◑ A cooling fan inside the set is not operating normally.

○ ◑ ◑ Lamp cover on rear of the set is not properly shut.

○ ○ ◑Check if the ventilation hole on the rear of the set is blocked, because if the innertemperature is too high, the power will shut off.

◑ ◑ ◑ Lamp may be defective.

＊ It takes about 30 seconds for the TV to warm up, so normal brightness may not appear immediately.＊ The TV has a fan to keep the inside lamp from overheating. You'll occasionally hear it working.

6-2-2 Protect Status

1. When the rear cover is openedA sensor detects when the rear cover is opened and turns the set off and then into Standby mode.If you close the cover or fix the switch, you can turn the set on by pressing the Power button on the unit or the remote control.The set will then operate normally.

2. When the temperature sensor operatesWhen the set is overheated, the internal temperature sensor turns the set off and the set goes to Standby mode.When the internal temperature of the set returns to a normal range(203℉), turn the power on by pressing the Power button on theunit or the remote control. The set will then operate normally.

3. Attempting to turn the lamp on fails repeatedlyIf turning the lamp on fails, the set automatically tries turning the lamp on 3 times. If all attempts fail, all LED's on the front panelwill blink. Check the lamp and the ballast and replace them, if necessary.

Troubleshooting


6-3 Troubleshooting Procedures by ASS'Y6-3-1 Check Lamp & Ballast

1. When the lamp is not on, check if there is anything wrong with the ballast.

Remove the lamp. Fix the safety switch on the right with tape and turn on the power.Check to see if a blue flame starts igniting in the arc gap inside the ballast momentarily during start-up.There is no problem with the ballast if there is a flame. When the ballast has no error, replace the lamp.

5V 60Hz

A blue flameoccursmomentarilyduring start-up.

Troubleshooting


6-3-2 When the lamp and the ballast are normal but the lamp does not turn on or turns off right after quickly lighting up

1. Check the color wheelCheck if the color wheel is running. + Check the DMD board and the ballast for the signals.Check the second CN750 pin for input signals. When 3.5V, 180Hz is output, the color wheel is operating normally.

3.5V 240Hz

※ DMD Board Check Diagram


MEMO

Block Diagram


7. Block Diagram7-1 Overall Block Diagram

Main BoardRear Board

USB Service jack / Wise Link

Block Diagram


Optio

n

Optio

n

Optio

n

Optio

n

Optio

n

Optio

n

Optio

n

Rear

Boa

rdMa

in Bo

ard

7-2-1 S5H2201+SDP51/52 Block Diagram

7-2 Partial Block Diagram

※Options are deleted on the ATSC only Model

Option

7-2-2 SMPS Block Diagram

Block Diagram



Block Diagram


30109CTniaM

9117AASbuS

9633TSM

15PDSniaM

TESERn

15PDSbuS

4eIND

XAMIC

1203PDD

25PDS

8528VTS

draC tupnI

draob DMDdraoB niaM

8249C3S

MOCIMBB48F3S

DLPE

OTESERn

)teser no erutciP(OTSRn

TSRn_ICPIDEJ

NI_OTSRn

DNANENOX6165GFK

6459ACPPXE C2I

TESERn_DM

TESERn_S

)PLD(draob DMD oT

2407AIKCI teseR

V5S

hctiwS teseR metsyS

KNIL_TESERn

x0022H5S+SSORTABLA

D_OTESERn

DLPE

TESERn_UPC

draob-buS

MIN DOP

TSR_TSM

Option

Option

Option

7-2-3 Reset Signal Flow Block Diagram

※Options are deleted on the ATSC only Model.

Block Diagram


7-2-4 S5H2201+I2c Signal Flow Block Diagram


Block Diagram


7-2-5 Power Flow Block Diagram(Rear Board)


Block Diagram


7-2-6 Power Flow Block Diagram(Main Board)



MEMO

Wiring Diagram


8. Wiring Diagram8-1 Overall Wiring

Wiring Diagram


8-1-2 Connect CablesUse Actuator_SP side AV 11P RMC 3p

Code BN39-00640C BP39-00096D BP39-00140E

Photo

Use RMC 2p key control 6p Power 24pCode BN39-00656B BP39-00147B BP39-00174A

Photo

Use Ground discharge cable 1p Inlet SIDE AV 5PCode BP39-00180C BP96-00972A BP39-00104D

Photo

Use Ballast cable key control 4p Main to DMD cableCode BP39-00141A BP39-00103A BP39-00192A

Photo

Use DVI(250mm : k280) Code BP39-00106A

Photo

Wiring Diagram


8-2 Main Board Layout

S5H2

201A

01(A

lbatro

ss+)

DDR

K4D5

5163

8F

SDP5

2

DDR

K4D2

6323

8F

DDR

K4D2

6323

8F

SDP4

2

DNIe

4M

ain

Tune

r

SPL ITTER

POD

Sub

Tune

r

SDP5

1

Sub

IPC

SDRA

M

K4S6

4323

2H

SDRA

M

K4S6

4323

2H

SDP5

1

Main

IPC

SDRA

M

K4S6

4323

2H

SDRA

M

K4S6

4323

2H

STV8

258D

SX

S3F8

4BBX

ZZ

DVI

CON.

24P

CON

. 12

P CO

N.6P

CON

3P C

ON.

4P C

ON.

4P C

ON.

REAR

BOA

RD (4

8Pin)

REAR

BOA

RD (9

6Pin)

MAI

N PR

OCES

SOR

Scale

r Bl

ock

Soun

d Pr

oces

sor

STA3

23W

Digit

al Am

p

MIC

OM

One

NAND

Fl

ash

Mem

ory

KFG5

616U

1M

IPC

Bloc

k

TMDS

Tr

ansm

itter

Sil71

70

DDR

K4D5

5163

8F

DDR

K4D5

5163

8F

DDR

K4D5

5163

8F

D - N ET

Optio

nOp

tion



MEMO

PCB Diagram


9. PCB Diagram9-1 Power Board

CN801

PD802S

GT801

CN804

9-1-1 Assy Power Board

■ DC Power Supply(Supplies DC power to the main PCB. The main board is responsible for the power supply to the rear/POD/DMD board.)

9-1-2 Names & Roles of Key Parts

* CN801 : Supplies power (DC220-400v) to the ballast* CN804 : Supplies power to the main board.* GT801 : Anti-lightning wire connected to the main board. The anti-lightning wire should be installed for safety purposes.* PD802S : Inlet type of terminal that is connected to the AC power cable.

PCB Diagram


9-1-3 Power Board Connector PinCN804Connecting Power to Main Board

Pin Name PIN No. Pin Name

STD5V 1 2 N.C

GND 3 4 S14.5V

STD5V 5 6 S_GND

GND 7 8 S14.5VBPOWER_SW 9 10 S_GND

5.7VB 11 12 5.7VB

GND 13 14 GND

12V_OPTION 15 16 12V_OPTION

GND 17 18 GND

12VB 19 20 12VB

GND 21 22 GND

GND 23 24 12VB

PCB Diagram


9-2 Main Board

CN600CN7025 CN9406

CN9000

CN803

CN804

CN805

CN9403 CN9400

9-2-1 Assy Main Board

■ All Digital Video Processing■ OSD / Menu ■ Reset Switch (Reset to the CPU)■ Connected with POD channel Board and Rear Board


* S5H2201 : RISC Processor/ USB host port/ MPEG Video decoder/ AC-3 decoder* The advantages of SDP51/52

- The world's first Noise Reduction with the ME/MC tool application to 1080p Signal - ME/MC IPC with the best performance in the worldThe clear character reproduction with Ticker Detection & Compensation

- DTV Picture quality differentiation with MPEG Noise Reduction(De-blocking/De-Ringing)- Extended definition and uniform Scaling implementation with the horizontal 12tap and the vertical 8Tap Scaler- Natural Edge implementation with De-Jagging function- Pattern and fine signal sharpness improvement by Pre-Scaler and DE

PCB Diagram


9-2-3 Digital Board Connector Pin

CN9000

Pin No. Pin Name

1 GND

2 GND

3 12VB

4 12VB

5 GND

6 SDA-M1

7 SCL-M1

8 GND

9 S5V

10 GND

11 70VB

12 GND

Pin No. Pin Name

1 -L_OUT

2 +L_OUT

3 -R_OUT

4 +R_OUT

CN803Pin No. Pin Name

1 GND

2 KEY1

3 KEY2

4 GND


1 IR

2 GND

3 S5V_MICOM


1 S5V_MICOM

2 KEY-PWR

3 GND

4 LED_STB

5 LED_LAMP

6 LED_TIMER

CN9403 CN9400Pin Name PIN No. Pin Name

STD5V 1 2 N.C

GND 3 4 S14.5V

STD5V 5 6 S_GND

GND 7 8 S14.5VBPOWER_SW 9 10 S_GND

5.7VB 11 12 5.7VB

GND 13 14 GND

12V_OPTION 15 16 12V_OPTION

GND 17 18 GND

12VB 19 20 12VB

GND 21 22 GND

GND 23 24 12VB

PCB Diagram


CN651PIN No. Pin Name PIN No. Pin Name PIN No. Pin Name

1 GND 17 TX_ANYNET 33 GND

2 NC 18 RX_ANYNET 34 NC

3 RX_GEMSTAR 19 NC 35 SIDE_SDET

4 TX_GEMSTAR 20 GEMSTAR_IR 36 SIDE_VDET5 GND 21 GND 37 GND

6 USBAP 22 USB_VCC_CHECK 38 USBPWON-OFF

7 USBAN 23 NC 39 WOOFER_MUTE

8 NC 24 NC 40 SPDIF_HDMI

9 GND 25 NC 41 GND

10 12V_OPTION 26 GND 42 12V_OPTION

11 S5V_REAR 27 S5V_REAR 43 GND

12 D5V 28 D5V 44 GND13 9VA 29 9VA 45 GND

14 GND 30 DDC_EEP_WP 46 NC

15 NC 31 NC 47 HDMI1_HPLUG_CTL

16 NC 32 SPDIF_OUT 48 HDMI2_HPLUG_CTL


1 TMDS_TX0+ 9 TMDS_TX1+ 17 TMDS_TX2+

2 TMDS_TX0- 10 TMDS_TX1- 18 TMDS_TX2-

3 GND 11 GND 19 GND

4 TMDS_TXC+ 12 NC 20 DLP_SYNCVAL5 TMDS_TXC- 13 NC 21 MD_nRESET

6 SCL_DDP 14 NC 22 GND

7 NC 15 LAMP_TXn_1 23 DDP_READY

8 NC 16 LAMP_Rx 24 PWRGOOD

Pin No. Pin Name

1 NC

2 S9V

3 LNA_ON_OFF

4 SPL_CTL1

5 GND

6 SPL_CTL2

CN7000


1 MONITOR_R 33 nRESETO_D 65 MAIN_CVBS

2 MONITOR_L 34 NRSTO_IN 66 NC

3 GND 35 IN_SW1 67 DTV_CVBS

4 NC 36 MST_nINT 68 GND5 NC 37 MST_RST 69 V2-DET

6 NC 38 NC 70 V1-DET

7 GND 39 GND 71 COMP2-DET

8 HDMI2-ID 40 S2-DET 72 COMP1-DET

9 HDMI1-ID 41 S1-DET 73 PCJACK-ID

10 M_TC_HS 42 SDA_IN 74 MAIN_VBI

11 M_TC_VS 43 SCL_IN 75 M_TC_DE

12 M_TC_PCLK 44 GND 76 GND13 GND 45 M_TC_R(6) 77 M_TC_R(2)

14 M_TC_R(9) 46 M_TC_R(5) 78 M_TC_R(1)

15 M_TC_R(8) 47 M_TC_R(4) 79 M_TC_R(0)

16 M_TC_R(7) 48 M_TC_R(3) 80 GND

17 GND 49 GND 81 M_TC_G(3)

18 M_TC_G(9) 50 M_TC_G(6) 82 M_TC_G(2)

19 M_TC_G(8) 51 M_TC_G(5) 83 M_TC_G(1)

20 M_TC_G(7) 52 M_TC_G(4) 84 M_TC_G(0)

21 GND 53 GND 85 GND22 M_TC_B(9) 54 M_TC_B(5) 86 M_TC_B(2)

23 M_TC_B(8) 55 M_TC_B(4) 87 M_TC_B(1)

24 M_TC_B(7) 56 M_TC_B(3) 89 M_TC_B(0)

25 M_TC_B(6) 57 GND 89 GND

26 GND 58 SIDE_R 90 GND

27 GND 59 SIDE_L 91 GND

28 GND 60 MAIN_R 92 GND29 GND 61 MAIN_L 93 GND

30 GND 62 I2S_RX_MCLK 94 GND

31 I2S_RX_BCLK 63 I2S_RX_LRCLK 95 RX_RS232

32 I2S_RX_DATA 64 SUB_WOOFER_OUT 96 TX_RS232

PCB Diagram


PCB Diagram


9-3 Rear Board

CN1702

CN1701 CN1700

CN18049-3-1 Assy Rear Board

■ Analog Video Switching / Processing■ Analog Audio Switching


* CN1700,CN1701 : Connected to the Main board* CN1702 : Connected to the side AV* CN1804 : Connected to the side USB port

* High Definition Multimedia Interface :The HDMI™ (High Definition Multimedia Interface) supports compressed standard and high definition digital video formats andexisting digital multi-channel audio formats.

PCB Diagram


9-3-3 Rear Board Connector Pin


1 GND 17 TX_ANYNET 33 GND

2 NC 18 RX_ANYNET 34 NC

3 RX_GEMSTAR 19 NC 35 SIDE_SDET

4 TX_GEMSTAR 20 GEMSTAR_IR 36 SIDE_VDET5 GND 21 GND 37 GND

6 USB_AP 22 USB_VCC_CHECK 38 USBPW_ONOFF

7 USB_AN 23 NC 39 WOOFER_MUTE

8 NC 24 NC 40 SPDIF_IN

9 GND 25 NC 41 GND

10 S12V 26 GND 42 S12V

11 S5V 27 S5V 43 GND

12 D5V 28 D5V 44 GND13 9VA 29 9VA 45 GND

14 GND 30 DDC_EEPROM_WP 46 NC

15 NC 31 NC 47 HDMI1_HPLUG_CTRL

16 NC 32 SPDIF_OUT 48 HDMI2_HPLUG_CTRL


1 SIDE_Y

2 SIDE_C

3 GND

4 SIDE_CVBS

5 GND

6 SIDE_L

7 GND

8 SIDE_R

9 GND

10 SIDE_SDET

11 SIDE_VDET

CN 1804Pin No. Pin Name

1 GND

2 POSI

3 NEGA

4 5V

5 GND

PCB Diagram



1 MONITOR_R_OUT 33 NRESETO_D 65 M_TU_CVBS

2 MONITOR_L_OUT 34 NRSTO_IN 66 NC

3 GND 35 NC 67 DTV_CVBS

4 NC 36 MST_INT 68 GND5 NC 37 MST_RESET 69 AV2_DET

6 NC 38 NC 70 AV1-DET

7 GND 39 GND 71 COMP2_DET

8 HDMI2_ID 40 S2_DET 72 COMP1_DET

9 HDMI1_ID 41 S1_DET 73 PCJACK_ID

10 M_HS 42 SDA 74 MAIN_VBIR

11 M_VS 43 SCL 75 M_DE

12 M_PCLK 44 GND 76 GND13 GND 45 M_ROUT(6) 77 M_ROUT(2)

14 M_ROUT(9) 46 M_ROUT(5) 78 M_ROUT(1)

15 M_ROUT(8) 47 M_ROUT(4) 79 M_ROUT(0)

16 M_ROUT(7) 48 M_ROUT(3) 80 GND

17 GND 49 GND 81 M_GOUT(3)

18 M_GOUT(9) 50 M_GOUT(6) 82 M_GOUT(2)



21 GND 53 GND 85 GND22 M_BOUT(9) 54 M_BOUT(5) 86 M_BOUT(2)

23 M_BOUT(8) 55 M_BOUT(4) 87 M_BOUT(1)

24 M_BOUT(7) 56 M_BOUT(3) 89 M_BOUT(0)

25 M_BOUT(6) 57 GND 89 GND

26 GND 58 SIDE_R 90 GND

27 GND 59 SIDE_L 91 GND

28 GND 60 MAIN_R 92 GND29 GND 61 MAIN_L 93 GND

30 GND 62 I2S_RX_MCLK 94 GND

31 I2S_RX_BCLK 63 I2S_RX_LRCLK 95 RX_RS232

32 I2S_RX_DATA 64 SUB_WOOFER_OUT 96 TX_RS232

PCB Diagram


9-4 DMD Board

DMD

CN750 CN800 CN803

CN802CN805

CN804

CN101

CN102

PMD1000

DAD2000

DDP3021

9-4-1 Assy DMD Board

■ Controls the lamp (ON/OFF)■ Drives the color wheel motor■ Drives the panel


* CN750 : This supplies the power to drive the color wheel.* CN800 : This receives the color wheel rotating signals.* CN803 : This sends signals to the ballast..* CN100 : The DVI cable terminal. This receives the image data from the digital board.* DMD PANEL : This is protected with a heat sink and fixtures.* DDP3021 : This processes the DMD drive and the signals.* PMD1000 : This supplies the DMD Board power and controls the color wheel rotating.* DAD2000 : This supplies DMD reset signals.

edis yromeM no x0022 ot esolC ecalP

V52

Fn001

3501C

V52

Fn001

2301C

2

3 4

5 6

7 8 W61/1

2101R

mho65

1

V61

mho06001R

W01/1

7401C

0201C

Fu01

NE2

3

DNG

JDA 4

5OV

MG

ND

1M

GN

D1

GN

DG

ND

Fu001

V61

Fn001

5401C

RT.X.X-M5I6651CS

6001CI

1NIV

0101C

Fn001

V52

V52

3 4

5 6

7 8 W61/1

4701R

mho65

1 2

0501C

Fn001

V52

6401C

V61

Fu001

mho22

V52

Fn001

0301C

1301R

9201R

mho658501R

W01/1

mho22

mho22

1 2

3 4

5 6

7 8

7301R

5 6

7 8

mho65

1701R

W61/1

mho65

0001R

W61/1

1 2

3 4

6101C

Fn001

V52

V5.2S_MEM

V52

3201C

Fn001

1 2

3 4

5 6

7 8

mho655601R

W01/1

mho22

5201R

W61/1

2

3 4

5 6

7 8

B

W61/1

1101R

mho65

1

6

7 8

0001L

A003S2102ZPM

W61/1

2701R

mho65

1 2

3 4

5

1 2

3 4

5 6

7 8 W61/1

3201R

mho22

W01/1

1001R mho0

3 4

5 6

7 8

V52

Fn001

9501C

mho65

6701R

W61/1

1 2

W61/1

1 2

3 4

5 6

7 8

4201R

mho22

0601C

Fn001

V52

V52

Fn001

6201C

3 4

5 6

7 8

V52

Fn001

1501C

7 8

W61/1

7701R

mho65

1 2

mho65

5701R

1 2

3 4

5 6

46QSSV

5651QD

SSV66

73QD

4QD8

QDDV9

W61/1

7501QD

QSSV85

11QD95

QSSV6

0621QD

QDDV16

2631QD

41QD36

2QD5

CN05

15SQDU

QSSV25

35CN

8QD45

QDDV55

9QD65

21A24

CN34

44EKC

KC54

KC/64

MDU74

84SSV

94FERV

434A

53

635A

6A73

7A83

938A

41QD

9A04

11A14

PA,01A82

0A92

3QDDV

031A

2A13

233A

DDV33

SSV

MDL02

EW/12

22SAC/

32SAR/

42SC/

CN52

620AB

721AB

7QD31

41CN

51QDDV

61SQDL

CN71

DDV81

CN91

20QD

2001CI

DDV1

015QD

6QD11

QSSV21

3601R mho65

F836155D4K

2001C

Fn001

V52

2101C

Fn001

V52

Fn001

8101C

V52

W01/1

9401R

mhoK1

W01/1

mho652601R

7201C

Fn001

V52

6001C

Fn001

V52

3 4

5 6

7 8

mho65

4101R

W61/1

1 2

1301C

Fn001

V52V52

Fn001

8201C

3501R mho65

mho65

V5.2S_MEM

2401CFu01

V61

V52

Fn001

7101C

W01/1

V61

Fu01

9201C

6301Rmho22

mho229301R

V52

4101C

Fn001

V52

8401C

Fn001

3101C

W01/1

7501R mho65

5101C

V5.2S_MEMV3.3S_ABLA

V52

Fn001

7201R

V52

Fn001

1 2

3 4

5 6

7 8

mho22

mho65

0101R

W61/1

mho223401R

9001C

Fu01

V61

1401CFu01

V61

V52

V52

5201C

Fn001

Fn001

3001C

mho225401R

V5.2S_MEM

33NA32AQDM

4NA1BSQDM

5NA01BQDM

11BQDM6NA

51BQDM7NA

9BRDDAM8NA

5BRDDAM9NA

AEWnM62NA

72NA2ARDDAM

5ARDDAM82NA

9ARDDAM92NA

3NA6BQDM

2AMQDM03NA

71AQDM13NA

12AQDM23NA

13BQDM91NA

3BQDM2NA

2AQDM02NA

12NA0AMQDM

22NA8AQDM

31AQDM32NA

0AABM42NA

ASCnM52NA

BEWnM11NA

1BFERV21NA

0BABM31NA

41NA2BSQDM

81BQDM51NA

61NA22BQDM

3BMQDM71NA

81NA62BQDM

33MA13AQDM

7BQDM4MA

5MA1BMQDM

21BQDM6MA

7MA41BQDM

11BRDDAM8MA

7BRDDAM9MA

2BRDDAM01NA

62MA0ARDDAM

3ARDDAM72MA

82MA6ARDDAM

11ARDDAM92MA

4BQDM3MA

2ASQDM03MA

13MA02AQDM

23MA3ASQDM

91MA0AQDM

2MA2BQDM

02MA3AQDM

12MA0ASQDM

9AQDM22MA

51AQDM32MA

42MA0AFERV

ASARnM52MA

BEKCM11MA

21MA0BFERV

31MA1BABM

41MA61BQDM

02BQDM51MA

32BQDM61MA

42BQDM71MA

82BQDM81MA

92AQDM33LA

4LA5BQDM

0BMQDM5LA

6LA9BQDM

7LA31BQDM

8LA21BRDDAM

9LA8BRDDAM

01MA3BRDDAM

1ARDDAM62LA

72LA4ARDDAM

82LA8ARDDAM

92LA21ARDDAM

3LA1BQDM

81AQDM03LA

3AMQDM13LA

03AQDM23LA

92BQDM81LA

1AQDM91LA

5AQDM02LA

1AMQDM12LA

01AQDM22LA

32LA1AABM

1AFERV42LA

52LAASACnM

01LA4BRDDAM

11LA0BRDDAM

21LABSARnM

31LABSCnM

71BQDM41LA

51LA12BQDM

3BSQDM61LA

52BQDM71LA

23KA72AQDM

62AQDM33KA

0BQDM4KA

0BSQDM5KA

8BQDM6KA

7KA01BRDDAM

8KA6BRDDAM

9KABKLCnMAKLCnM

42KA

52KAAKLCM

AEKCM62KA

7ARDDAM72KA

82KA01ARDDAM

92KA61AQDM

03KA91AQDM

13KA82AQDM

61KA03BQDM

71KA4AQDM

81KA7AQDM

91KA11AQDM

6AQDM02KA

12KA1ASQDM

22KA21AQDM

41AQDM32KA

52AQDM13JA

23JA42AQDM

01KABKLCM

1BRDDAM11KA

BSACnM21KA

31KA2BMQDM

41KA91BQDM

72BQDM51KA

4QD8

QDDV9

4-0001CI

1022H5S

22AQDM03JA

0621QD

QDDV16

2631QD

41QD36

46QSSV

5651QD

SSV66

73QD

35CN

8QD45

QDDV55

9QD65

7501QD

QSSV85

11QD95

QSSV6

64

74MDU

84SSV

94FERV

2QD5

CN05

15SQDU

QSSV25

8A93

1QD4

9A04

11A14

21A24

CN34

44EKC

54KC

KC/

13

3A23

DDV33

SSV43

4A53

635A

6A73

7A83

SC/42

CN52

620AB

721AB

PA,01A82

0A92

3QDDV

031A

2A

71

DDV81

91CN

20QD

MDL02

EW/12

22SAC/

32SAR/

1DDV

015QD

6QD11

QSSV21

7QD31

41CN

51QDDV

61SQDL

CN

F836155D4K

5001CI

V52

2501C

Fn001

V61

Fu01

0001C

5 6

7 8

V5.2S_MEM

V52

Fn001

2201C

mho22

1201R

W61/1

1 2

3 4

5501R

mho652501R

W01/1

W01/1

0501R mho65

8301Rmho22W01/1

9101C

Fn001

V52

W01/1

5001R mho0

mho02001R

W01/1

W01/1 mho22 4301R

mho651601R

V52

Fn001

7001C

3301C

mho221401R

4401Rmho22W01/1

Fn001

V52

mho656501R

W01/1

mho22W01/1 8201R

W01/1

4501R mho65

31QD26

3641QD

QSSV46

51QD56

66SSV

3QD7

84QD

9QDDV

QDDV55

659QD

01QD75

85QSSV

9511QD

6QSSV

21QD06

16QDDV

SSV84

FERV94

52QD

05CN

SQDU15

25QSSV

35CN

458QD

9A04

1411A

2421A

34CN

EKC44

54KC

64KC/

MDU74

33DDV

43SSV

534A

5A63

736A

837A

8A93

41QD

0AB62

1AB72

82PA,01A

920A

QDDV3

031A

132A

233A

CN91

0QD2

02MDL

12EW/

SAC/22

SAR/32

SC/42

52CN

6QD11

21QSSV

317QD

CN41

QDDV51

61SQDL

71CN

81DDV

3001CI

F836155D4K1

DDV

5QD01

1 2

3 4

5 6

7 8

4

5 6

7 8

mho22

2201R

W61/1

W61/1

3701R

mho65

1 2

3

V5.2S_MEM

1001C

Fn001

V52

6401R

mhoK1

W01/1

1 2

3 4

5 6

7 8

66SSV

3QD7

84QD

9QDDV

mho65

8701R

W61/1

9511QD

6QSSV

21QD06

QDDV16

31QD26

3641QD

QSSV46

51QD56

SQDU15

25QSSV

35CN

458QD

55QDDV

659QD

01QD75

85QSSV

EKC44

KC54

64KC/

MDU74

SSV84

FERV94

52QD

05CN

736A

837A

8A93

41QD

049A

1411A

2421A

CN34

QDDV3

1A03

132A

233A

33DDV

43SSV

534A

635A

SAC/22

SAR/32

SC/42

52CN

0AB62

1AB72

82PA,01A

920A

QDDV51

SQDL61

71CN

DDV81

CN91

0QD2

02MDL

12EW/

4001CI

1DDV

5QD01

116QD

21QSSV

317QD

CN41

1201C

Fn001

F836155D4K

V52

W01/1

mhoK1

8401R

5301R mho22

5 6

7 8

V5.2S_MEM

mho65

0701R

W61/1

1 2

3 4

W01/1

0601R mho65

1 2

3 4

5 6

7 8

W01/1

mhoK1

7401R

mho65

W61/1

3101R

Fn001

4201C

1 2

3 4

5 6

7 8

V52

W61/1

7739U

mho22

mho651501R

0401CFu01

V61

4

5 6

7 8

mho65

5101R

W61/1

1 2

3

W01/1

4601R mho65

V5.2S_MEM

W01/1

W01/1

W01/1

W01/1

W01/1

9501R mho65

3301R

2401RW01/1 mho22

mho22

V52

Fn001

5001C

V52

Fn001

4001C

V52

W01/1 mho22

Fn001

1101C

0301R

6201R

0401Rmho22W01/1

mho22W01/1

4401C

Fn001

V52

4501C

3401CFu01

V61

2301R

Fn001

V52

W01/1 mho22

AKLC_MEM

AFERV_MEM

AKLC_RDD

BKLC_MEM BKLC_RDD

AKLCn_RDDAKLCn_MEM

BKLCn_MEM

1BABM_MEM

3BATAD_MEM

2BATAD_MEM

1BATAD_MEM

0BATAD_MEM

BFERV_MEM

72BATAD_MEM

82BATAD_MEM

92BATAD_MEM

03BATAD_MEM

13BATAD_MEM

4BA_MEM

5BA_MEM

6BA_MEM

7BA_MEM

8BA_MEM

9BA_MEM

11BA_MEM

21BA_MEM

nE_BKLCn_MEM

BKLCn_RDD

3BMQD_MEM

BFERV_MEM

3BSQD_MEM

42BATAD_MEM

52BATAD_MEM

62BATAD_MEM

AFERV_MEM

3ASQD_MEM

42AATAD_MEM

52AATAD_MEM

62AATAD_MEM

72AATAD_MEM

82AATAD_MEM

92AATAD_MEM

03AATAD_MEM

13AATAD_MEM

41BATAD_MEM

51BATAD_MEM

4AA_MEM

5AA_MEM

6AA_MEM

7AA_MEM

8AA_MEM

9AA_MEM

11AA_MEM

21AA_MEM

nE_AKLCn_MEM

3AMQD_MEM

11BA_MEM

21BA_MEM

nE_BKLCn_

MEM

1BMQD_MEM

BFERV_MEM

1BSQD_MEM

8BATAD_MEM

9BATAD_MEM

01BATAD_MEM

11BATAD_MEM

21BATAD_MEM

31BATAD_MEM

21AATAD_MEM

31AATAD_MEM

41AATAD_MEM

51AATAD_MEM

AFERV_MEM

4BA_MEM

5BA_MEM

6BA_MEM

7BA_MEM

8BA_MEM

9BA_MEM

4AA_MEM

5AA_MEM

6AA_MEM

7AA_MEM

8AA_MEM

9AA_MEM

11AA_MEM

21AA_MEM

nE_AKLCn_MEM

1AMQD_MEM

1ASQD_MEM

8AATAD_MEM

9AATAD_MEM

01AATAD_MEM

11AATAD_MEM

2BSQD_MEM

3BSQD_MEM

ASAR_MEM

nE_AAW_MEM

1AABM_MEM

0ASQD_MEM1AMQD_MEM

2AMQD_MEM

2ASQD_MEM3AMQD_MEM

2BMQD_MEM

3BMQD_MEM

0BMQD_MEM

0BSQD_MEM

1BSQD_MEM

1BMQD_MEM

6AA_MEM

7AA_MEM

5AA_MEM

3AA_MEM

4AA_MEM

6AATAD_MEM

5AATAD_MEM

4AATAD_MEM

2AATAD_MEM

1AATAD_MEM

0AATAD_MEM

21AA_MEM

0AABM_MEM

2AA_MEM

0AA_MEM

1AA_MEM

01AA_MEM

11AA_MEM

9AA_MEM

8AA_MEM

22AATAD_MEM

12AATAD_MEM

02AATAD_MEM

91AATAD_MEM

81AATAD_MEM

71AATAD_MEM

61AATAD_MEM

51AATAD_MEM

41AATAD_MEM

31AATAD_MEM

21AATAD_MEM

11AATAD_MEM

01AATAD_MEM

9AATAD_MEM

8AATAD_MEM

7AATAD_MEM

AKLC_MEM

0ASC_MEM

AKLCn_MEM

nE_AKLCn_MEM

1ASQD_MEM

3ASQD_MEM

0AMQD_MEM

3AATAD_MEM

52AATAD_MEM

62AATAD_MEM

72AATAD_MEM

82AATAD_MEM

92AATAD_MEM

03AATAD_MEM

13AATAD_MEM

42AATAD_MEM

32AATAD_MEM

72BATAD_MEM

82BATAD_MEM

92BATAD_MEM

03BATAD_MEM

13BATAD_MEM

ASAC_MEM

02BATAD_MEM

12BATAD_MEM

22BATAD_MEM

32BATAD_MEM

42BATAD_MEM

52BATAD_MEM

62BATAD_MEM

41BATAD_MEM

51BATAD_MEM

61BATAD_MEM

71BATAD_MEM

81BATAD_MEM

91BATAD_MEM

7BATAD_MEM

8BATAD_MEM

9BATAD_MEM

01BATAD_MEM

11BATAD_MEM

21BATAD_MEM

31BATAD_MEM

2BA_MEM

0BA_MEM

1BA_MEM

4BATAD_MEM

5BATAD_MEM

6BATAD_MEM

8BA_MEM

7BA_MEM

6BA_MEM

4BA_MEM

5BA_MEM

3BA_MEM

0BSC_MEM

BSAC_MEM

nE_BKLCn_MEM

BKLCn_MEM

BKLC_MEM

BSAR_MEM

nE_BAW_MEM

21BA_MEM

11BA_MEM

9BA_MEM

01BA_MEM

0BSQD_MEM

3AA_MEM

2AA_MEM

1AA_MEM

0AA_MEM

01AA_MEM

1AABM_MEM

0AABM_MEM

0ASC_MEM

ASAR_MEM

ASAC_MEM

nE_AAW_MEM

7AATAD_MEM

6AATAD_MEM

5AATAD_MEM

4AATAD_MEM

3AATAD_MEM

2AATAD_MEM

1AATAD_MEM

0AMQD_MEM

0AATAD_MEM

0ASQD_MEM

0BABM_MEM

3BA_MEM

2BA_MEM

1BA_MEM

0BA_MEM

01BA_MEM

1BABM_MEM

0BABM_MEM

0BSC_MEM

BSAR_MEM

BSAC_MEM

nE_BAW_MEM

7BATAD_MEM

6BATAD_MEM

5BATAD_MEM

4BATAD_MEM

3BATAD_MEM

2BATAD_MEM

1BATAD_MEM

0BMQD_MEM

0BATAD_MEM

02BATAD_MEM

12BATAD_MEM

22BATAD_MEM

32BATAD_MEM

nE_BAW_MEM

BSAC_MEM

BSAR_MEM

0BSC_MEM

0BABM_MEM

1BABM_MEM

01BA_MEM

0BA_MEM

1BA_MEM

2BA_MEM

3BA_MEM

2ASQD_MEM

61AATAD_MEM

2AMQD_MEM

71AATAD_MEM

81AATAD_MEM

91AATAD_MEM

02AATAD_MEM

12AATAD_MEM

22AATAD_MEM

32AATAD_MEM

nE_AAW_MEM

ASAC_MEM

ASAR_MEM

0ASC_MEM

0AABM_MEM

1AABM_MEM

01AA_MEM

0AA_MEM

1AA_MEM

2AA_MEM

3AA_MEM

2BSQD_MEM

61BATAD_MEM

2BMQD_MEM

71BATAD_MEM

81BATAD_MEM

91BATAD_MEM

10. Schematic Diagram

Samsung Electronics

Schematic Diagram

10-1

10-1 Main Board10-1-1 S5H2201+DDR memory interfaceThis Document can not be used without Samsung’s authorization.

PowerSignal

Schematic Diagram


edoM tseT : 11

ETYB : 00

)tib-23( DROW : 01

]0:1[MO edoM gnitooB

NOITPO

)tib-61( droWflaH : 10

mhoK2.2

W01/1

8511R

XR

EF

XR

EF

FERX

mho0018711R

5311R mho22

mho22

mho02111R

W01/1

Fn001

mhoK7.4

W01/1

1511R

2111C

V52

FERX

9611R

mhoK7.4

3111Rmho0

C1123

C11

23

25V

25V

100nF

100nF

BD

1120

BD

112

0C

IC21J601N

EC

IC21J601

NE

W01/1

2

3 4

5 6

7 8

FERX

FERX

2

3

4

7011R

mho22

W61/1

1

8

FERX

0011WSNYP5011-SPK

1

W61/1

9211R

1 2

3 4

5 6

7

4411R

mho22

1711R

mhoK7.4

1 2

3 4

5 6

7 8

5 6

7 8

FERX

W61/1

mho22

9011R

W61/1

mho22

0311R

1 2

3 4

W01/1

mhoK2.20411R

FERX

W01/1

8911R

1 2

3 4

5 6

7 8

FERX

8

FERX

W61/1

mho22

9111R

mho22

8011R

1 2

3 4

5 6

7 W61/1

1611R mhoK2.2

W01/1

5011C

Fn001V52

1 2

3 4

5 6

7 8 W61/1

mho22

0011U

FERX

mhoK7.4

2711R

D_V3.3S

FERX

mhoK7.41811R

mho22

mho22

5211R

3411R

W01/1

mhoK2.2

FERX

FERX

FERX

mho0017711R

FERX

FERX

FERX

FERX

7 8

0711R

mhoK7.4

W61/1

4111R

1 2

3 4

5 6

1 2

3 4

5 6

7 8

mho22

D_V3.3S

W61/1

mho22

1011U

FERX

FERX

mho22

W01/1

2811R

5611R mhoK2.2

W01/1

FERX

mhoK7.4

6611R

V52

Fn001

2011C

FERX

2411R

1 2

3 4

5 6

7 8

5 6

7 8

mho22

W61/1

2011U

W61/1

6111R

1 2

3 4

1211R mhoK2.2

mho22

1 2

3 4

5 6

7 8

FERX

FERX

FERX

W61/1

mho22

2311R

FERX

FERX

mho0019511R

7 8

Fn001

V52

7111C

1011R

W61/1

1 2

3 4

5 6

D_V3.3S

mho22

Fn001

V52

8111C

1411R

V52

Fn001

FERX

FERX

3 4

5 6

7 8

FERX

5211C

FERX

W61/1

mho22

0011R

1 2

1111R

1 2

3 4

5 6

7 8

FERX

FERX

FERX

V3.3S_ABLA

mho22

W61/1

3711R mho001

FERX

FERX

D_V3.3S

FERX

FERX

FERX

FERX

4111C

V52

Fn001

FERX

FERX

3011CFn01V05

FERX

FERX

FERX

FERX

FERX

FERX

FERX

mho0010611R

4.7

Ko

hm

4.7

Koh

mR

1187

R11

87

FERX

FERX

4611R mho001

W01/1

mho22

FERX

FERX

FERX

FERX

FERX

FERX

4811R

W01/1

mhoK2.25511R

5811R

FERX

mhoK7.4

D_V3.3S

mhoK7.4

mhoK7.4

7611R 8611R

FERX

FERX

FERX

D_V3.3S

7 8

FERX

FERX

FERX

FERX

4211R

mho22

1 2

3 4

5 6

FERX

FERX

W61/1

W01/1

mhoK7.4

FERX

V61Fu01

7011C

0511R

D_V3.3S

V52

Fn001

1011C

FERX

mho0012611R

mho22

W01/1

FERX

FERX

SSV

21A5

11A6

701A

9A8

8A9

4511R

045QD

31QD14

24QDDV

346QD

41QD44

547QD

51QD64

EO/74

84

33

432QD

01QD53

633QD

7311QD

4QD83

21QD93

31A4

62KLC

72

82YDR

920QD

341A

8QD03

131QD

9QD23

SSV

914A

251A

3A02

2A12

221A

320A

C.N42 52

DDV

EC/

SSV

DDV21

TNI31

41DVA/

51PR/

617A

6A71

815A

BIP-M1U6165GFK

1011CI

C.N1

01EW/

11

V52

Fn001

4011C

8

FERX

6511R

W01/1

mhoK2.2

0111R

1 2

3 4

5 6

7

V52

Fn001

mho22

W61/1

zHM0.33

0011X

1WS

2DNG

3TUO

4CCV

0111C

XR

EF

XR

EF

FERX

)mpp001,zHM33(ECH0573K0811R

FERX

W01/1

6211R

78

9

mho001

0011NC

1

01

2

34

56

FERX

FERX

FERX

FERX

7311R

W01/1

7 8

FERX

2511R mhoK2.2

W01/1

1311R

1 2

3 4

5 6 mho22

W61/1

9711R mho22

W01/1

7411R

2

3 4

5 6

7 8

FERX

FERX

FERX

W61/1

mho22

5011R

1

6011CFu01

V61

25V

25V

100nF

100nF

C1122

C11

22

FERX

D_V3.3S

mhoK2.2

W01/1

8411R

FERX

0011SCD_BL1

Fn001

V52

0011C

9111C

V52

Fn001

4211C

TD

OT

DO

28

28

TM

ST

MS

711_CCV

142_CCV

Fn001

V52

I_O

6I_

O6

2 3I_

O7

I_O

7

9I_

O8

I_O

8

I_O

9I_

O9

10

10

NC

_1

NC

_1

6

2_CN81

NC

_3

NC

_3

30

30

244_CN

TC

KT

CK

8

TD

IT

DI

4

32

32

33

33

34

34

I_O

25

I_O

25

I_O

26

I_O

26

35

35

36

36

I_O

27

I_O

27

7382O_I

8392O_I

743O_I

9303O_I

0413O_I

4O_I84

1I_

O5

I_O

5

41O_I

51O_I61

61O_I02

1271O_I

81O_I22

91O_I32

2O_I64

02O_I42

I_O

21

I_O

21

25

25

I_O

22

I_O

22

26

26

27

27

I_O

23

I_O

23

I_O

24

I_O

24

7G

ND

_1

GN

D_

1

912_DNG

GN

D_

3G

ND

_3

31

31

344_DNG

0O_I44

541O_I

11

11

I_O

10

I_O

10

I_O

11

I_O

11

12

12

3121O_I

4131O_I

51

FERX

4011CI

84CV21-23/23-VL4M

CL

K1

_I1

CL

K1

_I1

29

29

CL

KO

_IO

CL

KO

_IO

5

FERX

FERX

FERX

FERX

mho07111R

W01/1

FERX

FERX

FERX

4L]4[KOIPG/4DAICP

]2[KOIPG/2DAICP1M

]1[KOIPG/1DAICP2M

3M]0[KOIPG/0DAICP

]6[KOIPG/6DAICP4M

4J]11[KOIPG/11DAICP

]9[KOIPG/9DAICP1K

2K]8[KOIPG/8DAICP

]01[KOIPG/01DAICP3K

0EBnCP4K

1L]3[KOIPG/3DAICP

]5[KOIPG/5DAICP2L

3L]7[KOIPG/7DAICP

RREPnP

ATNInP1H

RRESnP2H

KCOLnP3H

]31[KOIPG/31DAICP4H

1J]21[KOIPG/21DAICP

]41[KOIPG/41DAICP2J

1EBnCP3J

2F]61[KOIPG/61DAICP

]81[KOIPG/81DAICP3F

4FEMARFnP

5FYDRTnP

1GPOTSnP

LESVEDnP2G

YDRInP3G

]51[KOIPG/51DAICP4G

5G

]02[KOIPG/02DAICP

3EBnCP3E

4ERAPP

5E1ATAD_BL

3ATAD_BL6E

7ENEO_BL

8ESAR_BL

1F2EBnCP

3D

4D]82[KOIPG/82DAICP

5D]13[KOIPG/13DAICP

KLCICP6D

7D2ATAD_BL

0MO_BL8D

0MQDSLB_BL/]3[LOIPG9D

]71[KOIPG/71DAICP1E

2E

61RDDA_BL

12RDDA_BL61D

91RDDA_BL71D

02ATAD_BL81D

32ATAD_BL91D

]12[KOIPG/12DAICP2D

02D82ATAD_BL

13ATAD_BL12D

]52[KOIPG/52DAICP

01ATAD_BL

9C31ATAD_BL

1D]91[KOIPG/91DAICP

9RDDA_BL01D

11D4RDDA_BL

21D6RDDA_BL

31D41RDDA_BL

11RDDA_BL41D

51D

12C

42ATAD_BL22C

32C72ATAD_BL

]92[KOIPG/92DAICP3C

4C3TNGnP

2QERnP5C

4ATAD_BL6C

7ATAD_BL7C

8C

41C

3RDDA_BL51C

61C8RDDA_BL

31RDDA_BL71C

81C12ATAD_BL

91C42RDDA_BL

2C]72[KOIPG/72DAICP

EKLC_BL02C

81ATAD_BL

7B

11ATAD_BL8B

9B41ATAD_BL

]22[KOIPG/22DAICP1C

SAC_BL01C

2SCD_BL11C

21C0SCS_BL/]0[LOIPG

31C1MQDSLB_BL/]4[LOIPG

0RDDA_BL

12B

22B22ATAD_BL

62ATAD_BL32B

42B03ATAD_BL]03[KOIPG/03DAICP

3B

3QERnP4B

5BTSRnICP

6B5ATAD_BL

8ATAD_BL

1RDDA_BL

5RDDA_BL51B

61B01RDDA_BL

51RDDA_BL71B

81B02RDDA_BL

91B32RDDA_BL

]62[KOIPG/62DAICP2B

02BKLC_BL

71ATAD_BL

7A9ATAD_BL

21ATAD_BL8A

51ATAD_BL9A

1B]32[KOIPG/32DAICP

NEW_BL01B

1SCD_BL11B

21B2SCS_BL/]2[LOIPG

3MQDSLB_BL/]6[LOIPG31B

41B

61ATAD_BL

22A91ATAD_BL

32A52ATAD_BL

92ATAD_BL42A

2TNGnP3A

1TNGnP4A

0ATAD_BL5A

6A6ATAD_BL

2RDDA_BL

7RDDA_BL51A

61A21RDDA_BL

71RDDA_BL71A

81A81RDDA_BL

91A22RDDA_BL

2A1QERnP

52RDDA_BL02A

12A

1022H5S

3-0001CI

1A]42[KOIPG/42DAICP

01A0SCD_BL

1SCS_BL/]1[LOIPG11A

1MO_BL21A

31A2MQDSLB_BL/]5[LOIPG

41A

mho22

mho22

mho22

mho22

mho22

mho22

mho22

9311R

FERX

FERX

QDDV9

6311R

31QD05

41QD15

QSSV25

51QD35

SSV45

QSSV6

3QD7

4QD8

QDDV34

9QD44

01QD54

QSSV64

11QD74

21QD84

QDDV94

2QD5

21A,CN63

EKC73

KLC83

MQDU93

1QD4

UFR,CN04

SSV14

248QD

4A92

QDDV3

5A03

6A13

7A23

8A33

9A43

11A53

1AB12

PA,01A22

0A32

1A42

2A52

3A62

DDV72

SSV82

DDV41

MQDL51

EW/61

SAC/71

SAR/81

SC/91

0QD2

0AB02

2011CI

57CT-A236165S4K

DDV1

5QD01

6QD11

QSSV21

7QD31

5111C

FERX

mhoK7.43811R

Fn001

V52

mhoK725711R

FERX

FERX

FERX

FERX

FERX

FERX

1011SCD_BL1

FERX

92

03

13

23

33

43

14

24

34

MG

ND

1M

GN

D1

MG

ND

2M

GN

D2

02

12

22

32

42

52

04

62

72

82

11

21

31

41

51

93

61

71

81

91

86

1

2

3

4

5

83

6

7

8

9

01

95

06

16

26

36

73

46

56

66

76

94

05

15

25

35

63

45

55

65

75

85

LVS72.1-P86-2XF

5049NC

53

44

54

64

74

84

FERX

mho0014711R

mhoK01

2211R

FERX

1NI

2

DNG

3TUO

DNG

FERX

50V

50V

100pF

100pF

C1120

C11

20

F7207AIK

0111CI

mho22

mho22

8111R

FERX

FERX

D_V3.3S

mho22

mho22

8311R

W01/1

W01/10211R

FERX

FERX

W01/1

W01/1

W01/1

W01/1

W01/1

W01/1

W01/1

W01/1

FERX

FERX

3611R

W01/1

mhoK2.2

mho09911R

W01/1

6

7 8

W01/1

6811R mho22

3011R

mho22

1 2

3 4

5

FERX

FERX

FERX

W61/1

3551QD

45SSV

6QSSV

73QD

84QD

9QDDV

D_V3.3S

64QSSV

7411QD

8421QD

94QDDV

52QD

0531QD

1541QD

25QSSV

93MQDU

41QD

04UFR,CN

14SSV

8QD24

34QDDV

449QD

5401QD

136A

237A

338A

439A

5311A

6321A,CN

73EKC

83KLC

421A

522A

623A

72DDV

82SSV

924A

3QDDV

035A

71SAC/

81SAR/

91SC/

20QD

020AB

121AB

22PA,01A

320A

1DDV

015QD

116QD

21QSSV

317QD

41DDV

51MQDL

61EW/

5 6

7 8

57CT-A236165S4K

3011CI

W61/1

mho22

4011R

1 2

3 4

FERX

FERX

FERX

FERX

FERX

FERX

FERX

FERX

6111C

V52

Fn001

FERX

4

5 6

7 8

FERX

FERX

FERX

FERX

W61/1

mho22

6011R

1 2

3

1KLC

DNG4

3KLC5

6DDV

4KLC7

TUOKLC8

D_V3.3S

FERXH1-CS5032YC

5011CI

1FER

22KLC

3

XR

EF

XR

EF

FERX

FERX

FERX

FERX

6411R

W01/1

mhoK2.2

Fn001

V52

9011C

FERX

1 2

3 4

5 6

7 8

FERX

mho22

W61/1

7211R

FERX

FERX

mho22

mho22

3311R

9DL

1

FERX

1

Fn001

1211C

V52

1

NEPVN_S

1 2

3 4

5 6

7 8

SC_NALN

5 6

7 8

mho22

W61/1

2011R

W61/1

mho22

8211R

1 2

3 4

FERX

FERX

1

W01/1

7511R mhoK2.2

91AL

1

81AL

1

22AL

1

32AL

Fn001

V52

1111C

4311R

W01/1

W01/1

W01/1

W01/1

1

41DL

1

FERX

FERX

31DL

71AL

1

FERX

1 2

3 4

5 6

7 8

FERX

MOR_SCN 1

W61/1

mho22

4011U

1LES_RB

1

8011C

V52

Fn001

W01/1

mhoK2.23511R

Fn001

V52

3111C

8DL 1

mho0016711R

1

1FS_SCN

1

FERX

FERX

TNIN_NAL

0FS_SCN

1

0LES_RB

1

W01/1

mhoK2.29411R

6

7 8

FERX

5411R

W61/1

3011U

1 2

3 4

5

101DL

1

mho22

12AL

1

02AL

1

FERX

FERX

51DL

1

42AL

1

W01/1

3211R mhoK2.2

1

21DL

1

FERX

FERX

11DL

KLC_HCAM

0LES_RB

1LES_RB

MOR_SCn

0FS_SCn

1FS_SCn

SC_NALn

NEPVN_S

TNIn_NAL

)8(DL

)9(DL

)01(DL

)11(DL

)21(DL

)31(DL

)41(DL

)51(DL

61AL

)51(AL

)61(AL

)71(AL

)81(AL

)91(AL

)02(AL

)12(AL

)22(AL

)32(AL

)42(AL

)0(AL

D_OTESERn

EWn_L

EOn_L

)1(AL

)0(DL

)1(DL

)2(DL

)3(DL

)4(DL

)5(DL

)6(DL

)7(DL

)1(AL

)2(AL

)3(AL

KLC_HCAM

DNAN_KLC_L

DNAN_KLC_L

TESERn

ICE

_nR

ES

ET

ICE

_nR

ES

ET

M_

AL

BA

_V

S_

EP

LD

M_A

LB

A_V

S_

EP

LD

S_A

LB

A_V

S_E

PLD

S_A

LB

A_V

S_E

PLD

SV_ABLA_S

SV_ABLA_M

TSET_TESER

)4(AL

)5(AL

)6(AL

)7(AL

)8(AL

)9(AL

)01(AL

)11(AL

)21(AL

)31(AL

)41(AL

OTESERn

1LES_RB

0LES_RB

0SCn_TOOB

TC

KT

CK

TD

IT

DI

TD

OT

DO

TM

ST

MS

HTDIW_SUB

TESERn

SC_NALn

TESERn_UPC

DLPE_M72

1SCn_TOOB

2SCn_TOOB

)42(AL

)52(AL

MOR_SCn

0FS_SCn

1FS_SCn

1FM_SCn

SC_XAMICn

OTSRn

NI_OTSRn

D_OTESERn

)51(DL

EOn_L

)51(AL

)41(AL

)31(AL

)21(AL

)11(AL

)01(AL

)9(AL

EWn_L

)8(AL

)7(AL

)6(AL

)5(AL

)4(AL

)3(AL

)2(AL

)1(AL

)61(AL

]13:0[DL

OTESERn

TSET_TESER

)72(DL

)82(DL

)92(DL

)03(DL

)13(DL

)3(DL

)2(DL

)1(DL

)0(DL

1FM_SCn

)0(DL

)8(DL

)1(DL

)9(DL

)2(DL

)01(DL

)3(DL

)11(DL

)4(DL

)21(DL

)5(DL

)31(DL

)6(DL

)41(DL

)7(DL

KLC_L

1MQD_L

)8(DL

)9(DL

)01(DL

)11(DL

)21(DL

)31(DL

)41(DL

)51(DL

0SCD_BL

)4(AL

)5(AL

)6(AL

)7(AL

)8(AL

)9(AL

)11(AL

)21(AL

EKLC_L

KLC_L

3MQD_L

)42(DL

)52(DL

)62(DL

02ATAD_BL

91ATAD_BL

81ATAD_BL

71ATAD_BL

61ATAD_BL

51ATAD_BL

41ATAD_BL

31ATAD_BL

21ATAD_BL

11ATAD_BL

01ATAD_BL

9ATAD_BL

8ATAD_BL

7ATAD_BL

6ATAD_BL

5ATAD_BL

4ATAD_BL

3ATAD_BL

2ATAD_BL

1ATAD_BL

0ATAD_BL

)4(AL

)5(AL

)6(AL

)7(AL

)8(AL

)9(AL

)11(AL

)21(AL

EKLC_L

61RDDA_BL

51RDDA_BL

41RDDA_BL

31RDDA_BL

21RDDA_BL

11RDDA_BL

01RDDA_BL

9RDDA_BL

8RDDA_BL

7RDDA_BL

6RDDA_BL

5RDDA_BL

4RDDA_BL

3RDDA_BL

2RDDA_BL

1RDDA_BL

0RDDA_BL

3MQD_BL

2MQD_BL

1MQD_BL

0MQD_BL

13ATAD_BL

03ATAD_BL

92ATAD_BL

82ATAD_BL

72ATAD_BL

62ATAD_BL

52ATAD_BL

42ATAD_BL

32ATAD_BL

22ATAD_BL

12ATAD_BL

0TUO_KLC_ICP

0SCn_TOOB

KCT

ODT

IDT

SMT

)42(AL

1QERn_ICP

KLC_BL

EKC_BL

SARn_BL

SACn_BL

EOn_BL

EWn_BL

2SCSn_BL

1SCSn_BL

0SCSn_BL

52RDDA_BL

42RDDA_BL

32RDDA_BL

22RDDA_BL

12RDDA_BL

02RDDA_BL

91RDDA_BL

81RDDA_BL

71RDDA_BL

)22(DL

)32(DL

2MQD_L

EWn_L

SAC_L

SAR_L

0SCD_BL

)61(DL

)31(AL

)41(AL

)01(AL

)0(AL

)1(AL

)2(AL

)3(AL

)71(DL

)81(DL

)91(DL

)02(DL

]41:0[AL

]13:0[DL

1QERn_ICP

)7(DL

)6(DL

)5(DL

)4(DL

)32(DL

)22(DL

)12(DL

)02(DL

)91(DL

)81(DL

)71(DL

)61(DL

)5(DL

)6(DL

)7(DL

0MQD_L

SAC_L

0SCD_BL

)0(DL

)31(AL

)41(AL

)01(AL

)0(AL

)1(AL

)2(AL

)3(AL

)1(DL

)2(DL

)3(DL

)4(DL

SAR_L

EWn_L

SAR_L

)12(DL

)52(AL

EOn_L

KLC_L

1TNGn_ICP

1TNGn_ICP

HTDIW_SUB

]13:0[DA_ICP

]52:0[AL

KCOLn_ICP

RRESn_ICP

RREPn_ICP

LESVEDn_ICP

YDRIn_ICP

0QERn_ICP

EMARFn_ICP

YDRTn_ICP

POTSn_ICP

0TNGn_ICP

TSRn_ICP

EKLC_L

SAC_L

)13(DL

)03(DL

)92(DL

)82(DL

)72(DL

)62(DL

)52(DL

)42(DL

)2(AL

)3(AL

)4(AL

)5(AL

)6(AL

)7(AL

)8(AL

)9(AL

)01(AL

)11(AL

)21(AL

)31(AL

)41(AL

)51(AL

)61(AL

)71(AL

)81(AL

)91(AL

)02(AL

)12(AL

)22(AL

)32(AL

1TUO_KLC_ICP

ATNIn_ICP

1SCn_TOOB

2SCn_TOOB

EWn_L

1EBCn_ICP

2EBCn_ICP

3EBCn_ICP

EMARFn_ICP

YDRIn_ICP

YDRTn_ICP

POTSn_ICP

RREPn_ICP

RRESn_ICP

RAP_ICP

TSRn_ICP

0TUO_KLC_ICP

LESVEDn_ICP

KCOLn_ICP

ATNIn_ICP

)13(DA_ICP

0QERn_ICP

0TNGn_ICP

)8(DL

)9(DL

)01(DL

)11(DL

)21(DL

)31(DL

)41(DL

)51(DL

0MQD_L

1MQD_L

2MQD_L

3MQD_L

)0(AL

)1(AL

)7(DA_ICP

)8(DA_ICP

)9(DA_ICP

)01(DA_ICP

)11(DA_ICP

)21(DA_ICP

)31(DA_ICP

)41(DA_ICP

)51(DA_ICP

)61(DA_ICP

)71(DA_ICP

)81(DA_ICP

)91(DA_ICP

)02(DA_ICP

)12(DA_ICP

)22(DA_ICP

)32(DA_ICP

)42(DA_ICP

)52(DA_ICP

)62(DA_ICP

)72(DA_ICP

)82(DA_ICP

)92(DA_ICP

)03(DA_ICP

)0(DA_ICP

)1(DA_ICP

)2(DA_ICP

)3(DA_ICP

)4(DA_ICP

)5(DA_ICP

)6(DA_ICP

0EBCn_ICP

10-1-2 S5H2201+Local bus interfaceThis Document can not be used without Samsung’s authorization.

PowerSignal

Samsung Electronics

Schematic Diagram

10-3

naidnE elttiL :0

NOITPO

1-6459ACP

)edom CNYS oN( 4621R hcatta t’nod edom lellarap nI

NOITPO

YLNO SU

OIDUA

4eIND 15PDS

2-6459ACP

4758FCP

gubeD rof POTS_SUB

)edom CNYS( 2521R hcatta t’nod edom laires nI

HSALF-RON :0

HSALF-DNAN :1

NAIDNE

naidnE giB :1

NOITPO

NOITPO

les hsalF gnitooB

25PDS

10

0n

F1

00

nF

C1

31

0C

13

10

25

V2

5V

CIC

21

J6

01

NE

CIC

21

J6

01

NE

BD

12

21

BD

12

21

4

5

6

7

8

9

BD

12

20

BD

12

20

CIC

21

J6

01

NE

CIC

21

J6

01

NE

31

41

51

61

71

81

91

2

02

3

LJ2006-0267

0121NC

1

01

11

21

1/1

0W

1/1

0W

R1

20

8R

12

08

75

oh

m7

5o

hm

2221C

Fn001

V52

W01/1

mho22

mho0

mho0

mho0

mho0

mho0

6921R

2231R

W01/1

W01/1

2921R

V3.3S_ABLA

FERX

47

0o

hm

47

0o

hm

R1

23

1R

12

31

1/1

0W

1/1

0W

FERX

FERX

FERX

FERX

75

oh

m7

5o

hm

R1

20

9R

12

09

1/1

0W

1/1

0W

FERX

W01/1

mho09821R

W01/1

W01/1

W01/13131R

4449U

7521R

FERX

1/1

0W

1/1

0W

R1

31

9R

13

19

10

Ko

hm

10

Ko

hm

1

V3.3_CADDH

R1

27

6R

12

76

4.7

Ko

hm

4.7

Ko

hm

1/1

0W

1/1

0W

W01/1

5621RmhoK7.4

FERX

PW_PEE_NIAM

FERX

FERX

FERX

75

oh

m7

5o

hm

R1

20

1R

12

01

1/1

0W

1/1

0W

2

34

56

78

4.7

Ko

hm

4.7

Ko

hm

R1

26

7R

12

67

1/1

0W

1/1

0W

FERX

FERX

1/1

6W

1/1

6W

U9

45

3U

94

53

4.7

Ko

hm

4.7

Ko

hm

1

mho222421R

W01/1

FERX

75

oh

m7

5o

hm

R1

20

6R

12

06

1/1

0W

1/1

0W

W01/1

6821R mho22

D_V3.3S

FERX

FERX9449U W01/1

mho22

FERX

10

0n

F1

00

nF

C1

20

1C

12

01

25

V2

5V

W01/1

mho22

3821R

10

Ko

hm

10

Ko

hm

R1

31

8R

13

18

1/1

0W

1/1

0W

FERX

1621R

FERX

W01/1

W01/1

W01/1

W01/1

W01/1

W01/1

W01/1

W01/1

W01/1

W01/1

W01/14621R

1/1

0W

1/1

0W

R1

26

8R

12

68

4.7

Ko

hm

4.7

Ko

hm

1/1

0W

1/1

0W

R1

20

0R

12

00

75

oh

m7

5o

hm

0549U

75

oh

m7

5o

hm

R1

21

0R

12

10

1/1

0W

1/1

0W

FERX

FERX

FERX

mho22

W01/1

10

0n

F1

00

nF

C1

20

7C

12

07

25

V2

5V

W01/1

mho22

7449U

FERX

FERX FERX

4

5 6

7 8

FERX

FERX

mho22

8221R

W61/1

1 2

3

FERX

FERX

FERX

FERX

FERX

7031R

W01/1

W01/1

W01/1

PEE_LCS

1

PEE_ADS

1

FERX

FERX

FERX

D_V3.3S

10

0n

F1

00

nF

C1

21

5C

12

15

25

V2

5V

V058121C Fn8.1

5 6

7 8

1231R mho0

mho0

mho22

2221R

W61/1

1 2

3 4

mho0

mho0

mho0

5031R

0621R

FERX

FERX

6449Umho22

W01/1

W01/1

4321R mho22

mho22W01/18449U

CF

S-3

08

(32

.76

8K

Hz,2

0p

pm

)C

FS

-30

8(3

2.7

68

KH

z,2

0p

pm

)

32

.76

8H

z3

2.7

68

Hz

FERX

FERX

mhoK7.4 3231R

W01/1

X1

20

1X

120

1

mho229121R

W01/1

FERX

1/1

0W

1/1

0W

R1

20

3R

12

03

75

oh

m7

5o

hm

1

1/1

0W

1/1

0W

R1

25

9R

12

59

47

Ko

hm

47

Ko

hm

TP

12

00

TP

12

00

9031R mho22

mho22

mho22

Fn8.17121CV05

6031R

V3.3S_ABLA

FERX

1221C Fp72V05

FERX

FERX

FERX

W01/1

4921R mho0

4.7

Ko

hm

4.7

Ko

hm

R1

27

4R

12

74

1/1

0W

1/1

0W

4

FERX

FERX

FERX

10

Ko

hm

10

Ko

hm

R1

31

6R

13

16

1/1

0W

1/1

0W

40-052WMS

551NC

1

2

3

0021_FIDPS 1

FERX

V3.3S_ABLA

W01/1

8031Rmho0

FERX

FERX

D_V3.3S

FERX

W01/1

4421R mho22

1 2

3 4

5 6

7 8

7921R

5449U mho22

W61/1

6421R

mho22

8ROH/]0[B_PG_4eIND03Y

1GOH/]5[G_PG_4eIND13Y

23Y9ROH/]1[B_PG_4eIND

7ROH/]7[R_PG_4eIND33Y

W01/1

CNYSHOH/CNYSH_PG_4eIND03V

13V2ROH/]2[R_PG_4eIND

1ROH/]1[R_PG_4eIND23V

0ROH/]0[R_PG_4eIND33V

6ROH/]6[R_PG_4eIND03W




2TJOIPG/2FIDPS

ATAD_XT_S2I4T

IOIPG/1FIDPS1U

KLCOH/KLC_PG_4eIND23U

CNYSVOH/CNYSV_PG_4eIND33U

1VKCB_XT_S2I

2VSW_XT_S2I

KLCM_XT_S2I3V

13BFERVSa

Ya82C

FERISA92C

rPRa32D

YGa52D

PMOCSa92D

52EPMOCHa SBVCa

72E

33CA3BOH/]5[B_PG_4eIND

92DA2BOH/]4[B_PG_4eIND

9BOH/]3[G_PG_4eIND13DA



23HABF

bPBa62B

Ca03B

1BOH/]3[B_PG_4eIND03BA

13BA9GOH/]5[a_PG_4eIND

7GOH/]3[a_PG_4eIND23BA

6GOH/]2[a_PG_4eIND33BA

0BOH/]2[B_PG_4eIND92CA

03CA6BOH/]0[G_PG_4eIND



72AFERIHA

FERVHa82A

0GOH/]4[G_PG_4eIND92AA

5GOH/]1[a_PG_4eIND03AA

4GOH/]0[a_PG_4eIND13AA



92BA8GOH/]4[a_PG_4eIND

FERX

FERX

FERX

5-0001CI

1022H5S

7821R

W01/1

FERX

V05

6121C

Fp51

mho22

V051121C Fp51

FERX

W01/1

5821R mho0

FERX

FERX

FERX

FERX

W01/1

W01/12131R

1/1

0W

1/1

0W

FERX

FERX

mhoK7.4

W01/1

6231R

FERX

75

oh

m7

5o

hm

R1

20

5R

12

05

mho223031R

W01/1

0131R mho0

mho0

FERX

FERX

W01/1

4521R mho0

FERX

4.7

Ko

hm

4.7

Ko

hm

R1

27

7R

12

77

1/1

0W

1/1

0W

W01/10331R mho001

C1

20

9C

12

09

10

0n

F1

00

nF

FERX

4.7

Ko

hm

4.7

Ko

hm

R1

26

9R

12

69

1/1

0W

1/1

0W

4

56

78

25

V2

5V

4.7

Ko

hm

4.7

Ko

hm

U9

45

7U

94

57

1/1

6W

1/1

6W

12

3

71ACDH/]1[Y_M_25PDS

13T

23T91ACDH/]3[Y_M_25PDS

02ACDH/]4[Y_M_25PDS

33T

3U GOIPG/NID_1FIDPS

32ACDH/]7[Y_M_25PDS

03U

13U22ACDH/]6[Y_M_25PDS

HOIPG/NID_2FIDPS4U

FERX

23P01ACDH/]2[bC_M_25PDS

41ACDH/]6[bC_M_25PDS

33P


92R

9ACDH/]1[bC_M_25PDS

03R


13R

23R61ACDH/]0[Y_M_25PDS

33R81ACDH/]2[Y_M_25PDS

12ACDH/]5[Y_M_25PDS

03T

92N2ACDH/]2[rC_M_25PDS

51BCDH/]7[Y_S_25PDS

03N

5ACDH/]5[rC_M_25PDS

13N

23N6ACDH/]6[rC_M_25PDS

8ACDH/]0[bC_M_25PDS

33N

92P31ACDH/]5[bC_M_25PDS

4ACDH/]4[rC_M_25PDS

03P

13P7ACDH/]7[rC_M_25PDS

13L21BCDH/]4[Y_S_25PDS

41BCDH/]6[Y_S_25PDS

23L

33LACNYSVIH/CNYSV_M_25PDS

92M11ACDH/]3[bC_M_25PDS

03M11BCDH/]3[Y_S_25PDS

AKLCIH/KLC_M_25PDS

13M

1ACDH/]1[rC_M_25PDS

23M

33M3ACDH/]3[rC_M_25PDS

9BCDH/]1[Y_S_25PDS

33J

0ACDH/]0[rC_M_25PDS

92K

03KBCNYSVIH/CNYSV_S_25PDS

13K7BCDH/]7[C_S_25PDS

31BCDH/]5[Y_S_25PDS

23K

33K01BCDH/]2[Y_S_25PDS

92LACNYSHIH/CNYSH_M_25PDS

03L6BCDH/]6[C_S_25PDS

92G0BCDH/]0[C_S_25PDS

33GBCNYSHIH/CNYSH_S_25PDS

4BCDH/]4[C_S_25PDS

92H

23H3BCDH/]3[C_S_25PDS

5BCDH/]5[C_S_25PDS

33H

2BCDH/]2[C_S_25PDS

92J

13J1BCDH/]1[C_S_25PDS

8BCDH/]0[Y_S_25PDS

23J

CNYS_1ST_S/4ATADT1KA

2KA CNYS_2ST_S/5ATADT

DLV_1ST_S/ADLVT3KA

1LA KLC_2ST_S/2ATADT

2LA DLV_2ST_S/1ATADT

ATAD_2ST_S/3ATADT1MA

ATAD_1ST_S/0ATADT1NA

BKLCIH/KLC_S_25PDS

92F

2HA ATAD_4ST_S/3BTADT

DLV_4ST_S/1BTADT3HA

4HA ATAD_3ST_S/0BTADT

5HA KLC_1ST_S/AKLCT

DLV_3ST_S/BDLVT1JA

2JA ]0[AOIPG/6ATADT

]1[AOIPG/7ATADT3JA

KLC_3ST_S/BKLCT4JA

1FA CDLVT

CKLCT2FA

3FA ISSN_IPS/*/7BTADT

ISOM_IPS/*/6BTADT1GA

OSIM_IPS/CNYS_4ST_S/5BTADT2GA

3GA KLC_IPS/CNYS_3ST_S/4BTADT

5GA CTADT

KLC_4ST_S/2BTADT1HA

1AA ]3[COIPG/ATAD_XR_S2I

]1[COIPG/SW_XR_S2I2AA

3AA ]0[COIPG/KLCM_XR_S2I

]2[COIPG/KCB_XR_S2I5DA

CNYST3EA

3 4

5 6

7 8

FERX

1-0001CI

1022H5S

FERX

W61/1

6121R

mho22

1 2

1/1

0W

1/1

0W

FERX

FERX

zHM72

zHM72 S25-HD30021X

WS1

DNG2

TUO3

CCV4

FERX

R1

27

2R

12

72

4.7

Ko

hm

4.7

Ko

hm

LSSV6

7 2KLCFER

1KLCFER82KLC

9

211KLC

SSV31

411SF

51EO

TUOX61

2DDV

3DDVA

OXCV4

SSVA5

1-40242YC

2021CI

1NIX

010SF

LDDV11

FERX

FERX

FERX

FERX

9921R

4121R

W01/1

W01/1

W01/1

W01/1mho0011331R

10A

21A

3CN

SSV4

ADS5

6LCS

CW/7

8CCV

T6NMW-65242M

6021CI

5 6

7 8

mho226321R

W01/1

W61/1

1549U

mho0

1 2

3 4

7 8

2521R

1 2

3 4

5 6

mho22

mho22

mho22

2121R

V3.3S_ABLA

FERX

mho0

1421R

W61/1

3 4

5 6

7 8

FERX

8TUOKLC

mho22

0421R

W61/1

1 2

H1-CS5032YC

3021CI

1FER

22KLC

31KLC

DNG4

3KLC5

6DDV

4KLC7

33

0o

hm

33

0o

hm

1/1

0W

1/1

0W

R1

27

8R

12

78

4.7

Ko

hm

4.7

Ko

hm

FERX

FERX

FERX

1/1

0W

1/1

0W

R1

32

8R

13

28

1 2

3 4

5 6

7 8

FERX

FERX

FERX

FERX

mho22

3421R

W61/1

FERX

1/1

0W

1/1

0W

R1

22

3R

12

23

3.3

Ko

hm

3.3

Ko

hm

W01/1

2821R mhoK72

4.7

Ko

hm

4.7

Ko

hm

R1

27

1R

12

71

1/1

0W

1/1

0W

FERX

3121R

V3.3S_ABLA

W01/1

W01/10231R

56

78

1/1

0W

1/1

0W

R1

21

1R

12

11

75

oh

m7

5o

hm

1/1

6W

1/1

6W

R1

32

4R

13

24

0o

hm

0o

hm

12

34

FERX

FERX

FERX

D_V3.3S

FERX

FERX

W01/1

8521R mho22

FERX

mho226521R

W01/1

FERX

1/1

0W

1/1

0W

R1

23

0R

12

30

47

0o

hm

47

0o

hm

1/1

0W

1/1

0W

R1

31

7R

13

17

10

Ko

hm

10

Ko

hm

1131R

Fn8.19121CV05

FERX

FERX

W01/1

5921R mho0

FERX

16

V1

6V

C1

21

3C

12

13

33

0n

F3

30

nF

JOIPG 1

FERX

8

4.7

Ko

hm

4.7

Ko

hm

R1

27

5R

12

75

1/1

0W

1/1

0W

FERX

W61/1

1221R

mho22

1 2

3 4

5 6

7

FERX

FERX

FERX

FERX

7321R

mho22

1 2

3 4

5 6

7 8

1/1

0W

1/1

0W

W61/1

WS1

DNG2

TUO3

CCV4

0o

hm

0o

hm

R1

32

5R

13

25

25

V2

5V

C1

20

8C

12

08

10

0n

F1

00

nF

zHM0.84

972540084L2021X

25

V2

5V

C1

21

4C

12

14

10

0n

F1

00

nF

FERX

FERX

FERX

FERX

FERX

V3.3_CADDS

1/1

0W

1/1

0W

FERX

FERX

mho225221R

W01/1

75

oh

m7

5o

hm

R1

20

2R

12

02

mho0

mho0

4131R

FERX

FERX

1/1

0W

1/1

0W

R1

31

5R

13

15

10

Ko

hm

10

Ko

hm

FERX

1/1

0W

1/1

0W

R1

20

7R

12

07

75

oh

m7

5o

hm

mho220221R

W01/1

V3.3S_ABLA

FERX

W01/1mho0019231R

FERX

W01/1

1921R mho0

FERX

FERX

FERX

W01/1

7221R mho22

FERX

GP

IOP

BG

PIO

PB

W01/1

7231Rmho0

mho22

1 2

3 4

5 6

7 8

1/1

0W

1/1

0W

R1

27

0R

12

70

W61/1

2549U

4

5 6

7 8

FERX

FERX

4.7

Ko

hm

4.7

Ko

hm

mho22

5421R

W61/1

1 2

3

3.3

Ko

hm

3.3

Ko

hm

R1

22

4R

12

24

1/1

0W

1/1

0W

FERX9421R mho22

mho22

mho22

mho22

mho22

mho22

mho22

mho22

mho22

mho22

mho22

0521R

FERX

3449U

3 4

5 6

7 8

R1

27

3R

12

73

4.7

Ko

hm

4.7

Ko

hm

1/1

0W

1/1

0W

W61/1

8121R

mho22

1 2

1 2

3 4

5 6

7 8

FERX

R1

20

4R

12

04

75

oh

m7

5o

hm

mho22

9221R

W61/1

C1

21

2C

12

12

15

pF

15

pF

FERX

1/1

0W

1/1

0W

6

7 8

D_V3.3D

50

V5

0V

W61/1

2321R

mho22

1 2

3 4

5

mho06621R

W01/1

1 2

3 4

5 6

7 8

FERX

FERX

8

FERX

FERX

mho22

5121R

W61/1

4.7

Ko

hm

4.7

Ko

hm

U9

45

4U

94

54

12

34

56

7

3 4

5 6

7 8

FERX

1/1

6W

1/1

6W

mho22

9321R

W61/1

1 2

FERX

10

0n

F1

00

nF

C1

21

0C

12

10

25

V2

5V

3 4

5 6

7 8

FERX

FERX

7 8

W61/1

8321R

mho22

1 2

W61/1

3321R

mho22

1 2

3 4

5 6

3621R

FERX

FERX

2621R

]2[EOIPG/ODT_7MRA

3W]0[EOIPG/KCT_7MRA

4W]3[EOIPG/TSRTn_7MRA

dilav_atad_1pactxE/]1[TOIPG1Y

2Y dilav_atad_0pactxE/]0[TOIPG

]3[DOIPG3Y

4Y]1[DOIPG

RDD_LLP2P

OIDUA_LLP5P

HSALFDNAN1T

KLC_DUA_TXE3T

2UNAIDNE

]1[EOIPG/IDT_7MRA4V

]4[EOIPG/SMT_7MRA1W

2W

ASTCnTRAU/KLCSM

33FCDxTTRAU/]1[DPOIPG

BTADC2I03G

13GADxTTRAU/SBSM

CDxRTRAU/]0[DPOIPG

23G

ADxRTRAU/TADSM03H

BDxTTRAU/]1[CPOIPG13H

03JBDxRTRAU/]0[CPOIPG

DIV_LLP4N

IDT/]1[SOIPG

TSRn/]3[SOIPG92E

03E0PBSU

APOIPG/QERAMD

CKLCC2I23E

ASTRnTRAU/SNI33E

03FBPOIPG/KCAAMD

13FBKLCC2I

23F

33B

13CSMT/]4[SOIPG

23CKLC_BSU

AKLCC2I33C

ODT/]2[SOIPG03D

0NBSU13D

23DATADC2I

33DCTADC2I

82E

TUOMWP

23GA72KC

33GADIVKLC

ATEDMS/]3[BOIPG4GA

03HAGPOIPG/1TPURRETNI

13HAHPOIPG/2TPURRETNI

FPOIPG/0TPURRETNI33HA

IPOIPG/3TPURRETNI33JA

0RUCVOBSU

03FA

MPOIPG/7TPURRETNI13FA

23FALPOIPG/6TPURRETNI

33FAKPOIPG/5TPURRETNI

ATADMS/]5[BOIPG4FA

5FAATSRMS/]1[BOIPG

92GAILATX

03GATUOTSR

13GA

JPOIPG/4TPURRETNI03EA

NIRI/EPOIPG13EA

OLATX23EA

33EA4TSET

4EABKLCEMS/ODT_DUA_MLAC

ANIDSSRN/NIDVA5EA

3TSET92FA

TESER

1DAATUODSSRN/TSRnVA

2DAAKLCSSRN/KLCVA

AKLCEMS/]4[BOIPG3DA

2TSET03DA

4DABNIDSSRN/IDLVVA

1EAACCVMS/]2[BOIPG

2EAAKLCMS/]0[BOIPG

1TSET92EA

]2[DOIPG

BTUODSSRN/ODLVVA1BA

2BABKLCSSRN/TUODVA

BTADMS3BA

BTEDMS/IDT_DUA_MLAC4BA

1CABCCVMS/SMT_DUA_MLAC

BTSRMS/TSRTn_DUA_MLAC2CA

BKLCMS/KCT_DUA_MLAC3CA

2DIV_KLC_I/]0[DOIPG4CA

2-0001CI

1022H5S

KCT/]0[SOIPG23A

4AA

FERX

4821R

mho22

W01/1

FERX

mho03921R

W01/1

Fp720221CV05 2031R

W01/1

W01/1

W01/1

W01/1

W01/1

3521R mho22

1031R

25

V2

5V

C1

20

0C

12

00

10

0n

F1

00

nF

W01/1

LLP_25_M72

BF_PT1

MWP

15M_M72

15S_M72

XAMIC_M72

DLPE_M72

PD_47KLC

25_M72

ST_72KLC

)3(D_IDEJ_MORF

)4(D_IDEJ_MORF

)1(BSV_ST

)2(BSV_ST

)3(BSV_ST

)4(BSV_ST

)5(D_IDEJ_MORF

)6(D_IDEJ_MORF

)7(D_IDEJ_MORF

)5(BSV_ST

)6(BSV_ST

)7(BSV_ST

IMDH_FIDPS

1SF

0SF

NABSU

KLCB_XR_S2IATAD_XR_S2I

KLCRL_XR_S2I

POTS_SUB

PEE_LCS

PEE_ADS

NEPVN_S

SBVC_VTD

TSR_TSM

TSRn_UT

TIAW_XAMICn

CNYS_IDEJ_MORF

DLV_IDEJ_MORF

KLC_IDEJ_MORF

)0(D_IDEJ_MORF

)4(BSV_ST

DLV_BSV_ST

KLC_BSV_ST

)0(BSV_ST

)1(D_IDEJ_MORF

)2(D_IDEJ_MORF

DLPE_SV_ABLA_M

DLPE_SV_ABLA_S

SH_ABLA_S

KLC_ABLA_S

TESERn_ECI

2PD_47KLC

OTSRn

E_ADS

E_LCS

)7:0(RC_ABLA_M

)7:0(BC_ABLA_M

)7:0(C_ABLA_S

)5(BSV_ST

)7(BSV_ST

KCEHC_CCV_BSU

PABSU

KCT_MLAC

TSRTN_MLAC

SMT_MLAC

IDT_MLAC

ODT_MLAC

4758_LCS

PDD_LCS

C_LCS

B_LCS

A_LCS

ABLA_KLC25PDS

PEE_LCS

PW_PEE_NIAM

XEDNI_MEG

XEDNI_MOCIM_MEG

FFO-NOWPBSU

4758_ADS

TATS_REWOP

ST_72KLC

PD_47KLC

TSRn_KNIL

TNI_25PDSn

TNIn_TSM

KLC_ABLA_M

SH_ABLA_M

)2(RC_ABLA_M

)1(RC_ABLA_M

)0(RC_ABLA_M

)5(R_DSO_ABLA

)4(R_DSO_ABLA

)3(R_DSO_ABLA

)2(R_DSO_ABLA

)0(R_DSO_ABLA

OTESERn

PMAL_MOCIM_XT

TNIn_NAL

TNI_XAMICn

IBV_NIAM

ABLA_FIDPS

POTS_SUB

)3(G_DSO_ABLA

TENYNA_MEG_XR

TENYNA_MEG_XT

232SR_XR

232SR_XT

PMAL_MOCIM_XR

PDD_ADS

C_ADS

B_ADS

A_ADS

MWP

TESERn_UPC

KLCM_XR_S2I

PEE_ADS

PW_PEE_NIAM

)3(RC_ABLA_M

)6(R_DSO_ABLA

)7(R_DSO_ABLA

)0(B_DSO_ABLA

)1(B_DSO_ABLA

)4(G_DSO_ABLA

)5(G_DSO_ABLA

)6(G_DSO_ABLA

)7(G_DSO_ABLA

)0(ENOTH_ABLA

)1(ENOTH_ABLA

)2(ENOTH_ABLA

)3(ENOTH_ABLA

)4(ENOTH_ABLA

)5(ENOTH_ABLA

)2(B_DSO_ABLA

)3(B_DSO_ABLA

)4(B_DSO_ABLA

)5(B_DSO_ABLA

)6(B_DSO_ABLA

)7(B_DSO_ABLA

)0(G_DSO_ABLA

)1(G_DSO_ABLA

)2(G_DSO_ABLA

SH_25PDS

SV_25PDS

ATAD_XT_S2I

KLCB_XT_S2I

KLCRL_XT_S2I

KLCM_XT_S2I

)3(BC_ABLA_M

)4(BC_ABLA_M

)5(BC_ABLA_M

)6(BC_ABLA_M

)7(BC_ABLA_M

)0(Y_ABLA_M

)1(Y_ABLA_M

)2(Y_ABLA_M

)3(Y_ABLA_M

)4(Y_ABLA_M

)5(Y_ABLA_M

)6(Y_ABLA_M

)7(Y_ABLA_M

)0(C_ABLA_S

)1(C_ABLA_S

)2(C_ABLA_S

)3(C_ABLA_S

)4(C_ABLA_S

)5(C_ABLA_S

)6(C_ABLA_S

)7(C_ABLA_S

)0(Y_ABLA_S

)1(Y_ABLA_S

)2(Y_ABLA_S

)3(Y_ABLA_S

)4(Y_ABLA_S

)5(Y_ABLA_S

)6(Y_ABLA_S

)7(Y_ABLA_S

)7:0(Y_ABLA_M

)7:0(Y_ABLA_S

)1(R_DSO_ABLA

)6(DOP_ST

)7(DOP_ST

)4(DOP_ST

)5(DOP_ST

)2(DOP_ST

)1(DOP_ST

)3(DOP_ST

)0(DOP_ST

KLC_DOP_ST

DLV_DOP_ST

)7:0(DOP_ST

KLC_IDEJ_OT

D_IDEJ_OT

DLV_IDEJ_OT

CNYS_IDEJ_OT

KLC_BSV_ST

)6(BSV_ST

)4(BSV_ST

DLV_BSV_ST

)2(BSV_ST

)1(BSV_ST

)3(BSV_ST

)0(BSV_ST

)7:0(BSV_ST

)4(RC_ABLA_M

)5(RC_ABLA_M

)6(RC_ABLA_M

)7(RC_ABLA_M

)0(BC_ABLA_M

)1(BC_ABLA_M

)2(BC_ABLA_M

10-1-3 S5H2201+TS AV interfaceThis Document can not be used without Samsung’s authorization.

PowerSignal

Schematic Diagram


10

0n

F10

0n

F2

5V

25

V

5841C

100nF

100nF

25V

25V

9241C

V3.3S_ABLA

8141C

10

0n

F10

0n

F2

5V

25

V

1841C

100nF

100nF

25V

25V

C1484

C14

84

Fu01V61

97DNG

5Y

7241C

10

0n

F10

0n

F2

5V

25

V

48DNG

71Y

58DNG

81Y

68DNG

91Y

78DNG

02Y

88DNG

12Y

33IDDV22Y

VD

DIO

37

VD

DIO

37

Y23

Y23

98DNG

92Y

13IDDV92W

VD

D_

SS

TL

2V

DD

_S

ST

L2

W5

W5

VD

DIO

36

VD

DIO

36

Y11

Y11

23IDDV21Y

08DNG

31Y

18DNG

41Y

28DNG

51Y

38DNG

61Y

51W

37DNG

61W

47DNG

71W

57DNG

81W

67DNG

91W

77DNG

02W

87DNG

12W

03IDDV22W

VD

DIO

35

VD

DIO

35

W2

3W

23

VD

DIO

33

VD

DIO

33

V23

V23

96DNG

92V

95DNG

5V

VD

DIO

34

VD

DIO

34

W1

1W

11

92IDDV21W

07DNG

31W

17DNG

41W

27DNG

41V

26DNG

51V

36DNG

61V

46DNG

71V

56DNG

81V

66DNG

91V

76DNG

02V

86DNG

12V

82IDDV22V

12U

62IDDV22U

VD

DIO

30

VD

DIO

30

U23

U23

VD

DIO

31

VD

DIO

31

U29

U29

U5

U5

VD

D_

SS

TL

1V

DD

_S

ST

L1

VD

DIO

32

VD

DIO

32

V11

V11

72IDDV21V

06DNG

31V

16DNG

31U

15DNG

41U

25DNG

51U

35DNG

61U

45DNG

71U

55DNG

81U

65DNG

91U

75DNG

02U

85DNG

02T

84DNG

12T

42IDDV22T

VD

DIO

28

VD

DIO

28

T23

T23

94DNG

92T

93DNG5T

VD

DIO

29

VD

DIO

29

U11

U11

52IDDV21U

05DNG

04DNG31T

14DNG41T

24DNG51T

34DNG61T

44DNG

71T

54DNG

81T

64DNG

91T

74DNG

83DNG12R

22IDDV22R

VD

DIO

26

VD

DIO

26

R23

R23

2A_LLPSSV3R

V3.3A_LLPDDV4R

V2.1A_LLPDDV5R

VD

DIO

27

VD

DIO

27

T11

T11

32IDDV21T

31R

13DNG41R

23DNG51R

33DNG61R

43DNG71R

53DNG81R

63DNG91R

3A_LLPSSV2R

73DNG02R

02IDDV22P

VD

DIO

24

VD

DIO

24

P23

P23

V3.3A_LLPDDV3P

2D_LLPSSV4P

V2.1D_LLPDDV1R

VD

DIO

25

VD

DIO

25

R11

R11

12IDDV21R

03DNG

22DNG41P

32DNG51P

42DNG61P

52DNG71P

62DNG81P

72DNG91P

82DNG02P

92DNG12P

12N

81IDDV22N

VD

DIO

22

VD

DIO

22

N23

N23

V2.1A_LLPDDV3N

1A_LLPSSV5N

4A_LLPSSV1P

VD

DIO

23

VD

DIO

23

P11

P11

91IDDV21P

12DNG31P

41DNG51N

51DNG61N

61DNG71N

71DNG81N

81DNG91N

1D_LLPSSV2N

91DNG02N

02DNG

61IDDV22M

VD

DIO

20

VD

DIO

20

M23

M23

11DNG5M

V2.1D_LLPDDV1N

VD

DIO

21

VD

DIO

21

N11

N11

71IDDV21N

21DNG31N

31DNG41N

8IDDV41M

9IDDV51M

01IDDV61M

11IDDV71M

21IDDV81M

31IDDV91M

41IDDV02M

51IDDV12M

VD

DIO

15

VD

DIO

15

L20

L20

VD

DIO

16

VD

DIO

16

L21

L21

VD

DIO

17

VD

DIO

17

L22

L22

VD

DIO

18

VD

DIO

18

L23

L23

5IDDV5L

VD

DIO

19

VD

DIO

19

M11

M11

6IDDV21M

7IDDV31M

VD

DIO

7V

DD

IO7

L12

L12

VD

DIO

8V

DD

IO8

L13

L13

VD

DIO

9V

DD

IO9

L14

L14

VD

DIO

10

VD

DIO

10

L15

L15

VD

DIO

11

VD

DIO

11

L16

L16

VD

DIO

12

VD

DIO

12

L17

L17

VD

DIO

13

VD

DIO

13

L18

L18

VD

DIO

14

VD

DIO

14

L19

L19

8DNG32E

VD

DIO

4V

DD

IO4

E24

E24

3DS_A33DDVA62E

1DNG9E

9DNG5H

VD

DIO

5V

DD

IO5

J5

J5

01DNG5K

VD

DIO

6V

DD

IO6

L11

L11

4DNG51E

VD

DIO

2V

DD

IO2

E16

E16

5DNG71E

3IDDV81E

6DNG91E

VD

DIO

3V

DD

IO3

E20

E20

7DNG12E

4IDDV22E

42D

62D3DH_A33DDVA

2DS_A33SSVA72D

1DS_A33DDVA82D

1IDDV01E

2DNG11E

VD

DIO

1V

DD

IO1

E12

E12

3DNG31E

2IDDV41E

92B

2PODDV23B

1POSSV42C

4DH_A33DDVA52C

1DH_A33SSVA62C

5DH_A33SSVA72C

DS_A33BBVA03C

1PODDV22D

2DH_A33SSVA

VD

D_

SS

TL

17

VD

D_

SS

TL

17

AJ6

AJ6

101DNG

7JA

VD

D_

SS

TL

18

VD

D_

SS

TL

18

AJ8

AJ8

201DNG

9JA

3DH_A33SSVA52B

2DH_A33DDVA72B

5DS_A33SSVA82B

2DS_A33DDVA

AJ2

2A

J2

2

901DNG32JA

VD

D_

SS

TL

26

VD

D_

SS

TL

26

AJ2

4A

J2

4

011DNG52JA

VD

D_

SS

TL

27

VD

D_

SS

TL

27

AJ2

6A

J2

6

111DNG72JA

VD

D_

SS

TL

28

VD

D_

SS

TL

28

AJ2

8A

J2

8

211DNG92JA

001DNG

5JA

501DNG

51JA

VD

D_

SS

TL

22

VD

D_

SS

TL

22

AJ1

6A

J1

6

601DNG71JA

VD

D_

SS

TL

23

VD

D_

SS

TL

23

AJ1

8A

J1

8

701DNG91JA

VD

D_

SS

TL

24

VD

D_

SS

TL

24

AJ2

0A

J2

0

801DNG12JA

VD

D_

SS

TL

25

VD

D_

SS

TL

25

AC

22

AC

22

VD

D_

SS

TL

15

VD

D_

SS

TL

15

AC

23

AC

23

74IDDV5CA

VD

D_

SS

TL

16

VD

D_

SS

TL

16

AH

29

AH

29

VD

D_

SS

TL

19

VD

D_

SS

TL

19

AJ1

0A

J1

0

301DNG

11JA

VD

D_

SS

TL

20

VD

D_

SS

TL

20

AJ1

2A

J1

2

401DNG

31JA

VD

D_

SS

TL

21

VD

D_

SS

TL

21

AJ1

4A

J1

4

AC

15

AC

15

VD

D_

SS

TL

7V

DD

_S

ST

L7

VD

D_

SS

TL

8V

DD

_S

ST

L8

AC

16

AC

16

VD

D_

SS

TL

9V

DD

_S

ST

L9

AC

17

AC

17

VD

D_

SS

TL

10

VD

D_

SS

TL

10

AC

18

AC

18

VD

D_

SS

TL

11

VD

D_

SS

TL

11

AC

19

AC

19

VD

D_

SS

TL

12

VD

D_

SS

TL

12

AC

20

AC

20

VD

D_

SS

TL

13

VD

D_

SS

TL

13

AC

21

AC

21

VD

D_

SS

TL

14

VD

D_

SS

TL

14

54IDDV12BA

64IDDV22BA

VD

DIO

42

VD

DIO

42

AB

23

AB

23

99DNG

5BA

AC

11

AC

11

VD

D_

SS

TL

3V

DD

_S

ST

L3

VD

D_

SS

TL

4V

DD

_S

ST

L4

AC

12

AC

12

AC

13

AC

13

VD

D_

SS

TL

5V

DD

_S

ST

L5

VD

D_

SS

TL

6V

DD

_S

ST

L6

AC

14

AC

14

73IDDV31BA

83IDDV41BA

93IDDV51BA

04IDDV61BA

14IDDV71BA

24IDDV81BA

34IDDV91BA

44IDDV02BA

81AA

69DNG

91AA

79DNG

02AA

89DNG

12AA

53IDDV22AA

VD

DIO

40

VD

DIO

40

AA

23

AA

23

VD

DIO

38

VD

DIO

38

AA

5A

A5

VD

DIO

41

VD

DIO

41

AB

11

AB

11

63IDDV21BA

33A

VD

DIO

39

VD

DIO

39

AA

11

AA

11

43IDDV21AA

09DNG

31AA

19DNG

41AA

29DNG

51AA

39DNG

61AA

49DNG

71AA

59DNG

1DH_A33DDVA52A

DH_A33BBVA62A

92A3DS_A33SSVA

1DS_A33SSVA03A

4DS_A33DDVA13A

2POSSV

8051C

V3.3S_ABLA

6-0001CI

1022H5S

25V

25

V

25V

25V

100nF

100nF

V05

9641CFn01

6541C

10

0n

F1

00n

F

6441C

10

0n

F1

00n

F25V

25

V

Fn5.11351C

0141R

mhoK01

V61Fn0018641C

4041C

10

0n

F10

0n

F2

5V

25

V

3141C

10

0n

F10

0n

F2

5V

25

V

NOITPO_V21

Fn01

6641C

V61

Fu28

0741C

C1483

C14

83

Fu01V61

C1490

C14

90

Fu01V61

D_V3.3S

C1423

C1

423

Fu001V61

2741C

100nF

100nF

25V

25V

9741C

100nF

100nF

25V

25V

9051CFu01

V61

4541C

10

0n

F1

00n

F25V

25

V

6051C

100nF

100nF

25V

25V

7151C

100nF

100nF

25V

25V

25V

25

V

V2.1S_ABLA

2251C

100nF

100nF

25V

25V

V61Fu01

C1

44

2C

14

42

6341C

10

0n

F10

0n

F

3741C

100nF

100nF

25V

25V

V3.6Fu0217641C

T-510-L2102BCA7041DB

0051C

100nF

100nF

25V

25V

9441C

10

0n

F1

00n

F25V

25

V

5051C

100nF

100nF

25V

25V

2141C

10

0n

F10

0n

F2

5V

25

V

8741C

100nF

100nF

25V

25V

8841C

100nF

100nF

25V

25V

7941C

100nF

100nF

25V

25V

V52

Fn001

1741C

C1411

C14

11

Fu001V61

2541C

10

0n

F1

00n

F25V

25

V

1051CFu001

V61

1141R

W01/1

3051C

100nF

100nF

25V

25V

mhoK11

4151C

100nF

100nF

25V

25V

2041C

10

0n

F10

0n

F2

5V

25

V

8041C

10

0n

F10

0n

F2

5V

25

V1641C

10

0n

F1

00n

F25V

25

V

0541C

10

0n

F1

00n

F25V

25

V

2341C

10

0n

F10

0n

F2

5V

25

V

8341C

10

0n

F10

0n

F2

5V

25

V

100nF

100nF

25V

25V

8941C

100nF

100nF

25V

25V

0241DB

A003S2102ZPM

1941C

5241C

10

0n

F10

0n

F2

5V

25

V

0341C

10

0n

F10

0n

F2

5V

25

V

5741C

100nF

100nF

25V

25V

4741C100nF

100nF

25V

25V

V2.1HC

0251C

100nF

100nF

25V

25V

43KS014D

6141C

10

0n

F10

0n

F2

5V

25

V

0041GER

1 I

2

G

3O

T-510-L2102BCA9041DB

TDC52FL

V52

Fn001

0441C

V3.3S_ABLA

0641C

10

0n

F1

00n

F25V

25

V

5541C

10

0n

F1

00n

F25V

25

V

8541C

10

0n

F1

00n

F25V

25

V

V3.3S_ABLA

9041C

10

0n

F10

0n

F2

5V

25

V

3641C

10

0n

F1

00n

F25V

25

V

6041C

10

0n

F10

0n

F2

5V

25

V

6841C

100nF

100nF

25V

25V

7441C

10

0n

F1

00n

F25V

25

V

V01

Fu0017341C

10

0n

F10

0n

F2

5V

25

V

9341C

1541C

10

0n

F1

00n

F25V

25

V

1251C

100nF

100nF

25V

25V

V61Fu001

C1422

C1

422

2641C

10

0n

F1

00n

F25V

25

V

1441C

Fn001

V52

0041C

10

0n

F10

0n

F2

5V

25

V

1151C

100nF

100nF

25V

25V

5441C

10

0n

F1

00n

F25V

25

V

C1

44

3C

14

43

Fu01V61

9151C

100nF

100nF

25V

25V

6041DB T-510-L2102BCA

8041DB T-510-L2102BCA

3341C

10

0n

F10

0n

F2

5V

25

V

2841C

100nF

100nF

25V

25V

7541C

10

0n

F1

00n

F25V

25

V

8151C

100nF

100nF

25V

25V

10

0n

F10

0n

F2

5V

25

V

C1489

C14

89

Fu001V61

6241C

10

0n

F10

0n

F2

5V

25

V

4141C

V5.2S_ABLA

3541C

10

0n

F1

00n

F25V

25

V

5041C

10

0n

F10

0n

F2

5V

25

V

5341C

10

0n

F10

0n

F2

5V

25

V

12

8441C

10

0n

F1

00n

F25V

25

V

100nF

100nF

25V

25V

0041L

100nF

100nF

25V

25V

V2.1S_ABLA

7051C

Fp033

0351C

5151C

0241C

10

0n

F10

0n

F2

5V

25

V

B

C1495

C14

95

Fu001V61

-B

D1410

BD

141

0

4441C

10

0n

F1

00n

F25V

25

V

9941C

100nF

100nF

25V

25V

1041DB

B

0151C

100nF

100nF

25V

25V

3

4DNG

5BF

PMOC6

7NE

8SS

1DNGM

-

0041CI

ND3851PM

SB1

NI2

WS

C1

46

4C

14

64

Fu01V61

3041C

10

0n

F10

0n

F2

5V

25

V

2941C

100nF

100nF

25V

25V

2051C

100nF

100nF

25V

25V

7041C

10

0n

F10

0n

F2

5V

25

V

3941C

100nF

100nF

25V

25V

0141C

10

0n

F10

0n

F2

5V

25

V

4341C

10

0n

F10

0n

F2

5V

25

V

-4041DB

B

V5.2S_ABLA

C1496

C14

96

Fu01V61

25V

25

V1

00

nF

10

0n

F

9541C

0841C

100nF

100nF

25V

25V

R1420

R1

420

1/1

0W

1/1

0W

V2.1S_ABLA

C1465

C14

65

Fu01V61

25

V25

V

240ohm

240ohm

4051C

100nF

100nF

25V

25V

4241C

10

0n

F10

0n

F

2151C

100nF

100nF

25V

25V

8241C

10

0n

F10

0n

F2

5V

25

V

-

B

V61Fu0016741C

V3.3S_ABLA

5041DB

V3.3_CADDH

5141C

10

0n

F10

0n

F2

5V

25

V

1341C

10

0n

F10

0n

F2

5V

25

V

7841C

100nF

100nF

25V

25V

9141C

10

0n

F10

0n

F2

5V

25

V

1241C

10

0n

F10

0n

F2

5V

25

V

7141C

10

0n

F10

0n

F2

5V

25

V

3151C

100nF

100nF

25V

25V

3007DB

A003S2102ZPM

-

B

4941C

100nF

100nF

25V

25V

0041DB

V3.3_CADDS

3251C

100nF

100nF

25V

25V

6151C

100nF

100nF

25V

25V

1041C

10

0n

F10

0n

F2

5V

25

V

10-1-4 S5H2201+POWERThis Document can not be used without Samsung’s authorization.

PowerSignal

NIAM_15PDS

81H95_QD_RDS_BP

)W/R( 8C/9C : RDDA C2I

15_QD_RDS_BP91E

25_QD_RDS_BP02E

35_QD_RDS_BP91F

45_QD_RDS_BP02F

55_QD_RDS_BP71G

65_QD_RDS_BP81G

75_QD_RDS_BP91G

85_QD_RDS_BP02G

81D74_QD_RDS_BP

91D

02D84_QD_RDS_BP

3D0_QD_RDS_BP

5D21_QD_RDS_BP

7D91_QD_RDS_BP

62_QD_RDS_BP9D

94_QD_RDS_BP71E

05_QD_RDS_BP81E

8C32_QD_RDS_BP

72_QD_RDS_BP9C

6_RDDA_RDS_OP11D

01_RDDA_RDS_OP21D

NSAR_RDS_OP41D

61D53_QD_RDS_BP

54_QD_RDS_BP71D

64_QD_RDS_BP

71C83_QD_RDS_BP

34_QD_RDS_BP91C

2C1_QD_RDS_BP

44_QD_RDS_BP02C

4C9_QD_RDS_BP

31_QD_RDS_BP5C

6C61_QD_RDS_BP

7C02_QD_RDS_BP

9B82_QD_RDS_BP

1C2_QD_RDS_BP

0_RDDA_RDS_OP01C

5_RDDA_RDS_OP11C

21C9_RDDA_RDS_OP

MQD_RDS_OP41C

51C13_QD_RDS_BP

61C43_QD_RDS_BP

2B5_QD_RDS_BP

24_QD_RDS_BP02B

3B7_QD_RDS_BP

4B01_QD_RDS_BP

5B41_QD_RDS_BP

6B71_QD_RDS_BP

7B12_QD_RDS_BP

8B42_QD_RDS_BP

4_RDDA_RDS_OP11B

8_RDDA_RDS_OP21B

1_AB_RDS_OP31B

41BOKLC_RDS_OP

51B03_QD_RDS_BP

61B33_QD_RDS_BP

71B73_QD_RDS_BP 04_QD_RDS_BP

81B

4A11_QD_RDS_BP

5A51_QD_RDS_BP

6A81_QD_RDS_BP

7A22_QD_RDS_BP

8A52_QD_RDS_BP

9A92_QD_RDS_BP

3_QD_RDS_BP1B

1_RDDA_RDS_OP01B

31A

41ANSAC_RDS_OP

NEW_RDS_OP51A

61A23_QD_RDS_BP

71A63_QD_RDS_BP

93_QD_RDS_BP81A

91A14_QD_RDS_BP

6_QD_RDS_BP2A

3A8_QD_RDS_BP

1A4_QD_RDS_BP

2_RDDA_RDS_OP01A

3_RDDA_RDS_OP11A

7_RDDA_RDS_OP21A

0_AB_RDS_OP

282C

15M_V3.3D

1-002CI

15PDS

872C

Fn001

Fn001

12

34

56

78

612AR 22

V61

V52

Fn001

86442C

Fu74002C

TP

200

TP

200

1

mho001222R

2

632C

Fn001

052L

1

Fn5.1892C

052R

mhoK01

A003S2102ZPM

FERX

V52

Fn001

692C

112DB

15M_V3.3D

W01/1022R mho0

V05

492CFn01

012DB

A003S2102ZPM

15M_V2.1D

212DB

15S_V2.1D

Fn001852C

A003S2102ZPM

B

8549U-

B

-9549U

8

mhoK1W01/1522R

22402AR12

34

56

7

Fn001552C

FERX

4

56

78

22312AR12

3

12

34

56

78

-

B

22122AR

212C

Fn001

0649U

352C

Fn001

522CFn001

1K

oh

m1K

ohm

1/1

0W

1/1

0W

R2

21

R2

21

232C

Fu01V61

Fn001922C

662C

Fn1

V05

6

78

622CFn001

22

12

34

5

mho22902R

15M_V3.3D

002AR

4UGNIR_PODDV

6UGNIR_IDDV

8UGNIR_PODDV

31VGNIR_PODDV

81VGNIR_PODDV

GNIR_PODDV2W

4PGNIR_PODDV

71TGNIR_IDDV

3TGNIR_IDDV

GNIR_IDDV4T

01UGNIR_IDDV

31UGNIR_PODDV

51UGNIR_IDDV

71UGNIR_PODDV

GNIR_SSV01N

GNIR_SSV11N

GNIR_SSV21N

GNIR_SSV31N

71NGNIR_PODDV

8NGNIR_SSV

GNIR_SSV9N

71PGNIR_PODDV

GNIR_SSV8L

GNIR_SSV9L

GNIR_SSV01M

GNIR_SSV11M

GNIR_SSV21M

31MGNIR_SSV

GNIR_SSV8M

GNIR_SSV9M

GNIR_SSV01L

GNIR_SSV11L

21LGNIR_SSV

GNIR_SSV31L

71LGNIR_IDDV

GNIR_IDDV81L

3LGNIR_IDDV

4LGNIR_IDDV

71J

GNIR_SSV8J

GNIR_SSV9J

GNIR_SSV01K

GNIR_SSV11K

GNIR_SSV21K

31KGNIR_SSV

GNIR_SSV8K

GNIR_SSV9K

4HGNIR_PODDV

8HGNIR_SSV

9HGNIR_SSV

GNIR_SSV01J

GNIR_SSV11J

21JGNIR_SSV

31JGNIR_SSV

GNIR_PODDV

71FGNIR_IDDV

81FGNIR_IDDV

4FGNIR_IDDV

GNIR_SSV01H

GNIR_SSV11H

21HGNIR_SSV

GNIR_SSV31H

71HGNIR_PODDV

81CGNIR_IDDV

3CGNIR_PODDV

01DGNIR_IDDV

31DGNIR_PODDV

51DGNIR_IDDV

GNIR_IDDV4D

6DGNIR_IDDV

8DGNIR_PODDV

4-002CI

15PDS

GNIR_PODDV02A

91BGNIR_PODDV

31CGNIR_PODDV

V52

Fn001372C

96442C

Fn001

012C

Fn001

Fn001272C

2

3

222C

Fn001

V52

A2-401E1F23MGS202TF

1

78

Fn001772C

22422AR12

34

56

mho001322R

TP

20

4T

P204

1

B

FERX

Fn001572C

402DB

A003S2102ZPM V61

Fu74

15M_V3.3D

102CFn01

V05

962C

1 2

3 4

5 6

7 8

W01/1

022AR 22

412R

mhoK11

152R

B

mhoK7.4

W01/1

6

78

A003S2102ZPM

302DB

22

12

34

5

1 2

3 4

5 6

7 8

522AR

FERX

712AR 22

FERX

V3.6Fu021192C

242C

Fn001

15PDS_V3.3D

15M_V3.3D

QDDV9

4QD8

21QD08

18QDDV

2831QD

3841QD

48QSSV

5851QD

68SSV

27SSV

CN37

478QD

57QDDV

679QD

7701QD

87QSSV

9711QD

568A

9A66

76EKC

86KLC

96CN

73QD

07CN

171MQD

85SSV

3MQD95

6QSSV

063A

164A

265A

366A

467A

0572QD

82QD15

QSSV25

3592QD

4503QD

55QDDV

6513QD

75CN

34DDV SSV

4442QD

54

64QSSV

7452QD

8462QD

94QDDV

52QD

6391QD

02QD73

QSSV83

9312QD

41QD

0422QD

14QDDV

2432QD

92DDV

QDDV3

03CN

1361QD

23QSSV

3371QD

4381QD

53QDDV

12CN

0AB22

321AB

42PA,01A

520A

621A

722A

822MQD

41CN

DDV51

610MQD

EW/71

81SAC/

91SAR/

20QD

02SC/

1DDV

015QD

116QD

21QSSV

317QD

12

34

56

78

302CI

06CT-E232346S4K

15S_V2.1P

15M_V2.1P

22322AR

W01/1 mhoK1422R

FERX

FERX

Fn001972C

712R

41QD38

QSSV48

51QD58

SSV68

QDDV9

W01/1mho0

9QD67

01QD77

QSSV87

11QD97

4QD8

0821QD

QDDV18

31QD28

CN96

3QD7

CN07

1MQD17

SSV27

37CN

8QD47

QDDV57

4A16

5A26

6A36

7A46

8A56

669A

EKC76

KLC86

03QD45

QDDV55

13QD65

CN75

SSV85

953MQD

QSSV6

3A06

52QD74

62QD84

QDDV94

2QD5

72QD05

1582QD

QSSV25

92QD35

1QD4

22QD04

QDDV14

32QD24

DDV34 44

SSV

42QD54

QSSV64

QSSV23

71QD33

81QD43

QDDV53

91QD63

7302QD

QSSV83

12QD93

0A52

1A62

2A72

2MQD82

DDV92

QDDV3

CN03

61QD13

SAC/81

SAR/91

0QD2

SC/02

CN12

0AB22

1AB32

PA,01A42

5QD01

6QD11

QSSV21

7QD31

CN41

DDV51

0MQD61

EW/71

FERX

202CI

06CT-E232346S4K

DDV1

FERX

202R mho22

612R

FERX

FERX

W01/1mho0

V61

Fu001

Fn001172C

78

V2.1_LLP

322C

22602AR

12

34

56

FERX

FERX

Fn001152C

V61

712C

Fu74

mho22

8

FERX

402R

222AR12

34

56

7

V52

Fn001

22

Fn001532C

412C

902C

Fn001

4

5 6

7 8

FERX

22112AR

1 2

3

V61Fn001292C

W01/1812R mho0

15M_V2.1P

1 2

3 4

5 6

7 8

FERX

752C

412AR 22

422CFn001

Fn001

672C

Fn001082C

Fn001

Fn001252C

FERX

DNG5

BF

PMOC6

7NE

8SS

1DNGM

43KS2349U

ND3851PM

SB1

NI2

WS3

4

Fn01

092C

402CI

V61

Fu28

592C

BV21

202CFn1V05

V61

462C

Fu74042C

Fn001832C

Fn001

1 2

3 4

5 6

7 8

34

56

78

102AR

22

22912AR12

722C

FERX

8

FERX

Fn001

12

34

56

7

22702AR

Fn001Fn001652C

Fn001802C

1139U

V52

072C

12

34

56

78

Fn001

78

FERX

512AR 22

22

12

34

56

012R mho22

212AR

202DB

A003S2102ZPM

B

332C

TP

201

TP

201

1

-

B

Fn001

FERX

002DB

W01/1mho0912R

Fn01

FERX

432C

Fn001

FERX

FERX

V05

862C

FERX

182C

Fn001

W01/1702R

mho22

FERX

V05Fn8.1 062C

1 2

3 4

5 6

7 8

8

802AR 222212

34

56

7

012AR

FERX

FERX

702C

Fn001

W01/1

mhoK7.4512R

W01/1622R mhoK1

FERX

122C

Fn01

TP

203

TP

203

1

V05

V61Fu001392C

FERX

FERX

V52

762C

Fn001

V05

Fn1

312C

792C

162C

FERX

Fp033

V05

Fn1

4

5 6

7 8

Fn001052C

502AR 22

1 2

3

FERX

FERX

8YLCS_C2I_IP

9YKLCH_IP

812C

V52

Fn001

9V0_RDDAS_C2I_BP

0_TSET_IP91W

RETLIF_LLP_OP7W

2_DDV_LLP8W

9WADS_C2I_BP

91YNACS_IP

02Y1_TSET_IP

7Y1_SSV_LLP

15PDS

TESER_IP7U

9U1_RDDAS_C2I_BP

KLC_TXE_BP01V

1_DDV_LLP7V

8V2_SSV_LLP

V52

022C

Fn001

5-002CI

W01/1mhoK1722R

102R mho22

8

142C

Fn001

302AR 22

12

34

56

7

15M_V2.1D

Fn001452C542C

Fn001

34

56

78

342C

Fn001

22812AR

12

FERX

132C

Fn001

V52

302R mho74

FERX

21Y12_B_IATAD_IP

31Y71_B_IATAD_IP

51_B_IATAD_IP41Y

11_B_IATAD_IP51Y

8_B_IATAD_IP61Y

4_B_IATAD_IP71Y

81Y1_B_IATAD_IP

41_B_IATAD_IP41W

51W01_B_IATAD_IP

61W7_B_IATAD_IP

3_B_IATAD_IP71W

81W0_B_IATAD_IP

02WA_INED_BP

B_ICNYSV_IP01Y

11YB_IKLC_IP

61V6_B_IATAD_IP

71V2_B_IATAD_IP

A_ICNYSV_IP91V

02VA_ICNYSH_IP

B_ICNYSH_IP01W

11WB_INED_BP

02_B_IATAD_IP21W

61_B_IATAD_IP31W

61U5_B_IATAD_IP

A_IKLC_IP81U

92_A_IATAD_IP91U

82_A_IATAD_IP02U

11V32_B_IATAD_IP

91_B_IATAD_IP21V

31_B_IATAD_IP41V

51V9_B_IATAD_IP

91R22_A_IATAD_IP

02R12_A_IATAD_IP

72_A_IATAD_IP81T91T

62_A_IATAD_IP

02T52_A_IATAD_IP

22_B_IATAD_IP11U

21U81_B_IATAD_IP

41U21_B_IATAD_IP

81N71_A_IATAD_IP

61_A_IATAD_IP91N

51_A_IATAD_IP02N

02_A_IATAD_IP81P

91_A_IATAD_IP91P

02P81_A_IATAD_IP

42_A_IATAD_IP71R

32_A_IATAD_IP81R

7_A_IATAD_IP91K

8_A_IATAD_IP02K

01_A_IATAD_IP91L

02L9_A_IATAD_IP

71M41_A_IATAD_IP

81M31_A_IATAD_IP

21_A_IATAD_IP91M

02M11_A_IATAD_IP

0_A_IATAD_IP91H

1_A_IATAD_IP02H

81J2_A_IATAD_IP

3_A_IATAD_IP91J

4_A_IATAD_IP02J

71K5_A_IATAD_IP

81K6_A_IATAD_IP

Fn001932C

2-002CI

15PDS

1

362C

V05

Fn01

FERX

TP

202

TP

202

V05

Fn01

FERX

742C

512C

Fn001942C

Fn001

2

3 4

5 6

7 8202AR 22

1

Fu001

V61

032C

15M_V3.3D

S2111NAF102CI

NI1

DNG

2

TUO3TUO

V61

FERX

562C

V52

Fn001Fu01642C

912C

Fn1

Fn001842C

V05

34

56

78

FERX

902AR 22

12

732C

Fn001442C

Fn001

V61

Fu74612C

FERX

112C

Fn001

A2-401E1F23MGS302TF

1

2

3

002R mho22

262C

V52

Fn001

822CFn001

3_A_OATAD_OP5Y

6Y0_A_OATAD_OP

472CFn001

41_A_OATAD_OP

11_A_OATAD_OP3W

4W8_A_OATAD_OP

4_A_OATAD_OP5W

6W1_A_OATAD_OP

1Y31_A_OATAD_OP

2Y21_A_OATAD_OP

01_A_OATAD_OP3Y

7_A_OATAD_OP4Y

6_A_OATAD_OP5U

1V71_A_OATAD_OP

2V61_A_OATAD_OP

51_A_OATAD_OP3V

4V9_A_OATAD_OP

5V5_A_OATAD_OP

2_A_OATAD_OP6V

1W

52_A_OATAD_OP2R

3R42_A_OATAD_OP

32_A_OATAD_OP4R

22_A_OATAD_OP1T

2T12_A_OATAD_OP

1U02_A_OATAD_OP

91_A_OATAD_OP2U

81_A_OATAD_OP3U

OCNYSV_OP1N

OCNYSH_OP2N

OKLC_OP3N

4NONED_OP

1P92_A_OATAD_OP

2P82_A_OATAD_OP

72_A_OATAD_OP3P

62_A_OATAD_OP1R

7_B_OATAD_OP

8_B_OATAD_OP3K

4K9_B_OATAD_OP

5_B_OATAD_OP1L

2L4_B_OATAD_OP

1M3_B_OATAD_OP

2M2_B_OATAD_OP

1_B_OATAD_OP3M

0_B_OATAD_OP4M

1H

2H51_B_OATAD_OP

3H61_B_OATAD_OP

01_B_OATAD_OP1J

11_B_OATAD_OP2J

3J21_B_OATAD_OP

4J31_B_OATAD_OP

6_B_OATAD_OP1K

2K

1F12_B_OATAD_OP

2F22_B_OATAD_OP

32_B_OATAD_OP3F

1G71_B_OATAD_OP

81_B_OATAD_OP2G

3G91_B_OATAD_OP

02_B_OATAD_OP4G

41_B_OATAD_OP

1D82_B_OATAD_OP

92_B_OATAD_OP2D

1E42_B_OATAD_OP

2E52_B_OATAD_OP

62_B_OATAD_OP3E

72_B_OATAD_OP4E

3-002CI

15PDS

)3(RDDA_RDS_OP_M

)2(RDDA_RDS_OP_M

)1(RDDA_RDS_OP_M

)0(RDDA_RDS_OP_M

)0:7(Y_ABLA_M

)0:7(BC_ABLA_M

SV_ABLA_M

)0(BC_ABLA_M

)1(BC_ABLA_M

)2(BC_ABLA_M

)3(BC_ABLA_M

)4(BC_ABLA_M

)5(BC_ABLA_M

)6(BC_ABLA_M

)7(BC_ABLA_M

)0(Y_ABLA_M

)1(Y_ABLA_M

)2(Y_ABLA_M

)3(Y_ABLA_M

)4(Y_ABLA_M

)5(Y_ABLA_M

)6(Y_ABLA_M

)7(Y_ABLA_M

)0(RC_ABLA_M

)1(RC_ABLA_M

)2(RC_ABLA_M

)3(RC_ABLA_M

)4(RC_ABLA_M

)5(RC_ABLA_M

)6(RC_ABLA_M

)7(RC_ABLA_M

OTSRn

A_LCS

A_ADS

15M_M72

)7(R_CT_M

)8(R_CT_M

)9(R_CT_M KLC_ABLA_M

SH_ABLA_M

)45(QD_RDS_BP_M

)55(QD_RDS_BP_M

)65(QD_RDS_BP_M

)75(QD_RDS_BP_M

)85(QD_RDS_BP_M

)95(QD_RDS_BP_M

)3(RDDA_RDS_OP_M

)4(RDDA_RDS_OP_M

)5(RDDA_RDS_OP_M

)6(RDDA_RDS_OP_M

)7(RDDA_RDS_OP_M

)8(RDDA_RDS_OP_M

)9(RDDA_RDS_OP_M

OKLC_RDS_OP_M

MQD_RDS_OP_M

)83(QD_RDS_BP_M

)93(QD_RDS_BP_M

)04(QD_RDS_BP_M

)14(QD_RDS_BP_M

)24(QD_RDS_BP_M

)34(QD_RDS_BP_M

)44(QD_RDS_BP_M

)54(QD_RDS_BP_M

)42(QD_RDS_BP_M

)52(QD_RDS_BP_M

)62(QD_RDS_BP_M

)72(QD_RDS_BP_M

)82(QD_RDS_BP_M

)92(QD_RDS_BP_M

)3(RDDA_RDS_OP_M

)4(RDDA_RDS_OP_M

)5(RDDA_RDS_OP_M

)6(RDDA_RDS_OP_M

)7(RDDA_RDS_OP_M

)8(RDDA_RDS_OP_M

)9(RDDA_RDS_OP_M

OKLC_RDS_OP_M

MQD_RDS_OP_M

)8(QD_RDS_BP_M

)9(QD_RDS_BP_M

)01(QD_RDS_BP_M

)11(QD_RDS_BP_M

)21(QD_RDS_BP_M

)31(QD_RDS_BP_M

)41(QD_RDS_BP_M

)51(QD_RDS_BP_M

MQD_RDS_OP_M

NSAR_RDS_OP_M

NEW_RDS_OP_M

OKLC_RDS_OP_M

SV_CT_M

SH_CT_M

ONED_15M

OCNYSH_15M

OCNYSV_15M

OKLC_15M

)7(BP_15M

)5(BP_15M

)3(BP_15M

)1(BP_15M

)0(BP_15M

)2(BP_15M

)4(BP_15M

)6(BP_15M

)0(Y_15M

)2(Y_15M

)4(Y_15M

)6(Y_15M

)8(Y_15M

)0(RP_15M

)2(RP_15M

)4(RP_15M

)6(RP_15M

)8(RP_15M

)8(BP_15M

)9(BP_15M

)9:0(BP_15M

)9:0(Y_15M

)9:0(RP_15M

)95:0(QD_RDS_BP_M

NSAC_RDS_OP_M

)6(R_CT_M

)5(R_CT_M

)4(R_CT_M

)3(R_CT_M

)2(R_CT_M

)1(R_CT_M

)0(R_CT_M)9:0(R_CT_M

)0:7(RC_ABLA_M

)9(RP_15M

)7(RP_15M

)5(RP_15M

)3(RP_15M

)1(RP_15M

)9(Y_15M

)7(Y_15M

)5(Y_15M

)3(Y_15M

)1(Y_15M

)93(QD_RDS_BP_M

)83(QD_RDS_BP_M

)73(QD_RDS_BP_M

)63(QD_RDS_BP_M

)9(B_CT_M

)8(B_CT_M

)7(B_CT_M

)6(B_CT_M

)5(B_CT_M

)4(B_CT_M

)3(B_CT_M

)2(B_CT_M

)1(B_CT_M

)0(B_CT_M)9:0(B_CT_M

)9(G_CT_M

)8(G_CT_M

)7(G_CT_M

)6(G_CT_M

)4(G_CT_M

)5(G_CT_M

)3(G_CT_M

)2(G_CT_M

)1(G_CT_M

)0(G_CT_M)9:0(G_CT_M

)25(QD_RDS_BP_M

)35(QD_RDS_BP_M

)45(QD_RDS_BP_M

)55(QD_RDS_BP_M

)84(QD_RDS_BP_M

)94(QD_RDS_BP_M

)05(QD_RDS_BP_M

)15(QD_RDS_BP_M

)44(QD_RDS_BP_M

)54(QD_RDS_BP_M

)64(QD_RDS_BP_M

)74(QD_RDS_BP_M

)04(QD_RDS_BP_M

)14(QD_RDS_BP_M

)24(QD_RDS_BP_M

)34(QD_RDS_BP_M

)15(QD_RDS_BP_M

)05(QD_RDS_BP_M

)84(QD_RDS_BP_M

)74(QD_RDS_BP_M

)64(QD_RDS_BP_M

)13(QD_RDS_BP_M

)33(QD_RDS_BP_M

)43(QD_RDS_BP_M

)23(QD_RDS_BP_M

)25(QD_RDS_BP_M

)94(QD_RDS_BP_M

)13(QD_RDS_BP_M

)03(QD_RDS_BP_M

)53(QD_RDS_BP_M

)43(QD_RDS_BP_M

)33(QD_RDS_BP_M

)23(QD_RDS_BP_M

)65(QD_RDS_BP_M

)75(QD_RDS_BP_M

)85(QD_RDS_BP_M

)95(QD_RDS_BP_M

)8(QD_RDS_BP_M

)7(QD_RDS_BP_M

)6(QD_RDS_BP_M

)5(QD_RDS_BP_M

)4(QD_RDS_BP_M

)3(QD_RDS_BP_M

)2(QD_RDS_BP_M

)1(QD_RDS_BP_M

)0(QD_RDS_BP_M

KLCP_CT_M

)01:0(RDDA_RDS_OP_M

)1:0(AB_RDS_OP_M

)7(QD_RDS_BP_M

)6(QD_RDS_BP_M

)5(QD_RDS_BP_M

)4(QD_RDS_BP_M

)3(QD_RDS_BP_M

)2(QD_RDS_BP_M

)1(QD_RDS_BP_M

)0(QD_RDS_BP_M

)35(QD_RDS_BP_M

)42(QD_RDS_BP_M

)32(QD_RDS_BP_M

)22(QD_RDS_BP_M

)12(QD_RDS_BP_M

)02(QD_RDS_BP_M

)91(QD_RDS_BP_M

)81(QD_RDS_BP_M

)71(QD_RDS_BP_M

)61(QD_RDS_BP_M

)51(QD_RDS_BP_M

)41(QD_RDS_BP_M

)31(QD_RDS_BP_M

)21(QD_RDS_BP_M

)11(QD_RDS_BP_M

)01(QD_RDS_BP_M

)9(QD_RDS_BP_M

)0(AB_RDS_OP_M

)1(AB_RDS_OP_M

)4(RDDA_RDS_OP_M

)5(RDDA_RDS_OP_M

)6(RDDA_RDS_OP_M

)7(RDDA_RDS_OP_M

)8(RDDA_RDS_OP_M

)9(RDDA_RDS_OP_M

)01(RDDA_RDS_OP_M

)92(QD_RDS_BP_M

)82(QD_RDS_BP_M

)72(QD_RDS_BP_M

)62(QD_RDS_BP_M

)52(QD_RDS_BP_M

)32(QD_RDS_BP_M

)22(QD_RDS_BP_M

)12(QD_RDS_BP_M

)02(QD_RDS_BP_M

)91(QD_RDS_BP_M

)81(QD_RDS_BP_M

)71(QD_RDS_BP_M

)61(QD_RDS_BP_M

NSAC_RDS_OP_M

)1(AB_RDS_OP_M

)1:0(AB_RDS_OP_M

)0(AB_RDS_OP_M

)01:0(RDDA_RDS_OP_M

)1:0(AB_RDS_OP_M

)2(RDDA_RDS_OP_M

)1(RDDA_RDS_OP_M

)0(RDDA_RDS_OP_M

)01(RDDA_RDS_OP_M

)1(AB_RDS_OP_M

)0(AB_RDS_OP_M

)03(QD_RDS_BP_M

NSAR_RDS_OP_M

NSAC_RDS_OP_M

NEW_RDS_OP_M

MQD_RDS_OP_M

)73(QD_RDS_BP_M

)63(QD_RDS_BP_M

)53(QD_RDS_BP_M

)01(RDDA_RDS_OP_M

)0(RDDA_RDS_OP_M

)1(RDDA_RDS_OP_M

)2(RDDA_RDS_OP_M

ED_CT_M

)95:0(QD_RDS_BP_M

NEW_RDS_OP_M

NSAR_RDS_OP_M

MQD_RDS_OP_M

Schematic Diagram

10-5Samsung Electronics

This Document can not be used without Samsung’s authorization.

10-1-5 Main SDP51

PowerSignal

BUS_15PDS)W/R( AC/BC : RDDA C2I

15S_V3.3D

Fn001

V52

813C

mho22403R

FERX

443C

FERX

A003S2102ZPM

B

FERX

Fn001

Fn001373C

403DB

TP

301

TP

301

1

Fn001

763C

V52

A003S2102ZPM

303DB

B

713R

mho0W01/1

2

34

56

78

GNIR_PODDV

22703AR1

31U

GNIR_IDDV51U

GNIR_PODDV71U

GNIR_PODDV4U

GNIR_IDDV6U

GNIR_PODDV8U

GNIR_PODDV31V

GNIR_PODDV81V

2W

8N

9NGNIR_SSV

GNIR_PODDV71P

GNIR_PODDV4P

GNIR_IDDV71T

GNIR_IDDV3T

4TGNIR_IDDV

GNIR_IDDV01U

GNIR_PODDV

8MGNIR_SSV

9MGNIR_SSV

01NGNIR_SSV

11NGNIR_SSV

21NGNIR_SSV

31NGNIR_SSV

GNIR_PODDV71N

GNIR_SSV

GNIR_IDDV

GNIR_IDDV3L

GNIR_IDDV4L

8LGNIR_SSV

9LGNIR_SSV

01MGNIR_SSV

11MGNIR_SSV

21MGNIR_SSV

GNIR_SSV31M

8KGNIR_SSV

9KGNIR_SSV

01LGNIR_SSV

11LGNIR_SSV

GNIR_SSV21L

31LGNIR_SSV

GNIR_IDDV71L

81L

21JGNIR_SSV

31J

71JGNIR_PODDV

8JGNIR_SSV

9JGNIR_SSV

01KGNIR_SSV

11KGNIR_SSV

21KGNIR_SSV

GNIR_SSV31K

31HGNIR_SSV

GNIR_PODDV71H

GNIR_PODDV4H

GNIR_SSV8H

GNIR_SSV9H

01JGNIR_SSV

11JGNIR_SSV

GNIR_SSV

GNIR_IDDV

GNIR_IDDV6D

GNIR_PODDV8D

GNIR_IDDV71F

GNIR_IDDV81F

GNIR_IDDV4F

01HGNIR_SSV

11HGNIR_SSV

GNIR_SSV21H

GNIR_PODDV

GNIR_PODDV91B

GNIR_PODDV31C

GNIR_IDDV81C

GNIR_PODDV3C

GNIR_IDDV01D

GNIR_PODDV31D

GNIR_IDDV51D

4D

15PDS

4-003CI

02A

22203AR

1 2

3 4

5 6

7 8

34

56

78

313AR 2212

Fu74

V61

FERX

FERX

613C

283C

Fn001

Fu74

463C

V61

Fn001673C

W01/1 mhoK1

Fn001043C

D_V3.3D

523R

V05

FERX

FERX

15S_V3.3D

Fn1

663C

22513AR

12

34

56

78

mho001323R

51QD58

SSV68

9QDDV

mho0023R W01/1

QSSV87

11QD978

4QD

0821QD

QDDV18

31QD28

41QD38

QSSV48

CN07

1MQD17

SSV27

37CN

8QD47

QDDV57

9QD67

01QD77

6A36

7A46

8A56

669A

EKC76

KLC86

CN96

3QD7

13QD65

CN75

SSV85

953MQD

QSSV6

3A06

4A16

5A26

QDDV94

2QD5

72QD05

1582QD

25QSSV

92QD35

03QD45

QDDV55

QDDV14

32QD24

DDV34 44

SSV

5442QD

QSSV64

52QD74

62QD84

81QD43

QDDV53

91QD63

7302QD

83QSSV

12QD93

1QD4

22QD04

2A72

2MQD82

DDV92

3QDDV

CN03

61QD13

QSSV23

71QD33

0QD2

SC/02

CN12

220AB

1AB32

PA,01A42

0A52

1A62

QSSV21

7QD31

CN41

51DDV

0MQD61

71EW/

SAC/81

SAR/91

06CT-E232346S4K303CI

DDV1

5QD01

6QD11

813AR

12

34

56

78

22

mho22003R

12

34

56

78

423AR 22

W01/1

V05

Fn01

863C

A2-401E1F23MGS1

2

3

513RmhoK7.4

FERX

303TF

873C

Fn001

B

V61Fu01

233C

A003S2102ZPM

203DB

FERX

FERX

613R

mho0W01/1

78

Fn001273C

213AR

12

34

56

1

22

1_B_IATAD_IP81Y

653C

Fn001

TP

300

TP

300

01YB_ICNYSV_IP

B_IKLC_IP11Y

12_B_IATAD_IP21Y

71_B_IATAD_IP31Y

41Y51_B_IATAD_IP

51Y11_B_IATAD_IP

61Y8_B_IATAD_IP

71Y4_B_IATAD_IP

21W02_B_IATAD_IP

31W61_B_IATAD_IP

41W41_B_IATAD_IP

01_B_IATAD_IP51W

7_B_IATAD_IP61W

71W3_B_IATAD_IP

0_B_IATAD_IP81W

A_INED_BP02W

41V31_B_IATAD_IP

9_B_IATAD_IP51V

6_B_IATAD_IP61V

2_B_IATAD_IP71V

91VA_ICNYSV_IP

A_ICNYSH_IP02V

01WB_ICNYSH_IP

B_INED_BP11W

81_B_IATAD_IP21U

21_B_IATAD_IP41U

5_B_IATAD_IP61U

81UA_IKLC_IP

91U92_A_IATAD_IP

02U82_A_IATAD_IP

32_B_IATAD_IP11V

21V91_B_IATAD_IP

71R42_A_IATAD_IP

81R32_A_IATAD_IP

22_A_IATAD_IP91R

12_A_IATAD_IP02R

81T72_A_IATAD_IP62_A_IATAD_IP

91T52_A_IATAD_IP

02T

11U22_B_IATAD_IP

91M21_A_IATAD_IP

11_A_IATAD_IP02M

71_A_IATAD_IP81N

91N61_A_IATAD_IP

02N51_A_IATAD_IP

81P02_A_IATAD_IP

91P91_A_IATAD_IP

81_A_IATAD_IP02P

5_A_IATAD_IP71K

6_A_IATAD_IP81K

91K7_A_IATAD_IP

02K8_A_IATAD_IP

91L01_A_IATAD_IP

9_A_IATAD_IP02L

41_A_IATAD_IP71M

31_A_IATAD_IP81M

2-003CI

91H0_A_IATAD_IP

02H1_A_IATAD_IP

2_A_IATAD_IP81J

91J3_A_IATAD_IP

02J4_A_IATAD_IP

Fn001

15PDS

Fn01

V05

333C

Fn1

V05

FERX

363C

183C

313C

063CFn8.1V05

Fn001

34

56

78

22223AR12

563C

Fn001

V52

V05

FERX

1

2

3

Fn1

913C

Fn001

203TF

A2-401E1F23MGS

V52

073C

4Y7_A_OATAD_OP

5Y3_A_OATAD_OP

0_A_OATAD_OP6Y

573CFn001

3W11_A_OATAD_OP

8_A_OATAD_OP4W

5W4_A_OATAD_OP

1_A_OATAD_OP6W

31_A_OATAD_OP1Y

21_A_OATAD_OP2Y

3Y01_A_OATAD_OP

3U81_A_OATAD_OP

5U6_A_OATAD_OP

71_A_OATAD_OP1V

61_A_OATAD_OP2V

3V51_A_OATAD_OP

9_A_OATAD_OP4V

5_A_OATAD_OP5V

6V2_A_OATAD_OP

41_A_OATAD_OP1W

1R62_A_OATAD_OP

2R52_A_OATAD_OP

42_A_OATAD_OP3R

4R32_A_OATAD_OP

1T22_A_OATAD_OP

12_A_OATAD_OP2T

02_A_OATAD_OP1U

2U91_A_OATAD_OP

4M0_B_OATAD_OP

1NOCNYSV_OP

2NOCNYSH_OP

3NOKLC_OP

ONED_OP4N

92_A_OATAD_OP1P

82_A_OATAD_OP2P

3P72_A_OATAD_OP

2K

3K8_B_OATAD_OP

9_B_OATAD_OP4K

1L5_B_OATAD_OP

4_B_OATAD_OP2L

3_B_OATAD_OP1M

2_B_OATAD_OP2M

3M1_B_OATAD_OP

41_B_OATAD_OP

51_B_OATAD_OP2H

61_B_OATAD_OP3H

1J01_B_OATAD_OP

2J11_B_OATAD_OP

21_B_OATAD_OP3J

31_B_OATAD_OP4J

1K6_B_OATAD_OP

7_B_OATAD_OP

4E72_B_OATAD_OP

12_B_OATAD_OP1F

22_B_OATAD_OP2F

3F32_B_OATAD_OP

71_B_OATAD_OP1G

2G81_B_OATAD_OP

91_B_OATAD_OP3G

4G02_B_OATAD_OP

1H

15PDS

3-003CI

82_B_OATAD_OP1D

2D92_B_OATAD_OP

42_B_OATAD_OP1E

52_B_OATAD_OP2E

3E62_B_OATAD_OP

FERX

FERX

FERX

743C

Fn001413R

W01/1

mhoK7.4

773C

Fn001353C 453C

Fn001

FERX

Fn001

15S_V3.3D

813R W01/1

913R mho0 W01/1

Fn001

FERX

mho0

Fn001

533C

Fu74

V61

963C

723C

FERX

FERX

263C

Fn001

V52

V05Fn01

103C

Fn001213C

Fn001343C 15S_V2.1P853C

Fn001

2

3 4

5 6

7 8

FERX

22803AR

1

Fn01

V05

513C

TP

302

TP

302

1

15S_V3.3D

V52

Fn001

223C

113AR 22

1 2

3 4

5 6

7 8

FERX

203R

153C

Fn001

mho22

223R mho001

Fn001623C

023AR

1 2

3 4

5 6

7 8

FERX

22

5851QD

68SSV

9QDDV

V05Fn1

203C

87QSSV

9711QD

84QD

21QD08

18QDDV

2831QD

3841QD

48QSSV

07CN

171MQD

27SSV

CN37

478QD

57QDDV

679QD

7701QD

366A

467A

568A

9A66

76EKC

86KLC

96CN

73QD

6513QD

75CN

85SSV

3MQD95

6QSSV

063A

164A

265A

94QDDV

52QD

0572QD

82QD15

25QSSV

3592QD

4503QD

55QDDV

14QDDV

2432QD

34DDV SSV

44

5442QD

64QSSV

7452QD

8462QD

4381QD

53QDDV

6391QD

02QD73

83QSSV

9312QD

41QD

0422QD

722A

822MQD

92DDV

3QDDV

03CN

1361QD

23QSSV

3371QD

20QD

02SC/

12CN

220AB

321AB

42PA,01A

520A

621A

21QSSV

317QD

41CN

51DDV

610MQD

71EW/

81SAC/

91SAR/

203CI

1DDV

015QD

116QD

423R mhoK1W01/1

06CT-E232346S4K

FERX

Fn001823C

TP

303

TP

303

1

15S_V3.3D

Fn1

V05

163C

923CFn001

Fn001113C

Fn001243C

1_TSET_IP02Y

1_SSV_LLP7Y

LCS_C2I_IP8Y

KLCH_IP9Y

7V1_DDV_LLP

2_SSV_LLP8V

9V0_RDDAS_C2I_BP

91W0_TSET_IP

7WRETLIF_LLP_OP

8W2_DDV_LLP

ADS_C2I_BP9W

NACS_IP91Y

15PDS

7UTESER_IP

1_RDDAS_C2I_BP9U

01VKLC_TXE_BP

V61

643C

Fu01

5-003CI

633C

FERX

Fn001

4

5 6

7 8

Fn01

123C

V05

22503AR

1 2

3

Fn001973C 083C

Fn001

Fn001523C

553C

Fn001

TP

304

TP

304

1

943C

Fn001

Fn001

Fu74

713C

V61

803C

1/1

0W

1/1

0W

1K

ohm

1K

ohm

R321

R3

21

12

34

56

78

6

78

22523AR

22323AR

12

34

5

V52

903AR

12

34

56

78

Fn001

023C

22 78

753C

Fn001

22013AR12

34

56

6

78

FERX

FERX

12

34

5

413AR1 2

3 4

5 6

7 8

913AR 22

W01/1

22

953C

mhoK1623R

Fn001

Fn001473C

Fn001833C

6

78

V61

003CFu74

22

12

34

5

FERX

FERX

123AR

053C

Fn001

Fn001013C

FERX

15S_V2.1D

003AR

12

34

56

78

22

mho22103R

703RW01/1

mho22

2

3 4

5 6

7 8

253C

Fn001

22

103AR

1

Fn001

V52

413C

Fn001143C

Fn001423C

FERX

FERX

Fn001703C

FERX

22303AR

12

34

56

78

FERX

Fn001903C

Fn001433C

Fn001

FERX

903R mho22

FERX

FERX

173C

B

Fn001733C

-003DB

933C

Fn001

FERX

FERX

W01/1

093R mho0

403AR12

34

56

78

543C

22

W01/1

FERX

Fn001

81G65_QD_RDS_BP

91G75_QD_RDS_BP

02G85_QD_RDS_BP

95_QD_RDS_BP81H

723R mhoK1

9D62_QD_RDS_BP

71E94_QD_RDS_BP

81E05_QD_RDS_BP

91E15_QD_RDS_BP

02E25_QD_RDS_BP

91F35_QD_RDS_BP

02F45_QD_RDS_BP

71G55_QD_RDS_BP

53_QD_RDS_BP61D

71D54_QD_RDS_BP

81D64_QD_RDS_BP

91D74_QD_RDS_BP

84_QD_RDS_BP02D

0_QD_RDS_BP3D

21_QD_RDS_BP5D

91_QD_RDS_BP7D

5C31_QD_RDS_BP

61_QD_RDS_BP6C

02_QD_RDS_BP7C

32_QD_RDS_BP8C

9C72_QD_RDS_BP

11D6_RDDA_RDS_OP

21D01_RDDA_RDS_OP

41DNSAR_RDS_OP

41CMQD_RDS_OP

13_QD_RDS_BP51C

43_QD_RDS_BP61C

83_QD_RDS_BP71C

91C34_QD_RDS_BP

1_QD_RDS_BP2C

02C44_QD_RDS_BP

9_QD_RDS_BP4C

71_QD_RDS_BP6B

12_QD_RDS_BP7B

42_QD_RDS_BP8B

82_QD_RDS_BP9B

2_QD_RDS_BP1C

01C0_RDDA_RDS_OP

11C5_RDDA_RDS_OP

9_RDDA_RDS_OP21C

33_QD_RDS_BP61B

73_QD_RDS_BP71B 81B

04_QD_RDS_BP

5_QD_RDS_BP2B

02B24_QD_RDS_BP

7_QD_RDS_BP3B

01_QD_RDS_BP4B

41_QD_RDS_BP5B

92_QD_RDS_BP9A

1B3_QD_RDS_BP

01B1_RDDA_RDS_OP

11B4_RDDA_RDS_OP

21B8_RDDA_RDS_OP

31B1_AB_RDS_OP

OKLC_RDS_OP41B

03_QD_RDS_BP51B

14_QD_RDS_BP91A

2A6_QD_RDS_BP

8_QD_RDS_BP3A

11_QD_RDS_BP4A

51_QD_RDS_BP5A

81_QD_RDS_BP6A

22_QD_RDS_BP7A

52_QD_RDS_BP8A

11A3_RDDA_RDS_OP

21A7_RDDA_RDS_OP

31A0_AB_RDS_OP

NSAC_RDS_OP41A

51ANEW_RDS_OP

23_QD_RDS_BP61A

63_QD_RDS_BP71A

81A93_QD_RDS_BP

15PDS

1-003CI

4_QD_RDS_BP1A

01A2_RDDA_RDS_OP

713AR

1 2

3 4

5 6

7 8

843C

Fn001

22

303R

2

34

56

78

mho74

603AR 22

1

22613AR12

34

56

78

)3(C_ABLA_S

)4(C_ABLA_S

)5(C_ABLA_S

)6(C_ABLA_S

)7(C_ABLA_S

SH_ABLA_S

FERX

mho22013R)7(R_CT_S

)8(R_CT_S

)9(R_CT_S KLC_ABLA_S

SV_ABLA_S

)0(Y_ABLA_S

)1(Y_ABLA_S

)2(Y_ABLA_S

)3(Y_ABLA_S

)4(Y_ABLA_S

)5(Y_ABLA_S

)6(Y_ABLA_S

)7(Y_ABLA_S

OTSRn

)0:7(Y_ABLA_S

)0:7(C_ABLA_S

)0(C_ABLA_S

)1(C_ABLA_S

)2(C_ABLA_S

)45(QD_RDS_BP_S

)55(QD_RDS_BP_S

)65(QD_RDS_BP_S

)75(QD_RDS_BP_S

)85(QD_RDS_BP_S

)95(QD_RDS_BP_S

)3(RDDA_RDS_OP_S

)4(RDDA_RDS_OP_S

)5(RDDA_RDS_OP_S

)6(RDDA_RDS_OP_S

)7(RDDA_RDS_OP_S

)8(RDDA_RDS_OP_S

)9(RDDA_RDS_OP_S

OKLC_RDS_OP_S

MQD_RDS_OP_S

)83(QD_RDS_BP_S

)93(QD_RDS_BP_S

)04(QD_RDS_BP_S

)14(QD_RDS_BP_S

)24(QD_RDS_BP_S

)34(QD_RDS_BP_S

)44(QD_RDS_BP_S

)54(QD_RDS_BP_S

)4(RDDA_RDS_OP_S

)5(RDDA_RDS_OP_S

)6(RDDA_RDS_OP_S

)7(RDDA_RDS_OP_S

)8(RDDA_RDS_OP_S

)9(RDDA_RDS_OP_S

OKLC_RDS_OP_S

MQD_RDS_OP_S

)8(QD_RDS_BP_S

)9(QD_RDS_BP_S

)01(QD_RDS_BP_S

)11(QD_RDS_BP_S

)21(QD_RDS_BP_S

)31(QD_RDS_BP_S

)41(QD_RDS_BP_S

)51(QD_RDS_BP_S

)0(RDDA_RDS_OP_S

SV_CT_S

SH_CT_S

ONED_15S

OCNYSH_15S

OCNYSV_15S

OKLC_15S

)42(QD_RDS_BP_S

)52(QD_RDS_BP_S

)62(QD_RDS_BP_S

)72(QD_RDS_BP_S

)82(QD_RDS_BP_S

)92(QD_RDS_BP_S

)3(RDDA_RDS_OP_S

)8(RP_15S

)8(BP_15S

)9(BP_15S

)9:0(BP_15S

)9:0(Y_15S

)9:0(RP_15S

A_LCS

A_ADS

15S_M72

NSAC_RDS_OP_S

MQD_RDS_OP_S

NSAR_RDS_OP_S

NEW_RDS_OP_S

OKLC_RDS_OP_S

)9(Y_15S

)7(Y_15S

)5(Y_15S

)3(Y_15S

)1(Y_15S

)7(BP_15S

)5(BP_15S

)3(BP_15S

)1(BP_15S

)0(BP_15S

)2(BP_15S

)4(BP_15S

)6(BP_15S

)0(Y_15S

)2(Y_15S

)4(Y_15S

)6(Y_15S

)8(Y_15S

)0(RP_15S

)2(RP_15S

)4(RP_15S

)6(RP_15S

)9(G_CT_S

)8(G_CT_S

)7(G_CT_S

)6(G_CT_S

)4(G_CT_S

)5(G_CT_S

)3(G_CT_S

)2(G_CT_S

)1(G_CT_S

)0(G_CT_S)9:0(G_CT_S

)6(R_CT_S

)5(R_CT_S

)4(R_CT_S

)3(R_CT_S

)2(R_CT_S

)1(R_CT_S

)0(R_CT_S)9:0(R_CT_S

)9(RP_15S

)7(RP_15S

)5(RP_15S

)3(RP_15S

)1(RP_15S

)74(QD_RDS_BP_S

)04(QD_RDS_BP_S

)14(QD_RDS_BP_S

)24(QD_RDS_BP_S

)34(QD_RDS_BP_S

)93(QD_RDS_BP_S

)83(QD_RDS_BP_S

)73(QD_RDS_BP_S

)63(QD_RDS_BP_S

)95:0(QD_RDS_BP_S

)9(B_CT_S

)8(B_CT_S

)7(B_CT_S

)6(B_CT_S

)5(B_CT_S

)4(B_CT_S

)3(B_CT_S

)2(B_CT_S

)1(B_CT_S

)0(B_CT_S)9:0(B_CT_S

)23(QD_RDS_BP_S

)65(QD_RDS_BP_S

)75(QD_RDS_BP_S

)85(QD_RDS_BP_S

)95(QD_RDS_BP_S

)25(QD_RDS_BP_S

)35(QD_RDS_BP_S

)45(QD_RDS_BP_S

)55(QD_RDS_BP_S

)84(QD_RDS_BP_S

)94(QD_RDS_BP_S

)05(QD_RDS_BP_S

)15(QD_RDS_BP_S

)44(QD_RDS_BP_S

)54(QD_RDS_BP_S

)64(QD_RDS_BP_S

)1:0(AB_RDS_OP_S

)7(QD_RDS_BP_S

)6(QD_RDS_BP_S

)5(QD_RDS_BP_S

)4(QD_RDS_BP_S

)3(QD_RDS_BP_S

)2(QD_RDS_BP_S

)1(QD_RDS_BP_S

)0(QD_RDS_BP_S

)35(QD_RDS_BP_S

)15(QD_RDS_BP_S

)05(QD_RDS_BP_S

)84(QD_RDS_BP_S

)74(QD_RDS_BP_S

)64(QD_RDS_BP_S

)13(QD_RDS_BP_S

)33(QD_RDS_BP_S

)43(QD_RDS_BP_S

)23(QD_RDS_BP_S

)25(QD_RDS_BP_S

)94(QD_RDS_BP_S

)13(QD_RDS_BP_S

)03(QD_RDS_BP_S

)53(QD_RDS_BP_S

)43(QD_RDS_BP_S

)33(QD_RDS_BP_S

)41(QD_RDS_BP_S

)31(QD_RDS_BP_S

)21(QD_RDS_BP_S

)11(QD_RDS_BP_S

)01(QD_RDS_BP_S

)9(QD_RDS_BP_S

)8(QD_RDS_BP_S

)7(QD_RDS_BP_S

)6(QD_RDS_BP_S

)5(QD_RDS_BP_S

)4(QD_RDS_BP_S

)3(QD_RDS_BP_S

)2(QD_RDS_BP_S

)1(QD_RDS_BP_S

)0(QD_RDS_BP_S

KLCP_CT_S

)01:0(RDDA_RDS_OP_S)01(RDDA_RDS_OP_S

)92(QD_RDS_BP_S

)82(QD_RDS_BP_S

)72(QD_RDS_BP_S

)62(QD_RDS_BP_S

)52(QD_RDS_BP_S

)42(QD_RDS_BP_S

)32(QD_RDS_BP_S

)22(QD_RDS_BP_S

)12(QD_RDS_BP_S

)02(QD_RDS_BP_S

)91(QD_RDS_BP_S

)81(QD_RDS_BP_S

)71(QD_RDS_BP_S

)61(QD_RDS_BP_S

)51(QD_RDS_BP_S

)0(AB_RDS_OP_S

)1(AB_RDS_OP_S

)1(RDDA_RDS_OP_S

)2(RDDA_RDS_OP_S

)3(RDDA_RDS_OP_S

)4(RDDA_RDS_OP_S

)5(RDDA_RDS_OP_S

)6(RDDA_RDS_OP_S

)7(RDDA_RDS_OP_S

)8(RDDA_RDS_OP_S

)9(RDDA_RDS_OP_S

)95:0(QD_RDS_BP_S

NEW_RDS_OP_S

NSAR_RDS_OP_S

MQD_RDS_OP_S

)32(QD_RDS_BP_S

)22(QD_RDS_BP_S

)12(QD_RDS_BP_S

)02(QD_RDS_BP_S

)91(QD_RDS_BP_S

)81(QD_RDS_BP_S

)71(QD_RDS_BP_S

)61(QD_RDS_BP_S

NSAC_RDS_OP_S

)1(AB_RDS_OP_S

)1:0(AB_RDS_OP_S

)0(AB_RDS_OP_S

)01:0(RDDA_RDS_OP_S

)1:0(AB_RDS_OP_S

)2(RDDA_RDS_OP_S

)1(RDDA_RDS_OP_S

)0(RDDA_RDS_OP_S

)01(RDDA_RDS_OP_S

)1(AB_RDS_OP_S

)0(AB_RDS_OP_S

)03(QD_RDS_BP_S

NSAR_RDS_OP_S

NSAC_RDS_OP_S

NEW_RDS_OP_S

MQD_RDS_OP_S

)73(QD_RDS_BP_S

)63(QD_RDS_BP_S

)53(QD_RDS_BP_S

)01(RDDA_RDS_OP_S

)0(RDDA_RDS_OP_S

)1(RDDA_RDS_OP_S

)2(RDDA_RDS_OP_S

ED_CT_S

10-6

Schematic Diagram

Samsung Electronics


10-1-6 Sub SDP51

PowerSignal

NOITPO

25PDS

)W/R( 8A/9A : RDDA C2I

FERX

FERX

Fp033

0404C

mho22494R

W01/1

W01/1

0849U mho22

mho22294R

W01/1

W01/1

394R mho22

mho001594R

W01/1

834C

Fn001

V52

V52

Fn001

994C

mho22874R

W01/1

W01/1

974R mho22

mho22674R

W01/1

W01/1

774R mho22

014C

Fn001

V52

W01/1

784R mho22

mho22684R

W01/1

mho22484R

W01/1

W01/1

584R mho22

FERX

W01/1

814R mho0

FERX

V05304C Fn1

W01/1

1849U mho22

7 8

Fn5.11404C

W61/1

1 2

3 4

5 6

1 2

3 4

5 6

7 8

mho22

574R

5 6

7 8 W61/1

374R

mho22mho22

274R

W61/1

1 2

3 4

W61/1

074R

mho22

1 2

3 4

5 6

7 8

mho22384R

W01/1

284R mho22

mho22184R

W01/1

W01/1

7 8

W01/1

084R mho22

W61/1

1 2

3 4

5 6

1 2

3 4

5 6

7 8

mho22

164R

W61/1

064R

mho22

4104C

Fn001

V52

mho22194R

W01/1

V61

Fu28

894C

W01/1

094R mho22

064C

Fn001

V52

25PDS_V2.1D

W01/1

524R mho0

12

FERX

mho222849U

W01/1

4349U

FERX

554C

mho0324R

W01/1

934R

mhoK1

W01/1

25PDS_V5.2D

V01

Fu001

304R mho22

244C

Fn001

V52

FERX

W01/1

V52

Fn001

084C 984C

Fn001

V52

Fn001

V52

Fn5.1004CV05

694C

mho22994R

W01/1

mho22984R

W01/1

W01/1

3849U mho22

W01/1

424R mho0

W01/1

884R mho22

224C

Fn001

V52

FERX

1 2

3 4

5 6

7 8

4

5 6

7 8

mho22

864R

W61/1

W61/1

664R

mho22

1 2

3

1 2

3 4

5 6

7 8

2

3 4

5 6

7 8

mho22

464R

W61/1

W61/1

264R

mho22

1

104LA121R2102ZMM

Fn001

V52

305DB

A003S2102ZPM

2104C

V52

Fn001

8204C

FERX

V52

Fn001

5104C

814CFu01

V61

FERX

V01

Fu001

714C

V52

Fn001

764C

25PDS_V2.1D

FERX

FERX

FERX

V52

Fn001

374C

2004C

V52

Fn001

364C

V2.1_EIND

FERX

V52

Fn001

V52

Fn001

034C

FERX

474C

Fn001

V52 V52

Fn001

484C 584C

Fn001

V52

25PDS_V5.2D

834R

mhoK1

W01/1

614R mho0

FERX

V52

Fn001

3104C

FERX

W01/1

mho227121R

W01/1

V52

Fn001

594C

6

7 8

214R

W61/1

1 2

3 4

5 mho22

V52

Fn001

454C

414C

Fn001

V52

V52

Fn001

1004C

524C

Fn001

V52

FERX

mho001

FERX

FERX

FERX

mhoK74714R

W01/1

W01/1

804R

V3.6Fu021294C

W01/1

824R mho0

7 8

054R

mhoK01

W61/1

434R

mho22

1 2

3 4

5 6

FERX

FERX

W01/1

024R mho22

864C

Fn001

V52 V52

Fn001

964C

124DB

A003S2102ZPM

9004C

Fn001

V52

mho22914R

W01/1

V52

Fn001

314C

mho0624R

W01/1

A003S2102ZPM

024DB

V52

Fn001

094C

134C

Fn001

V52

614C

Fn001

V52

V52

Fn001

874C

W01/1

mhoK1

044R

V52

Fn001

624C

384C

Fn001

V52

Fn001

934C

FERX

FERX

FERX

V52

mhoK11

154R

W01/1

Fn01

194C

BV21

mho0924R

W01/1

5BF

PMOC6

7NE

8SS

1DNGM

V52

Fn001

514C

ND3851PM

SB1

NI2

WS3

4DNG

V52

Fn001

1204C

504CI

8

V61Fn001394C

1 2

3 4

5 6

7

mho22

134R

W61/1

FERX

V52

Fn001

904C

V52

Fn001

174C

DNG3

4NILATX

5TUOLATX

6FUBX

DKLC7

8 KLCUPC 9BKLC

AKLC01

11DNG

0S21

311S

DDV41

PS/,2S51

61EO,DS/

DDV2

014CI39322YC

CKLC1

944C

Fn001

V52

W01/1

224R mho22

TDC52FL

304CI

I1

G

2

3O

FERX

25PDS_V2.1D

V52

Fn001

8004C

25PDS_V2.1D

mho001034R

W01/1

2204C

Fn001

V52 V52

Fn001

0304C

574C

Fn001

V52

424C

Fu001

V01

FERX

W01/1

794R mho33

mho0414R

W01/1

V52

Fn001

254C

V61Fu01

6104C

7004C

Fn001

V52

FERX

V05604C Fn21

FERX

25PDS_V2.1D

FERX

044C

Fn001

V52

V52

Fn001

844C

FERX

FERX

FERX

FERX

mho0114R

W01/1

8104C

Fn001

V52

V52

Fn001

6004C

W01/1

694R mho001

43KS5349U

V61Fu001494C

774C

Fn001

V52

FERX

7104C

Fn001

V52

V52

Fn001

684C

V52

Fn001

564C

mho22404R

W01/1

FERX

W01/1

104R mhoK1.9

9204C

Fn001

V52

25PDS_V3.3D

25PDS_V5.2D

W01/1

014R mhoK74

V52

Fn001

734C

V05

794CFn01

5 6

7 8

FERX

W61/1

504R

mho22

1 2

3 4

W01/1

894RmhoK7.4

0004CFu01

V61

W01/1

mhoK1

734R

1104C

Fn001

V52

6204C

Fn001

V52 V52

Fn001

7204C

W01/1

124R mho0 FERX

3004C

Fn001

V52 V52

Fn001

4004C

Fn001

444C

274C

Fn001

V52

V52

mho22634R

W01/1

W01/1

534R mho22

5004C

Fn001

V52

674C

FERX

FERX

464C

Fn001

V52

25PDS_V5.2D

V52

Fn001

744C

4204C

Fn001

V52

V52

Fn001

V52

Fn001

3204C

V52

Fn001

954C

25PDS_V5.2D

FERX

V52

Fn001

914C

V52

Fn001

5204C

25PDS_V5.2D

1304C

Fn001

V52

544C

Fn001

V52

V52

Fn001

324C

97

97

DQ

0D

Q0

98

98

DQ

1D

Q1

99

99

VS

SQ

VS

SQ

V52

Fn001

114C

961QD

90

90

NC

NC

91

91

NC

NC

92

92

VS

SQ

VS

SQ

93

93

RF

UR

FU

94

94

DQ

SD

QS

95

95

VD

DQ

VD

DQ

96

96

VD

DV

DD

82

82

VS

SQ

VS

SQ

83

83

DQ

30

DQ

30

84

84

DQ

31

DQ

31

85

85

VS

SV

SS

86

86

VD

DQ

VD

DQ

87

87

NC

NC

88

88

NC

NC

89

89

NC

NC

5752QD

67QSSV

7762QD

8772QD

97QDDV

8QDDV

0882QD

81

81

DQ

29

DQ

29

8621QD

9631QD

77QD

07QSSV

1741QD

2751QD

37QDDV

4742QD

068QD

169QD

26QSSV

3601QD

4611QD

56DDV

66SSV

76QDDV

35EKC

45KC/

55KC

651MD

753MD

85FERV

95QDDV

66QD

45

45

VS

SV

SS

46

46

A4

A4

47

47

A5

A5

48

48

A6

A6

49

49

5QSSV

A7

A7

50

50

158A,PA

25LCM

NC

NC

39

39

45QD

NC

NC

40

40

NC

NC

41

41

NC

NC

42

42

NC

NC

43

43

NC

NC

44

44

A9

A9

03

A0

A0

31

31

A1

A1

32

32

A2

A2

33

33

A3

A3

34

34

VD

DV

DD

35

35

A10

A1

036

36

A11

A1

137

37

38

38

NC

NC

422MD

52EW/

SAC/62

SAR/72

SC/82

0AB92

34QD

1AB

7102QD

8112QD

91QSSV

2QDDV

0222QD

1232QD

22QDDV

320MD

0171QD

100

100

DQ

2D

Q2

11QSSV

2181QD

3191QD

41QDDV

51DDV

61SSV

204CI

05CQ-D832362D4K

13QD

354C

Fn001

V52

FERX

264C

Fn001

V52

25PDS_V5.2D

V52

Fn001

9104C

FERX

214C

Fn001

V52

V05404C Fn51

mhoK74314R

W01/1

074C

Fn001

V52

Fn001

V52

FERX

804C

644C

Fn001

V52

A003S2102ZPM

204L

FERX

25PDS_V3.3D

W01/1

604R mhoK74

634C

Fn001

V52

334C

Fu001

V01

W01/1

234R mho0

W01/1

904R mho0

Fn001

V52

V52

Fn001

284C

7 8

854C

W61/1

204R

mho22

1 2

3 4

5 6

25PDS_V3.3D

184C

Fn001

V52

FERX

A121R2102ZMM004L

FERX

V52

Fn001

3839U 924C

Fn001

V52

4839U

Fn001

V52

V61Fu01434C

V52

Fn001

884C784C

Fn001

V52

FERX

25PDS_V3.3D

DQ

SD

QS

94

94

VD

DQ

VD

DQ

95

95

VD

DV

DD

96

96

DQ

0D

Q0

97

97

DQ

1D

Q1

98

98

VS

SQ

VS

SQ

99

99

FERX

NC

NC

87

87

NC

NC

88

88

NC

NC

89

89

61QD9

NC

NC

90

90

NC

NC

91

91

VS

SQ

VS

SQ

92

92

RF

UR

FU

93

93

QDDV8

82QD08

DQ

29

DQ

29

81

81

VS

SQ

VS

SQ

82

82

DQ

30

DQ

30

83

83

DQ

31

DQ

31

84

84

VS

SV

SS

85

85

VD

DQ

VD

DQ

86

86

51QD27

QDDV37

42QD47

52QD57

QSSV67

62QD77

72QD87

QDDV97

DDV56

SSV66

QDDV76

21QD86

31QD96

7QD7

QSSV07

41QD17

FERV85

QDDV95

6QD6

8QD06

9QD16

QSSV26

01QD36

11QD46

50

50

A7

A7

8A,PA15

LCM25

EKC35

KC/45

KC55

1MD65

3MD75

43

43

NC

NC

44

44

NC

NC

45

45

A9

A9

46

46

VS

SV

SS

47

47

A4

A4

48

48

A5

A5

49

49

A6

A6

QSSV5

36

36

A10

A10

37

37

A11

A11

NC

NC

38

38

39

39

NC

NC

5QD4

40

40

NC

NC

41

41

NC

NC

42

42

NC

NC

920AB

4QD3

031AB

31

31

A0

A0

32

32

A1

A1

33

33

A2

A2

34

34

A3

A3

35

35

VD

DV

DD

32QD12

QDDV22

0MD32

2MD42

EW/52

62SAC/

72SAR/

82SC/

QDDV41

DDV51

SSV61

02QD71

12QD81

QSSV91

QDDV2

22QD02

05CQ-D832362D4K

104CI

3QD1

71QD01

DQ

2D

Q2

100

100

QSSV11

81QD21

91QD31

3 4

5 6

7 8

mho22

004R

W61/1

1 2

25PDS_V5.2D

mho0724R

W01/1

FERX

V52

Fn001

164C

V52

Fn001

754C654CFu01

V61

V52

Fn001

824C

V52

Fn001

144C

V05504C Fn8.1

W01/1

514R mhoK74

V52

Fn001

0104C

V52

Fn001

124C

mhoK74704R

W01/1

25PDS_V3.3D

024C

Fn001

V52

724C

Fn001

V52

FERX

Fn1204CV05

664C

Fn001

V52

974C

Fn001

V52

FERX

0204C

Fn001

V52

334R mho0

Fn8.1704CV05

)2(D_L_VD

)3(D_L_VD

)92(D_L_VD

)82(D_L_VD

)72(D_L_VD

)5(D_L_VD

)4(D_L_VD

)13(D_L_VD

)03(D_L_VD

)62(D_L_VD

)52(D_L_VD

)42(D_L_VD

)32(D_L_VD

)9(D_L_VD

)8(D_L_VD

)7(D_L_VD

)6(D_L_VD

W01/1

)7(BP_15M

)0(BP_15M

)1(BP_15M

)2(BP_15M

)9(RP_15S

)8(RP_15S

)7(RP_15S

)6(RP_15S

)4(RP_15S

)3(RP_15S

)2(RP_15S

)1(RP_15S

)5(RP_15S

)0(RP_15S

)9(Y_15S

)8(Y_15S

)6(Y_15S

)5(Y_15S

)4(Y_15S

)21(D_L_VD

)31(D_L_VD

)41(D_L_VD

)51(D_L_VD

)61(D_L_VD

)71(D_L_VD

)81(D_L_VD

)91(D_L_VD

)22(D_L_VD

)12(D_L_VD

)02(D_L_VD

)4(BP_15S

)3(BP_15S

)2(BP_15S

)1(BP_15S

)0(BP_15S

)9(RP_15M

)8(RP_15M

)7(RP_15M

)6(RP_15M

)5(RP_15M

)4(RP_15M

)3(RP_15M

)2(RP_15M

)1(RP_15M

)0(RP_15M

)9(Y_15M

)6(Y_15M

)7(Y_15M

)8(Y_15M

)1(Y_15M

)2(Y_15M

)3(Y_15M

)4(Y_15M

)5(Y_15M

)8(BP_15M

)9(BP_15M

)0(Y_15M

)3(BP_15M

)4(BP_15M

)5(BP_15M

)6(BP_15M

SQD_L_VD

SQD_H_VD

)6(A_VD

)5(A_VD

)2(A_VD

)01(A_VD

)7(A_VD

)4(A_VD

)1(A_VD

)11(A_VD

)8(A_VD

)9(A_VD

)0(A_VD

)3(A_VD

L_FERV_MEM

)7(Y_15S

)3(Y_15S

)2(Y_15S

)1(Y_15S

)0(Y_15S

ABLA_KLC25PDS

EIND_KLC25PDS

)5(BP_15S

)6(BP_15S

)7(BP_15S

)8(BP_15S

)9(BP_15S

DV

_H

_D

(29)

DV

_H

_D

(29

)

SV_25PDS

KCn_VD

KC_VD

EWn_VD

SARn_VD

SCn_VD

SACn_VD

1AB_VD

0AB_VD

TNI_25PDSn

25_M72

LLP_25_M72 PEE_LCSPEE_ADS

)8(A_VD

KCn_VD

KC_VD

H_FERV_MEM

)8(D_H_VD

)9(D_H_VD

)01(D_H_VD

)11(D_H_VD

)21(D_H_VD

)31(D_H_VD

)41(D_H_VD

)51(D_H_VD

)42(D_H_VD

)52(D_H_VD

)62(D_H_VD

)72(D_H_VD

)82(D_H_VD

DV

_H

_D

(2)

DV

_H

_D

(2)

DV

_H

_D

(1)

DV

_H

_D

(1)

DV

_H

_D

(0)

DV

_H

_D

(0)

DV

_H

_D

QS

DV

_H

_D

QS

DV

_H

_D

(31)

DV

_H

_D

(31

)

DV

_H

_D

(30)

DV

_H

_D

(30

)

)72(D_L_VD

)82(D_L_VD

DV

_L_D

(2)

DV

_L_

D(2

)

DV

_L_D

(1)

DV

_L_

D(1

)

DV

_L_D

(0)

DV

_L_

D(0

)

DV

_L_D

QS

DV

_L_

DQ

S

DV

_L_D

(31)

DV

_L_

D(3

1)

DV

_L_D

(30)

DV

_L_

D(3

0)

DV

_L_D

(29)

DV

_L_

D(2

9)

H_FERV_MEM

DV

_A

(0)

DV

_A

(0)

DV

_A

(1)

DV

_A

(1)

DV

_A

(2)

DV

_A

(2)

DV

_A

(3)

DV

_A

(3)

DV

_A

(10)

DV

_A

(10)

DV

_A

(11)

DV

_A

(11)

DV

_A

(9)

DV

_A

(9)

DV

_A

(4)

DV

_A

(4)

DV

_A

(5)

DV

_A

(5)

DV

_A

(6)

DV

_A

(6)

DV

_A

(7)

DV

_A

(7)

DV

_A

(1)

DV

_A

(1)

DV

_A

(2)

DV

_A

(2)

DV

_A

(3)

DV

_A

(3)

DV

_A

(10)

DV

_A

(10)

DV

_A

(11)

DV

_A

(11)

DV

_A

(9)

DV

_A

(9)

DV

_A

(4)

DV

_A

(4)

DV

_A

(5)

DV

_A

(5)

DV

_A

(6)

DV

_A

(6)

DV

_A

(7)

DV

_A

(7)

)8(A_VD

KCn_VD

KC_VD

L_FERV_MEM

)8(D_L_VD

)9(D_L_VD

)01(D_L_VD

)11(D_L_VD

)21(D_L_VD

)31(D_L_VD

)41(D_L_VD

)51(D_L_VD

)42(D_L_VD

)52(D_L_VD

)62(D_L_VD

OCNYSH_15M

OCNYSV_15M

OCNYSV_15S

25PDS_LCS

OTSRn

SH_25PDS

]11:0[A_VD

)6(OG_25PDS

)7(OG_25PDS

)8(OG_25PDS

)9(OG_25PDS

)1(OG_25PDS

)6(OB_25PDS

)7(OB_25PDS

)8(OB_25PDS

)9(OB_25PDS

)1(OB_25PDS

)6(OR_25PDS

)7(OR_25PDS

)8(OR_25PDS

)9(OR_25PDS

)1(OR_25PDS

DV

_A

(0)

DV

_A

(0)

)01(D_L_VD

)02(D_H_VD

)01(D_H_VD

)22(D_H_VD

)42(D_H_VD

)71(D_H_VD

)6(D_H_VD

)4(D_H_VD

)91(D_H_VD

)32(D_H_VD

)9(D_H_VD

)51(D_H_VD

)7(D_H_VD

)5(D_H_VD

)21(D_H_VD

)1(D_L_VD

)12(D_H_VD

)8(D_H_VD

)41(D_H_VD

)2(D_H_VD

)0(D_H_VD

)3(D_H_VD

)11(D_H_VD

)81(D_H_VD

)61(D_H_VD

)1(D_H_VD

)31(D_H_VD

)0(D_L_VD

25PDS_ADS

OKLC_15M

ONED_15M

OCNYSH_15S

EWn_VD

SACn_VD

SARn_VD

SCn_VD

0AB_VD

)4(D_H_VD

1AB_VD

)5(D_H_VD

)6(D_H_VD

)7(D_H_VD

)61(D_H_VD

]11:0[A_VD

]13:0[D_L_VD ]13:0[D_H_VD

]13:0[D_L_VD

]13:0[D_H_VD

)92(D_H_VD

)72(D_H_VD

)03(D_H_VD

)11(D_L_VD

)82(D_H_VD

)52(D_H_VD

)62(D_H_VD

)13(D_H_VD

)71(D_L_VD

)81(D_L_VD

)91(D_L_VD

)02(D_L_VD

)12(D_L_VD

)22(D_L_VD

)32(D_L_VD

)4(D_L_VD

)5(D_L_VD

)6(D_L_VD

)7(D_L_VD

)61(D_L_VD

]11:0[A_VD

1AB_VD

0AB_VD

SCn_VD

SARn_VD

SACn_VD

EWn_VD

)3(D_H_VD

)71(D_H_VD

)81(D_H_VD

)91(D_H_VD

)02(D_H_VD

)12(D_H_VD

)22(D_H_VD

)32(D_H_VD

ONED_15S

OKLC_15S

]9:0[Y_15M

]9:0[Y_15S

]9:0[RP_15M

]9:0[RP_15S

]9:0[BP_15M

]9:0[BP_15S

)5(OG_25PDS

)4(OG_25PDS

)3(OG_25PDS

)2(OG_25PDS

)0(OG_25PDS

)5(OB_25PDS

)4(OB_25PDS

)3(OB_25PDS

)2(OB_25PDS

)0(OB_25PDS

)5(OR_25PDS

)4(OR_25PDS

)3(OR_25PDS

)2(OR_25PDS

)0(OR_25PDS

]9:0[OR_25PDS

]9:0[OB_25PDS

]9:0[OG_25PDS

)3(D_L_VD

Samsung Electronics

Schematic Diagram

10-7


10-1-7 SDP52

PowerSignal

NOITPO

)W/R( EC/FC : RDDA C2I

4eIND

RELLORTNOC TNERRUC HTAP TUPTUO 4EIND

NOITPO

NOITPO

705R mho0

Fn001545C

3W

1Y20TUO_R_ATADB_O

10TUO_R_ATADB_O2Y

42Y20B_TUOATAD_CNESRT_TSOPRNF_O

52Y30B_TUOATAD_CNESRT_TSOPRNF_O

40B_TUOATAD_CNESRT_TSOPRNF_O62Y

3Y00TUO_R_ATADB_O

4YKLCVID_TUO_O

3V

4V60TUO_R_ATADB_O

50TUO_R_ATADB_O1W

2W40TUO_R_ATADB_O

80G_TUOATAD_CNESRT_TSOPRNF_O32W

90G_TUOATAD_CNESRT_TSOPRNF_O42W

00B_TUOATAD_CNESRT_TSOPRNF_O52W

10B_TUOATAD_CNESRT_TSOPRNF_O62W

30TUO_R_ATADB_O

62U

01TUO_R_ATADB_O3U

1V90TUO_R_ATADB_O

2V80TUO_R_ATADB_O

32V40G_TUOATAD_CNESRT_TSOPRNF_O


60G_TUOATAD_CNESRT_TSOPRNF_O52V


70TUO_R_ATADB_O

00G_TUOATAD_CNESRT_TSOPRNF_O62T

41TUO_R_ATADB_O3T

4T31TUO_R_ATADB_O

21TUO_R_ATADB_O1U

2U11TUO_R_ATADB_O

42U10G_TUOATAD_CNESRT_TSOPRNF_O

20G_TUOATAD_CNESRT_TSOPRNF_O52U

30G_TUOATAD_CNESRT_TSOPRNF_O

32R50R_TUOATAD_CNESRT_TSOPRNF_O

42R



3R71TUO_R_ATADB_O

61TUO_R_ATADB_O1T

2T51TUO_R_ATADB_O

80R_TUOATAD_CNESRT_TSOPRNF_O42T

90R_TUOATAD_CNESRT_TSOPRNF_O52T

20TUO_G_ATADB_O

2P10TUO_G_ATADB_O

10R_TUOATAD_CNESRT_TSOPRNF_O42P

52P20R_TUOATAD_CNESRT_TSOPRNF_O

62P30R_TUOATAD_CNESRT_TSOPRNF_O

00TUO_G_ATADB_O3P

1R91TUO_R_ATADB_O

81TUO_R_ATADB_O2R

40R_TUOATAD_CNESRT_TSOPRNF_O

90TUO_G_ATADB_O

80TUO_G_ATADB_O3M

70TUO_G_ATADB_O4M

1N60TUO_G_ATADB_O

2N50TUO_G_ATADB_O

62N00R_TUOATAD_CNESRT_TSOPRNF_O

40TUO_G_ATADB_O3N

30TUO_G_ATADB_O4N

1P

4J61TUO_G_ATADB_O

1K

2K51TUO_G_ATADB_O

3K41TUO_G_ATADB_O

31TUO_G_ATADB_O1L

21TUO_G_ATADB_O2L

11TUO_G_ATADB_O3L

1M01TUO_G_ATADB_O

2M

40TUO_B_ATADB_O4G

1H30TUO_B_ATADB_O

2H20TUO_B_ATADB_O

10TUO_B_ATADB_O3H

00TUO_B_ATADB_O1J

91TUO_G_ATADB_O2J

3J81TUO_G_ATADB_O

71TUO_G_ATADB_O

21TUO_B_ATADB_O3E

4E11TUO_B_ATADB_O

1F01TUO_B_ATADB_O

90TUO_B_ATADB_O2F

80TUO_B_ATADB_O3F

1G70TUO_B_ATADB_O

2G60TUO_B_ATADB_O

50TUO_B_ATADB_O3G

81DA

02EARETLIF_UMM_LLP_O

1B91TUO_B_ATADB_O

1C81TUO_B_ATADB_O

71TUO_B_ATADB_O2C

61TUO_B_ATADB_O1D

2D51TUO_B_ATADB_O

41TUO_B_ATADB_O1E

31TUO_B_ATADB_O2E

GNIMID_ANAB_O

2BAGNIMID_MWPB_O

KLCTUO_RN_O32BA

42BATUOH_CNESRT_TSOPRNF_O

52BA90B_TUOATAD_CNESRT_TSOPRNF_O

62BA80B_TUOATAD_CNESRT_TSOPRNF_O

KLC_TUO_O4BA

42CATUOV_CNESRT_TSOPRNF_O

RETLIF_0801P_LLP_O

3-005CI

4EIND

TUOTSOP_NE_ATADB_O1AA

TUOTSOP_CNYS_HB_O2AA

50B_TUOATAD_CNESRT_TSOPRNF_O42AA

52AA60B_TUOATAD_CNESRT_TSOPRNF_O

70B_TUOATAD_CNESRT_TSOPRNF_O62AA

3AATUOTSOP_CNYS_VB_O

1BA

405C Fn8.1

0ohm

0ohm

R5

24

R5

24

1/1

0W

1/1

0W

215C Fn001

1/1

0W

1/1

0W

R5

23

R5

23

0ohm

0ohm

W01/1225R mhoK7.4

V05

Fp51

505C

425C Fn001

725C Fn001

V05

205CFn1

W01/1025R mhoK7.4

345C Fn001

925C Fn001

mho0515R

W01/1

0ohm

0ohm

R5

26

R5

26

1/1

0W

1/1

0W

V2.1_EIND

Fn001335C

V2.1_LLP

355C Fn001

W01/19039U mhoK7.4

EIND_V3.3D

405R mho0

Fn001715C

Fn001255C

555C Fn001

435C Fn001

FERX

055C Fn001

mhoK7.4125R W01/1

Fn001325C

305PT1

EIND_V3.3D

mhoK7.4715R W01/1

Fn8.1305C

Fn001455C

mhoK7.4915R W01/1

mho22505R

W01/1

1/1

0W

1/1

0W

R5

27

R5

27

0ohm

0ohm

235C

805R mho0

Fn001

8C

42ATAD_MARDSF_B9C

00KNAB_MARDSF_O31D

51DKLC_MARDS_O

81D53ATAD_MARDSF_B

84ATAD_MARDSF_B22D

00ATAD_MARDSF_B3D

5D01ATAD_MARDSF_B

32ATAD_MARDSF_B9D

55ATAD_MARDSF_B

52C26ATAD_MARDSF_B

62C36ATAD_MARDSF_B

3C10ATAD_MARDSF_B

70ATAD_MARDSF_B4C

11ATAD_MARDSF_B5C

6C41ATAD_MARDSF_B

7C71ATAD_MARDSF_B

02ATAD_MARDSF_B

23ATAD_MARDSF_B71C

63ATAD_MARDSF_B81C

91C93ATAD_MARDSF_B

02C24ATAD_MARDSF_B

12C54ATAD_MARDSF_B

22C94ATAD_MARDSF_B

32C25ATAD_MARDSF_B

42C

8B12ATAD_MARDSF_B

52ATAD_MARDSF_B9B

72ATAD_MARDSF_B01C

11C03ATAD_MARDSF_B

SARN_MARDSF_O21C

10KNAB_MARDSF_O31C

41C20RDDA_MARDSF_O

51C50RDDA_MARDSF_O

80RDDA_MARDSF_O61C

42B

52B95ATAD_MARDSF_B

62B16ATAD_MARDSF_B

3B50ATAD_MARDSF_B

80ATAD_MARDSF_B4B

21ATAD_MARDSF_B5B

6B51ATAD_MARDSF_B

7B81ATAD_MARDSF_B

71B33ATAD_MARDSF_B

81B73ATAD_MARDSF_B

04ATAD_MARDSF_B91B

2B20ATAD_MARDSF_B

34ATAD_MARDSF_B02B

12B64ATAD_MARDSF_B

22B05ATAD_MARDSF_B

35ATAD_MARDSF_B32B

65ATAD_MARDSF_B

9A62ATAD_MARDSF_B

82ATAD_MARDSF_B01B

13ATAD_MARDSF_B11B

21BSACN_MARDSF_O

31B00RDDA_MARDSF_O

30RDDA_MARDSF_O41B

51B60RDDA_MARDSF_O

61B90RDDA_MARDSF_O

85ATAD_MARDSF_B

06ATAD_MARDSF_B62A

3A60ATAD_MARDSF_B

4A90ATAD_MARDSF_B

5A31ATAD_MARDSF_B

61ATAD_MARDSF_B6A

91ATAD_MARDSF_B7A

8A22ATAD_MARDSF_B

83ATAD_MARDSF_B

91A14ATAD_MARDSF_B

40ATAD_MARDSF_B2A

44ATAD_MARDSF_B02A

74ATAD_MARDSF_B12A

15ATAD_MARDSF_B22A

45ATAD_MARDSF_B32A

42A75ATAD_MARDSF_B

52A

01A92ATAD_MARDSF_B

EWN_MARDSF_O11A

21AMQD_MARDSF_O

10RDDA_MARDSF_O31A

40RDDA_MARDSF_O41A

70RDDA_MARDSF_O51A

61A01RDDA_MARDSF_O

71A43ATAD_MARDSF_B

81A

4EIND

4-005CI

30ATAD_MARDSF_B1A

005DB A003S2102ZPM

225C Fn001

EIND_V3.3D

mho0605R

Fn001445C

1/1

0W

1/1

0W

R5

25

R5

25

0ohm

0ohm

105PT

1

Fn001825C

Fn001315C

935C Fn001

W01/1

015R mho001

Fn001735C

1

205PT

155C Fn001

50NI_DER_REDOCEDF_I

60NI_DER_REDOCEDF_I62L

42M10NI_DER_REDOCEDF_I

20NI_DER_REDOCEDF_I52M

62M30NI_DER_REDOCEDF_I

00NI_DER_REDOCEDF_I32N

42NNI_CNYSH_REDOCEDF_I

52NNI_CNYSV_REDOCEDF_I

42J

30NI_NRG_REDOCEDF_I52J

62J40NI_NRG_REDOCEDF_I

32K70NI_DER_REDOCEDF_I

80NI_DER_REDOCEDF_I42K

52K90NI_DER_REDOCEDF_I

62K00NI_NRG_REDOCEDF_I

40NI_DER_REDOCEDF_I42L

52L

42G80NI_NRG_REDOCEDF_I

90NI_NRG_REDOCEDF_I52G

00NI_ULB_REDOCEDF_I62G

50NI_NRG_REDOCEDF_I42H

52H60NI_NRG_REDOCEDF_I

70NI_NRG_REDOCEDF_I62H

32J10NI_NRG_REDOCEDF_I

20NI_NRG_REDOCEDF_I

52D

90NI_ULB_REDOCEDF_I62D

KLC_CED_I32E

40NI_ULB_REDOCEDF_I42E

52E50NI_ULB_REDOCEDF_I

62E60NI_ULB_REDOCEDF_I

42F10NI_ULB_REDOCEDF_I

52F20NI_ULB_REDOCEDF_I

30NI_ULB_REDOCEDF_I62F

4FA60NID_BF_I

30NID_BF_I5FA

91NID_GF_I6FA

7FA51NID_GF_I

21NID_GF_I8FA

9FA90NID_GF_I

70NI_ULB_REDOCEDF_I42D

80NI_ULB_REDOCEDF_I

20CS_KLC_I81FA

80NID_BF_I2FA

ELBANE_DNAN_I22FA

10CS_MARDS_I32FA

42FATNIOP_DSOF_I

52FANI_CNYSVF_I

LCS_C2I_I62FA

70NID_BF_I3FA

90NID_BF_I

01FA50NID_GF_I

20NID_GF_I11FA

21FA91NID_RF_I

51NID_RF_I31FA

41FA21NID_RF_I

51FA90NID_RF_I

61FA50NID_RF_I

20NID_RF_I71FA

01NID_BF_I3EA

4EA50NID_BF_I

5EA20NID_BF_I

6EA81NID_GF_I

41NID_GF_I7EA

8EA11NID_GF_I

80NID_GF_I9EA

1FA

11NID_RF_I

51EA80NID_RF_I

40NID_RF_I61EA

10NID_RF_I71EA

11NID_BF_I2EA

32EAEDOM_TSIB_I

NI_CNYSHF_I42EA

52EANO_LLP_I

ELBANENACS_I62EA

31NID_GF_I

01NID_GF_I8DA

9DA70NID_GF_I

21NID_BF_I1EA

40NID_GF_I01EA

11EA10NID_GF_I

81NID_RF_I21EA

31EA41NID_RF_I

41EA

KLC_TUPNI_I

42DAEDOM_TSET_NACS_I

TESERN_I52DA

62DAADS_C2I_B

3DA31NID_BF_I

40NID_BF_I4DA

5DA10NID_BF_I

6DA71NID_GF_I

7DA

01NID_RF_I41DA

70NID_RF_I51DA

61DA30NID_RF_I

71DA00NID_RF_I

2DA41NID_BF_I

12DA10CS_ATAD_I

22DA20CS_MARDS_I

32DA

00NID_BF_I5CA

61NID_GF_I6CA

60NID_GF_I9CA

51NID_BF_I1DA

30NID_GF_I01DA

00NID_GF_I11DA

21DA71NID_RF_I

31NID_RF_I31DA

81NID_BF_I

61NID_RF_I21CA

51CA60NID_RF_I

10CS_KLC_I71CA

2CA71NID_BF_I

12CA20CS_ATAD_I

10RDDA_C2I_I52CA

00RDDA_C2I_I62CA

61NID_BF_I3CA

2-005CI

4EIND

91NID_BF_I3BA

1CA

415C Fn001

4W

20_RWP32Y

mho0305R

DNG

DNG31T

41TDNG

DNG51T

61TDNG

32TDNG

10_RWP32U

20_RWP4U

DNG

DNG21R

DNG

DNG31R

DNG41R

51RDNG

61RDNG

4RDNG

DNG11T

21T

11P

DNG21P

31PDNG

41PDNG

DNG51P

DNG61P

32P20_RWP

4P10_RWP

11R

61M

32MDNG

11NDNG

21NDNG

DNG31N

DNG41N

51NDNG

61NDNG

DNG

61LDNG

32L10_RWP

20_RWP4L

11MDNG

21MDNG

DNG31M

41MDNG

51MDNG

DNG

32H

10_RWP4H

DNG4K

DNG11L

21LDNG

31LDNG

DNG41L

DNG51L

DNG

DNG4D

20_RWP6D

7DDNG

8D10_RWP

10_RWP32F

4F20_RWP

32GDNG

20_RWP

11DDNG

20_RWP21D

10_RWP41D

DNG61D

20_RWP71D

10_RWP91D

DNG02D

12D20_RWP

32D

81EA54DDV

91EA07DNG

84DDV12EA

22EADNG

17DNG91FA

74DDV02FA

57DNG12FA

01D20_RWP

37DNG

DNG22CA

32CA10_RWP

DNG4CA

20_RWP7CA

8CADNG

27DNG91DA

02DA47DNG

4AA

01CA10_RWP

DNG11CA

10_RWP31CA

DNG41CA

61CA10_RWP

DNG81CA

91CA64DDV

02CA

4EIND

1-005CI

32AADNG

10_RWP

W01/1

205R mho001

mho2277442R

W01/1

W01/1

87442R mho22

W01/1

67442R mho22

mho2257442R

W01/1

W01/1

47442R mho22

Fn001945C

Fn001245C

EIND_V3.3D

7 8

W01/1

105R mho001

48442R

mho22

1 2

3 4

5 6

W61/1

1 2

3 4

5 6

7 8

W61/1

5 6

7 8

mho22

38442R

W61/1

28442R

mho22

1 2

3 4

mho22

18442R

W61/1

1 2

3 4

5 6

7 8

2

3 4

5 6

7 8 W61/1

08442R

mho22

1

W01/1

005R mho0

645C Fn001

W01/1

Fn001815C

1/1

0W

1/1

0W

mhoK7.40139U

V61Fu74005C

0ohm

0ohm

R5

28

R5

28

mho2237442R

W01/1

1 2

3 4

5 6

7 8

4

5 6

7 8

W61/1

29442R

mho22

8

mho22

19442R

W61/1

1 2

309442R

mho22

1 2

3 4

5 6

7

1 2

3 4

5 6

7 8

W61/1

5 6

7 8

mho22

98442R

W61/1

W61/1

88442R

mho22

1 2

3 4

mho22

78442R

W61/1

1 2

3 4

5 6

7 8

3 4

5 6

7 8

7 8

W61/1

68442R

mho22

1 2

mho22

58442R

W61/1

1 2

3 4

5 6

V05

105CFn01

D_V3.3D

W01/1815R mhoK7.4

6

7 8

835C Fn001

mho22

97442R

W61/1

1 2

3 4

5

)6(DDO_G_EIND

)5(DDO_G_EIND

)4(DDO_G_EIND

)3(DDO_G_EIND

)2(DDO_G_EIND

)1(DDO_G_EIND

)0(DDO_G_EIND

EDF_EIND

)9:0(NEVE_B_EIND

)9:0(DDO_R_EIND

)9:0(NEVE_G_EIND

)9:0(DDO_G_EIND

)9:0(DDO_B_EIND

)0(NEVE_R_EIND

)1(NEVE_R_EIND

)2(NEVE_R_EIND

)3(NEVE_R_EIND

)4(NEVE_R_EIND

)5(NEVE_R_EIND

)6(NEVE_R_EIND

)7(NEVE_R_EIND

V_EIND

H_EIND)9(NEVE_R_EIND

)8(NEVE_R_EIND

)8(DDO_B_EIND

)7(DDO_B_EIND

)6(DDO_B_EIND

)5(DDO_B_EIND

)4(DDO_B_EIND

)3(DDO_B_EIND

)2(DDO_B_EIND

)1(DDO_B_EIND

)0(DDO_B_EIND

)9(DDO_R_EIND

)8(DDO_R_EIND

)7(DDO_R_EIND

)6(DDO_R_EIND

)5(DDO_R_EIND

)4(DDO_R_EIND

)3(DDO_R_EIND

)2(DDO_R_EIND

)1(DDO_R_EIND

)0(DDO_R_EIND

)8(NEVE_G_EIND

)7(NEVE_G_EIND

)6(NEVE_G_EIND

)5(NEVE_G_EIND

)4(NEVE_G_EIND

)3(NEVE_G_EIND

)2(NEVE_G_EIND

)1(NEVE_G_EIND

)0(NEVE_G_EIND

)9(NEVE_G_EIND

)9(DDO_G_EIND

)8(DDO_G_EIND

)7(DDO_G_EIND

)9:0(NEVE_R_EIND

A_LCS

KLC_1CS

KLC_EIND

)9(NEVE_B_EIND

)8(NEVE_B_EIND

)7(NEVE_B_EIND

)6(NEVE_B_EIND

)5(NEVE_B_EIND

)4(NEVE_B_EIND

)3(NEVE_B_EIND

)2(NEVE_B_EIND

)1(NEVE_B_EIND

)0(NEVE_B_EIND

)9(DDO_B_EIND

)7(B_DSO_ABLA

)0(ENOTH_ABLA

]7:0[B_DSO_ABLA

]1:0[ENOTH_ABLA

)5(ENOTH_ABLA

)4(ENOTH_ABLA

]5:4[ENOTH_ABLA

)7(G_DSO_ABLA

)0(G_DSO_ABLA

)3(G_DSO_ABLA

)6(G_DSO_ABLA

)3(ENOTH_ABLA

)2(G_DSO_ABLA

)5(G_DSO_ABLA

)2(ENOTH_ABLA

)1(G_DSO_ABLA

)4(G_DSO_ABLA

]9:0[OG_25PDS

]7:0[G_DSO_ABLA

]3:2[ENOTH_ABLA

)7(R_DSO_ABLA

)0(R_DSO_ABLA

)3(R_DSO_ABLA

)2(R_DSO_ABLA

)6(R_DSO_ABLA

)1(R_DSO_ABLA

)5(R_DSO_ABLA

)4(R_DSO_ABLA ]7:0[R_DSO_ABLA

SH_25PDS

)6(OB_25PDS

)1(OB_25PDS

)2(OB_25PDS

)3(OB_25PDS

)0(OB_25PDS

)6(OR_25PDS

)7(OR_25PDS

)3(OR_25PDS

)0(OR_25PDS

)8(OR_25PDS

)4(OR_25PDS

)1(OR_25PDS

)9(OR_25PDS

)5(OR_25PDS

)2(OR_25PDS

)1(ENOTH_ABLA OTSRn

KLC_2CS

ATAD_1CS

ATAD_2CS

MARDS_1CS

MARDS_2CS

]9:0[OB_25PDS

]9:0[OR_25PDS

)0(B_DSO_ABLA

)1(B_DSO_ABLA

)2(B_DSO_ABLA

)3(B_DSO_ABLA

)4(B_DSO_ABLA

)5(B_DSO_ABLA

)6(B_DSO_ABLA

)6(OG_25PDS

EIND_KLC25PDS

)7(OG_25PDS

)3(OG_25PDS

)0(OG_25PDS

)8(OG_25PDS

)4(OG_25PDS

)1(OG_25PDS

)9(OG_25PDS

)5(OG_25PDS

)2(OG_25PDS

KLC_1CS

KLC_2CS

ATAD_1CS

ATAD_2CSMARDS_1CS

MARDS_2CS

SV_25PDS

A_ADS

)7(OB_25PDS

)8(OB_25PDS

)9(OB_25PDS

)4(OB_25PDS

)5(OB_25PDS

10-8

Schematic Diagram

Samsung Electronics


10-1-8 DNIe4

PowerSignal

Samsung Electronics

Schematic Diagram

10-9

FERX

FERX

W01/1

mhoK1

006U

W01/1

016R mho0

V5D

406C

Fn001

V52

816R

W01/1

W01/1

516RmhoK2.2

mhoK2.2

506C

Fn001

Hu5.1

206L

2

906C

Fn001

006R

TKG051C-TSTL

106D

FERX

D_V3.3D

W01/1

mho074

706Rmho001

W01/1

106CFn001

W01/1mho001

406R

Fu01

206U

mho015

226RW01/1

W01/1

826R mho003

Hu5.1

FERX

FERX

416C Fp001

SDMT_V3.3+306L

mho003726R

W01/1

W01/1mhoK7.4

126R

Fu01

516C

206C

Fu01

FERX

FERX

FERX

W01/1

FERX

FERX

716C

Fp001

9

FERX

SDMT_V3.3+

mho0606R

41

21D

31O

2EO/4

2D5

2O6

7DNG

83O

3D

M521TCH47MM

11EO/

013EO/

4O11

214D

4EO/31

CCV

mho0906R

W01/1

106U

FERX

W01/1mhoK01

026R

306R

mhoK7.4

W01/1

706C

Fp001 Fp001

806C

SDMT_V3.3+

716Rmho0

W01/1

mhoK01

326R

916RmhoK01

W01/1

Fp001316C

216C Fp001

W01/1

626R mho003

FERX

mho003526R

W01/1

Fp001116C

FERX

106L

Hu5.1

SDMT_V3.3+

Fp001

306C

mho0316R

W01/1

FERX

V5D

FERX

mho001

mho0116R

W01/1

616R

106Q

S401CRKE

BC

W01/1

216R mho0

D6

00

D6

00

RLZ

3.6

BR

LZ

3.6

B

Fp001

606C

SDMT_V3.3+

426RmhoK01

W01/1

016C

Fu01

V5D

FERX

FERX

FERX

W01/1

mhoK7.4

206R

42

3

4

5

6

7

8

9

1DNGM

2DNGM

51

61

71

81

91

2

02

12

22

32

1

01

11

21

31

41

FERX

006NC

Fp001

616C

406L

Hu5.1

006C

Fu001

V01

FERX

FERX

806R mho0

006L

EN106J12CIC

B

W01/1

W01/1

506R mho0

S401CRK

006Q

E

BCW01/1

mho042

106R

416R mho0

KLC_EIND

EDF_EIND

V_EIND

H_EIND

SDMT_V3.3+

-CXT_SDMT

+CXT_SDMT

-0XT_SDMT

+0XT_SDMT

-1XT_SDMT

+1XT_SDMT

-2XT_SDMT

+2XT_SDMT

]9:0[NEVE_B_EIND

]9:0[NEVE_G_EIND

]9:0[NEVE_R_EIND

]9:0[DDO_B_EIND

]9:0[DDO_G_EIND

]9:0[DDO_R_EIND

YDAER_PDD

LAVCNYS_PLD

TESERn_DM

PDD_LCS

PDD_ADS

-CXT_SDMT

+CXT_SDMT

-0XT_SDMT

+0XT_SDMT

-1XT_SDMT

+1XT_SDMT

-2XT_SDMT

+2XT_SDMT

DOOGRWP

XR_PMAL

1_nXT_PMAL

LES_XT_PMAL

LES_PMAL

XT_PMAL

RORRE_PMAL

1_nXT_PMAL

10-1-9 TMDSThis Document can not be used without Samsung’s authorization.

PowerSignal

Schematic Diagram


176R mho0

FERX

FERX

mho0

196R W01/1 FERX

W01/1

W01/1

mho0

Fn00107442CV52

666R

FERX

W01/1

5549U mho0

FERX

FERX

FERX

566R mho0

W01/1

FERX

W01/1496R

mho0

FERX

W01/1

mho0276R

FERX

W01/1

766R mho0

676R

W01/1

mho0

mho0

896R mho0

W01/1

FERX

996R

W01/1

mho0

396R W01/1

W01/1

286R mho0

mho0266R

W01/1

mho0156R

W01/1

V5237442C Fn001

Fn00127442CV52

V5217442C Fn001

046R mho0

mho0146R

W01/1

mho0386R

W01/1

296R

mho0

W01/1

FERX

W01/1

256R mho0

W01/1

FERX

366R

W01/1

mho0

W01/1

166R mho0

FERX

FERX

mho0066R

W01/1

576R mho0

FERX

FERX

W01/1

376R mho0

FERX

FERX

W01/1

FERX

FERX

AV9

FERX FERX

FERX

mho0076R

W01/1

756R mho0

FERX

FERX

FERX

FERX

W01/1

FERX

FERX

FERX

FERX

W01/1

456R mho0

986R mho0

FERX

FERX

FERX

W01/1

mho0856R

W01/1

W01/1

956R mho0

mho0

W01/1

656R

mho0186R

W01/1

FERX

mho0686R

W01/1

V5D

mho0966R

W01/1

FERX

-256DB

W01/1

FERX

mho0356R

W01/1

-056DB

mho0

596R

FERX

FERX

69

MG

ND

1M

GN

D1

MG

ND

2M

GN

D2

FERX

FERX

FERX

W01/1

086R mho0

78

88

98

9

09

19

29

39

49

59

87

97

8

08

18

28

38

48

58

68

86

96

7

07

17

27

37

47

57

67

77

85

95

6

06

16

26

36

46

56

66

76

84

94

5

05

15

25

35

45

55

65

75

83

93

4

04

14

24

34

44

54

64

74

92

3

03

13

23

33

43

53

63

73

91

2

02

12

22

32

42

52

62

72

82

1

01

11

21

31

41

51

61

71

81

RAER_V5S

6049NC

5-980535

FERX

mho0

796R W01/1

mho0776R

W01/1

FERX

FERX

W01/1

056R mho0

mho0976R

W01/1

FERX

356DB -

FERX

mho0476R

W01/1

FERX

FERX

mho0

W01/1

866R

556R

W01/1

NOITPO_V21

FERX

FERX

FERX mho0466R

W01/1

mho0

FERX

W01/1

876R mho0

44

54

64

74

84

5

6

7

8

9

53

63

73

83

93

4

04

14

24

34

52

62

72

82

92

3

03

13

23

33

43

51

61

71

81

91

2

02

12

22

32

42

156NC

1

01

11

21

31

41

NI_LCS

SV_CT_M

TNIn_TSM

IMDH_FIDPS

TEDS_EDIS

TEDV_EDIS

ETUM_REFOOW

AAS_TSM_ADS

AAS_TSM_LCS

TESER_DNUOS

FERX

4-170535

)7(G_CT_M

)8(G_CT_M

)9(G_CT_M

)7(R_CT_M

)0(B_CT_M

TUO_FIDPS

LTC_GULPH_1IMDH

)1(G_CT_M

)2(R_CT_M

)6(R_CT_M

)1(R_CT_M

)5(R_CT_M

)9(R_CT_M

)0(R_CT_M

)4(R_CT_M

)8(R_CT_M

]9:0[R_CT_M

]9:0[G_CT_M

]9:0[B_CT_M

LTC_GULPH_2IMDH

PW_PEE_CDD

TSR_TSM

SH_CT_M

ED_CT_M

R_EDIS

RI_RATSMEG

TUO_REFOOW_BUS

232SR_XT

KLCRL_XR_S2I

232SR_XR

NABSU

KLCM_XR_S2I

TENYNA_XT

KLCB_XR_S2I

ATAD_XR_S2I

)1(B_CT_M

)2(B_CT_M

)0(G_CT_M

)2(G_CT_M

)3(G_CT_M

)3(B_CT_M

)4(B_CT_M

)5(B_CT_M

)4(G_CT_M

)5(G_CT_M

)6(G_CT_M

)3(R_CT_M

)6(B_CT_M

)7(B_CT_M

)8(B_CT_M

)9(B_CT_M

KLCP_CT_M

NI_ADS

IBV_NIAM

DI-1IMDH

TED-1S

DI_KCAJCP

DI-2IMDH

TED-2S

TED-1PMOC

TED-2PMOC

TED-1V

TED-2V

SBVC_VTD

L_ROTINOM

NI_OTSRN

R_ROTINOM

D_OTESERn

SBVC_NIAM

PABSU

L_NIAM

TENYNA_XR

KCEHC_CCV_BSU

R_NIAM

RATSMEG_XT

FFO-NOWPBSU

L_EDIS

RATSMEG_XR

10-1-10 TERMINALThis Document can not be used without Samsung’s authorization.

PowerSignal

Samsung Electronics

Schematic Diagram

10-11

NOITPO

DOP rof ylnO

CSTA rof ylnO

1NI

2

DNG

3TUO

TUO

FERX

3.3-E7111PA

0007CI

V52

Fn001

7007C

HC_V5S

Fn0016607C

V52

mho06007R

HC_V5S

Fn011307C

V05

8649U

Fu001

V61

V01

Fu001

6007C

6107RmhoK22

W01/1

1007D43KS

8607R

3107C

Fn01

V05

PF90M871AB

I1

G

2

O 3

NOITPO_V21

mho0

SS8

1DNGM

HC_V5D

HC_V33

0507CI

3007CI

1SB

2NI

3WS

DNG4

BF5

6PMOC

NE7

ND3851PM

6007DB

A003S2102ZPM

W01/1

9207R

mhoK43.6

5DNGM

6DNGM

NOITPO_V21

)+B(V5

34

TUO_TFA

5

V33

DNG

67

TESER_REWOP

RORRE

89

TUO_OEDIV

4ATAD

21

21

3ATAD

22

22

23

23

2ATAD

24

24

1ATAD

25

25

0ATAD

26

26

KLC_GEPM

27

27

ADS

LCS

28

28

14

14

V8.1

V1.1

15

15

16

16

CNYS/TRATSF

NE/DILAV

17

17

18

18

7ATAD

6ATAD

19

19

CGA_FR

220

20

5ATAD

0607UT

DN

VS

303E

V261A

DN

VS

303

EV

26

1A

C.N

110

10

W/S_LAT-X

11

11

TUO_FIS

12

12

V3.3

13

13

DNG

V52

3507C

Fn001

EN006P23BIC1607DB

B

8607C

Fn001

V61

2

3

4

5

6

7607C

Fn01

V05

BC

THW 60-052WMS

0007NC

1

V8.1HC

0007Q

G-3261CSKE

4007R mho0

-0107DB

B

RAER_V5S

V3.3LLP_BOO V52

Fn001

3007C

mho03007R

A81-E7111PA

5649U

1NI

2

DNG

3TUO

TUO

0107R mho0

V05

Fn01

4007C

7 8

2007R mho0

W61/1

1607AR

mho33

1 2

3 4

5 6

1 2

3 4

5 6

7 8

mho33

0607AR

W61/1

FERX

D_V3.3S

4107C

Fn001

V61

V2.1HC

V9S

V8.1HC0607L

V52Fn001

5607C

V05

Fn01

0607C

Hu1

Fu001

8307C

1 2

3 4

5 6

7 8

V01

W61/1

1007AR

mho33

V61

Fn001

7649U

5607Rmho0

6607Rmho0

FERX

0507DB

EN106J12CIC

V2.1HC

3307C

Fn001

V52

2507C

FERX

2607C

Fn001

V52

V61

Fu001

7207CFu001

V61

W01/1

9607CFn01

V05

1707CFn01

V05

3607Rmho0

V61

Fn001

4607C

V61

Fn001

5007C

50V

50

V

C7000

C7

000

10nF

10

nF

V3.6

Fu28

2007C

2607DB EN006P23BICB

6

7 8

2307C

Fu28

V61

W61/1

1 2

3 4

5

R7062

R70

62

100ohm

100o

hm

FERX

mho33

0007AR

0607R

mho0

FERX

FERX

HC_V5S

FERX

mho09007R

B

V52

Fn001

1007C

Fu010707C

V61

1007L

EN106J12CIC

V05

Fn01

3607C

FERX

1207C

Fn01

mho01007R

7007R mho0

V3.3LLP_BOO

Fn001

1607C

V52

CGA_FR 7

)V5(+B 89TUO_TFA

1DNGM

2DNGM

3DNGM

4DNGM

MG

ND

5M

GN

D5MG

ND

6M

GN

D6

TESET 36

36

37

37

XTE

XTC 38

38

39

39

XTI

DP 4

XTQ 40

40

)PMA(V9 5

)BOO(V5+ 629

29

1TAD_ST

ELBANE 3

0TAD_ST 30

30

31

31

KLC_ST

ADS 32

32

33

33

LCS

RRE_ST 34

34

35

35

V3.3_D_A

CNYS_ST 21

21

LAV_ST 22

22

7TAD_ST 23

23

6TAD_ST 24

24

5TAD_ST 25

25

4TAD_ST 26

26

3TAD_ST 27

27

2TAD_ST 28

28

14

14

TUO_SBVC

15

15

CN

16

16

TUO_FIS

17

17

XRC_CDF

18

18

XRD_CDF

V8.1_D_A 19

19

ATAD 2

V2.1_D 20

20

0007UTA104VB553DVND

KCOLC 110

10

)V3.3(+B_UT

11

11

)TUO_OIDUA(CN

12

12

CN

13

13

CN

W01/1

mho074

4607R

DOP_V5S

D_V3.3S

9107R

mho0 7607R

mho0

mho0

D_V3.3D

0007L

A003S2102ZPM

B

2107R

Fp051

5207CFu021

V3.6

4307C

A003S2102ZPM

7007DB

6207CFn001

V61

V61

Fu22

6107C

V52

Fn001

8007C

FERX

V9S

Fn001

1507C

V52

0507C

Fu33

V52

HC_V5S

mho03307R

EN106J12CIC

0007DB

B

FERX

mhoK34

7207R

V8.1HC

7307CFp093

W01/1

W01/1mho01607R

B

FERX

3107RmhoK01

0607DB

EN006P23BIC

V9S

mho01107R

3707CFn01

V05V05Fn01

2707C

NOITPO_V5

W01/1

mho74

4107R

4DNGM

FERX

A003S2102ZPM

0207DB

+B

3

ANL

4

1WS

DNG

56

2WS

1DNGM

2DNGM

3DNGM

FERX

UM

X-N

T-0

57

UM

X-N

T-0

57

0607X

1

XT

2

8007R mho0

1/1

0W

1/1

0W

R7021

R70

21

20K

ohm

20K

ohm

FERX

Hu1

B

5007DB-

B

4007L

2007L

EN106J12CIC

9307CFn001

V05

12

W01/1

mho0

5107R

3007L

0007R mho0

V05

Fn01

4907C

2907C

Fn01

V05

0907C

Fn001

V52 V52

Fn001

1907C

)7(DOP_ST

)6(DOP_ST

)5(DOP_ST

)4(DOP_ST

)3(DOP_ST

)2(DOP_ST

)1(DOP_ST

)0(DOP_ST

)7:0(DOP_ST

FIS_NIAM

2LTC_LPS

1LTC_LPS

FFO_NO_ANL

T_SBVC_M

KLC_DOP_ST

DLV_DOP_ST

TFA_MAQ

A_LCS

A_ADS

TSRn_UT

CGA_MAQ

2LTC_LPS

FFO_NO_ANL

1LTC_LPS

XRC

XRD

D_OTESERn

DLV_NIDOP

DOP_LCS

SBVC_NIAM

)4(NIDOP

)5(NIDOP

)6(NIDOP

)7(NIDOP

KLC_NIDOP

CNYS_NIDOP]7:0[NIDOP

DOP_ADS

T_SBVC_M

)3(NIDOP

)2(NIDOP

)1(NIDOP

)0(NIDOP

CGA_MAQ

TFA_MAQ

T_SBVC_M

FIS_NIAM

10-1-11 MAIN-TUNERThis Document can not be used without Samsung’s authorization.

PowerSignal

Schematic Diagram


NOITPO

LATSYRC ZHM23 ROF

84x0/04x0

AN_

AN_

AN_SU

1

HTG03C3SDC

2017D

mho33

FERX

TP

71

03

TP

71

03

1317R

7317R

6117R

mho15

W01/1

mho0

8017U

mho15

zHM675.42

)zHM675.42(H5MS/94-CH

0017X

6017C

Fu001

V01

4517C

Fn001

HC_V5D

9517C

Fp33

V05

2317C

Fn001

2

9117_V3.3

Fn001

1317C

1117DB

22117DB

W01/1

mho57

6017U

1/1

0W

1/1

0W

75

oh

m7

5o

hm

U7

10

5U

71

05

9117_V3.3

Fn001

9417C

1/1

0W

1/1

0W

1K

ohm

1K

ohm

U7

10

0U

710

068nF

68

nF

C7157

C7157

16V

16

V

V5D

mho0632217R

33

oh

m3

3o

hm

R7

14

1R

71

41

E

BC

mho336317R

G-3261CSK

0017Q

2

100pF

10

0p

FC

7158

C7158

50V

50

V

6217R

7017DB

HC_V33

mhoK7.4

9217C

Fn22

3017D

HTG03C3SDC

1/10W

mho728017R

EN006P23BIC

0017DB

B

BZ

X84C

33

BZ

X84

C33

D7

10

0D

710

0

5117C

Fn001

9117_V3.3

BV33

FERX

Fn22

5217C

50V

50

VU

7103

U7103

100pF

10

0p

F

FERX

HC_V5D

1/1

0W

1/1

0W

U7

10

7U

71

07

22

Ko

hm

22

Ko

hm

0217C

Fn001

mho74

12

34

56

78

7217R

3017AR

AD

TE

ST

9A

DT

ES

T9

AD

TE

ST

5A

DT

ES

T5

P7

P7

P8

P8

AD

TE

ST

2A

DT

ES

T2

9PA_TNI

mho063

01P

P1

1P

11

AM

CL

KA

MC

LK

P1

2P

12

AL

RC

LK

AL

RC

LK

31P2DSO

P2

P2

VD

DA

_A

18

VD

DA

_A

18

NIPG3P

CLL4P

5PNOSER

P6

P6

N2

N2

N3

N3

NC

NC

EC4N

5N45_2CLL

TE

ST

CLK

TE

ST

CL

KN

6N

6

AD

TE

ST

6A

DT

ES

T6

N7

N7

AD

TE

ST

1A

DT

ES

T1

N8

N8

9NLCS

ADS

6EDDV

M9

M9

VD

DI6

VD

DI6

NC

NC

N1

N1

1STR01N

AS

CL

KA

SC

LK

N1

1N

11

ITR

DY

ITR

DY

N1

2N

12

31N1DSO

NC

NC

N1

4N

14

VD

DA

_C

18

VD

DA

_C

18

OS

D0_F

SW

OS

D0

_F

SW

M1

4M

14

ICL

KIC

LK

VS

SA

0V

SS

A0

M2

M2

0ADDV3M

5EDDV4M

VD

DI5

VD

DI5

M5

M5

AD

TE

ST

8A

DT

ES

T8

M6

M6

AD

TE

ST

3A

DT

ES

T3

M7

M7

8M

L6

L6

L7

L7

AD

TE

ST

4A

DT

ES

T4

VS

SE

6V

SS

E6

L8

L8

VS

SI6

VS

SI6

L9

L9

1TUOA1M

0STR01M

7EDDV11M

AM

XC

LK

AM

XC

LK

M1

2M

12

M1

3M

13

VS

SE

7V

SS

E7

ITR

IIT

RI

L1

2L

12

L1

3L

13

IDQ

IDQ

IGP

0IG

P0

L1

4L

14

ADNGA2L

41IA3L

L4

L4

VS

SE

5V

SS

E5

VS

SI5

VS

SI5

L5

L5

AD

TE

ST

7A

DT

ES

T7

IGP

1IG

P1

K1

3K

13

K1

4K

14

IGP

VIG

PV

31IA2K

D1IA3K

1ADDV4K

A1ADDV1L

OCTR01L

L1

1L

11

IPD

6IP

D6

J1

3J1

3

IPD

5IP

D5

J1

4J1

4

11IA2J

42IA3J

VS

SA

1V

SS

A1

J4

J4

21IA1K

IPD

7IP

D7

K1

1K

11

IGP

HIG

PH

K1

2K

12

IPD

4IP

D4

H1

3H

13

IPD

3IP

D3

H1

4H

14

2H32IA

VS

SA

2V

SS

A2

H3

H3

2ADDV4H

A2ADDV1J

VS

SE

4V

SS

E4

J1

1J1

1

4EDDV21J

7DPH31G

G1

4G

14

IPD

0IP

D0

2GA3ADDV

22IA3G

4G12IA

D2IA1H

H1

1H

11

IPD

2IP

D2

VD

DI4

VD

DI4

H1

2H

12

F1

2F

12

VD

DI3

VD

DI3

5DPH31F

41F6DPH

23IA2F

33IA3F 4F

3ADDV

43IA1G

VS

SI4

VS

SI4

G1

1G

11

G1

2G

12

IPD

1IP

D1

2DPH31E

41E4DPH

2EA4ADDV

13IA3E

VS

SA

3V

SS

A3

E4

E4

D3IA1F

VS

SI3

VS

SI3

F11

F1

1

D5

D5

VS

SE

1V

SS

E1

SMT6D

D7

D7

VS

SI1

VS

SI1

XR

VX

RV

D8

D8

D9

D9

VS

SE

2V

SS

E2

44IA1E

11E1DPH

3DPH21E

1D

VS

SI2

VS

SI2

D1

0D

10

D1

1D

11

VS

SE

3V

SS

E3

3EDDV21D

D1

3D

13

NC

NC

0DPH41D

24IA2D

D4IA3D

4ADDV4D

2CDNGA

C3

C3

NC

NC

NC

NC

C4

C4

5C1EDDV

NTSRT6C

HRX7C

8C1IDDV

2EDDV9C

34IA

3DPX9B

VS

SA

4V

SS

A4

C1

C1

01C2IDDV

7DPX11C

NC

NC

C1

2C

12

NC

NC

C1

3C

13

NC

NC

C1

4C

14

B13

B1

3N

CN

CB

14

B1

4

NC

NC

B2

B2

3BDDXV

XT

ALI

XT

ALI

B4

B4

IDT5B

KCT6B

XD

QX

DQ

B7

B7

1DPX8B

A6

A6

XC

LK

XC

LK

A7

A7

8A0DPX

2DPX9A

14IA1B

5DPX01B

XT

RI

XT

RI

B1

1B

11

NC

NC

B12

B1

2

NC

NC

01A

6DPX11A

3DSO21A

NC

NC

A13

A1

3

XT

OU

TX

TO

UT

A2

A2

XT

ALO

XT

ALO

A3

A3

VX

SS

VX

SS

A4

A4

ODT5A

XR

DY

XR

DY

2017CI

2V-E9117AAS

4DPX

Fn001

7117C

4317C

Fn001

HC_V33

3317C

Fn001

5017DB

2

1017U mho001 W01/1

mho063

0017L

FERX

8117R

mho159017R

Hu01

1417C

Fn22

78

Fn001

6117C

2017AR

mho74

12

34

56

6417C

Fn22

D7

10

1D

710

1

4117C

Fn001

BZ

X8

4C

6V

2B

ZX

84

C6

V2

8317R

9117_V8.1

7017R mho15

mho0

mho223317R

5417C

Fn22

1517C

Fn001

W01/1

mhoK1

9017U

FIS

UT

9

1DNGM

2DNGM

3DNGM

4DNGM

9117C

Fn001

TFA

OEDIV

12

12

2

CN

3

CGA

4

SA

5

LCS

6

ADS

7

BM

8AL

PS

AL

PS

TU

7101

TU

71

01

1

CN

CN

10

10

11

11

3117CFn22

9117_V3.3

Fn001

5317C

9117_V8.1

Fn001

1217C

9117R mho15 0317CFn22

8217C

Fn22

7017C

Fn001

V52

7217C

Fn22

Fn22

6217C

W01/1

4017U

mhoK01

EN006P23BIC

1017DB

B

Fn22

3217C

V52

Fu01

6017DB

21117C

33

oh

m3

3o

hm

8017C

Fn22

R7

14

0R

71

40

R7

14

3R

71

43

33

oh

m3

3o

hm

Fn001

6317C

9117_V3.3

mhoK7.4

W01/1

4417R

9117_V8.1

D_V3.3D0217DB

EN006P23BIC

B

mho153117R

1017PT1

1617C

Fn1

V05

FERX

HC_V5D

0617C

V05

Fp33

8017DB

2

8117C

Fn001

7417C

Fn22

mho0mho0519217R

W01/1

mhoK7.4

9117_V3.3

4317R

5417R

mho063

4417C

Fn22

Fn22

FERX

7117R

3217R mho0633417C

Fn001

0517C

mho155217R

Fn001

mho150217R

TP

71

02

TP

71

02

SUPLVALSUPLVAL

1

2517C

Fu22

2617C

TP

71

04

TP

71

04

1

V61

4217R mho15

1717C

Fu001

V61

2

6649U

Fn001

V52

7317C

V52

Fu01

9017DB

Fu01

V52

4217C

R7

14

2R

71

42

33

oh

m3

3o

hm

0017PT1

Fn22

0417C

8417C

Fn001

mho02317R

5117R mho15

Fn222117C

TUO3TUO

Fu01

V52

8317C

0017CI

A81-E7111PA

NI1

DNG

2

Fn22

2417C

3517C

Fn001

Fu01

V52

2217C

mho3.34117R

W01/1

W01/1 mho0012017U

Fu01

V52

6517C

0717CFu7.4

V05

0317R mho0

mhoK7.4

5317R

mhoK7.41217R

9117_V8.1

0117DB

2

5517C

V52

Fu01

9317C

V52

Fu01

mho08217R

9317R

mho0

SV_CT_S

SH_CT_S

ED_CT_S

SBVC_BUS

NI_OTSRN

AAS_TSM_ADS

AAS_TSM_LCS

KLCP_CT_S

S_

TC

_G

(3)

S_

TC

_G

(3)

S_

TC

_G

(4)

S_

TC

_G

(4)

S_

TC

_G

(5)

S_

TC

_G

(5)

S_

TC

_G

(6)

S_

TC

_G

(6)

S_

TC

_G

(7)

S_

TC

_G

(7)

S_

TC

_G

(8)

S_

TC

_G

(8)

S_

TC

_G

(9)

S_

TC

_G

(9)

T_SBVC_S

BSV_LCS

T_SBVC_S

TFA_BSV

FIS_BUS

CGA_BSV

BSV_ADS

SBVC_BUS

)9:2(G_CT_S

)9:2(G_CT_SS_

TC

_G

(2)

S_

TC

_G

(2)

10-1-12 SUB-TUNERThis Document can not be used without Samsung’s authorization.

PowerSignal

Samsung Electronics

Schematic Diagram

10-13

..WS-NAF

delbane tuptuO : hgiH

delbasid tuptuO : woL

LAMRON : 0LAMRONBA : 1

NOITPO AEROK / ASU!!FFUTS TON OD : AEROK

FERX

FERX

V05

0027CFn1

FERX

FERX

FERX

FERX

FERX

FERX

FERX

FERX

FERX

FERX

NOITPO_V21

FERX

FERX

FERX

FERX

DOP_V5S

FERX

FERX

FERX

FERX

FERX

FERX

FERX

FERX

FERX

FERX

FERX

V61

FERX

FERX

FERX

FERX

Fn01

FERX

Fu740027U

FERX

FERX

FERX

V05

1027U

FERX

DOP_V5S

FERX

FERX

FERX

FERX

FERX

FERX

69

MG

ND

1M

GN

D1

MG

ND

2M

GN

D2

FERX

FERX

FERX

68

78

88

98

9

09

19

29

39

49

59

67

77

87

97

8

08

18

28

38

48

58

66

76

86

96

7

07

17

27

37

47

57

75

85

95

6

06

16

26

36

46

56

74

84

94

5

05

15

25

35

45

55

65

83

93

4

04

14

24

34

44

54

64

82

92

3

03

13

23

33

43

53

63

73

81

91

2

02

12

22

32

42

52

62

72

1

01

11

21

31

41

51

61

71

FERX

0027NC

5-980535

)2(DL

)3(DL

)4(DL

)6(DL

)7(DL

)5(DL

WS_NAF

RORRE_NAF

FERX

mho00127R

)5(AL

)4(AL

)9(AL

)8(AL

)7(AL

)21(AL

)11(AL

)01(AL

)51(AL

)41(AL

)31(AL

DLV_DOP_ST

KLC_DOP_ST

)0(DOP_ST

)1(DOP_ST

)4(DOP_ST

)2(DOP_ST

)3(DOP_ST

)7(DOP_ST

)5(DOP_ST

)6(DOP_ST

XAMIC_ADSXAMIC_LCS

XAMIC_M72

)0(DL

)1(DL

]7:0[DOP_ST

]7:0[NIDOP

XRC

XRD

)7(NIDOP

)5(NIDOP

)6(NIDOP

)4(NIDOP

)2(NIDOP

)3(NIDOP

)0(NIDOP

)1(NIDOP

CNYS_NIDOP

DLV_NIDOP

KLC_NIDOP

1NE

D_OTESERnSC_XAMICn

0NE

EWn_L

EOn_L

TIAW_XAMICn

TNI_XAMICn

NE_BOO

)0(AL

)3(AL

)2(AL

)1(AL

)6(AL

10-1-13 PODThis Document can not be used without Samsung’s authorization.

PowerSignal

Schematic Diagram


Fn001

9237C

Fu1

V01

mho0467R

W01/1

W01/1mho001

967C

W01/1

mho2.65

087R

057L

A121R2102ZMM

177R

4

5 6 7 8

MG

ND

1M

GN

D1

MG

ND

2M

GN

D2

MG

ND

3M

GN

D3

MG

ND

4M

GN

D4

YK

F45-5

004N

YK

F45

-5004N

CN

73

00

CN

73

00

1 2 3

057DB-

B

D_V3.3S

867C

Fp072

V05

1/1

0W

1/1

0W

R7

59

R7

59

5.1

Kohm

5.1

Koh

m

4931_V3.3S

mho220337R

W01/1

W01/1

9237R mho22

1K

oh

m1

Ko

hm

R7

57

R7

57

1/1

0W

1/1

0W

4.7

Kohm

4.7

Koh

mR

75

2R

75

2

1/1

0W

1/1

0W

4.7

Kohm

4.7

Koh

m

4931_V3.3S

1/1

0W

1/1

0W

R7

56

R7

56

157DB -

557C

Fn001

V52

V5S

V52

Fn001

567C

mho0067R

W01/1

W01/1

1/1

0W

1/1

0W

5.1

Ko

hm

5.1

Ko

hm

R7

75

R7

75

FERX

257CFn1V05

mho0277R

667C

Fn001

V52

mho228237R

W01/1

W01/1

7237R mho22

V5.1_4931

W01/1

mho2.65

187R

787R

W01/1mho0

W01/1

367R mho0

0137C

Fn001

V52

V52

Fn001

367C

mho0477R

W01/1

4137C

Fn001

V52V52

Fn001

3137C

mho222337R

W01/1

W01/1

1337R mho22

7137C

Fn001

V52 V52

Fn001

8137C

FERX

4931_V3.3S

V52

Fn001

167C

W01/1

5237R mho22

mho226237R

W01/1

4931_V3.3S

FERX

057X

)zHM675.42(H5MS/94-CH

mho0267R

W01/1

4931_V3.3S

FERX

FERX

zHM675.42

877R

mho2.65

W01/1

1

23

4

10

uF

10

uF

C7

53

C7

53

16

V1

6V

6037L

W01/1

967R mho0

16

V1

6V

C7

54

C7

54

10

uF

10

uF

5.1

Kohm

5.1

Koh

mR

75

0R

75

0

1/1

0W

1/1

0W

467C

Fn001

V52

Fu743049U

V61

L7

51

L7

51

MM

Z2

01

2R

12

1A

MM

Z2

01

2R

12

1A

V52

Fn001

957C

2

14

3

1

23

4

7037L

4037L

W01/1

167R mho0

W01/1

2237C

Fn001

mhoK1.5587R

V05

W01/1487R

mhoK1.5

157CFn01 TUOV

23NIV

TUOV

4

3

PME713ML

057CI

1

JDA

5037L

2

1

V5.1_4931

mho0867R

W01/1

W01/1687R

mhoK1.5

V01Fu1

177C

JT

AG

_T

CK

JT

AG

_T

CK

P9

P9

067C

Fn001

V52

31P

VD

D3.3

VD

D3

.3

P14

P14

2PnPOTS_ICP

PC

I_A

D[1

5]

PC

I_A

D[1

5]

P3

P3

nRRES_ICP

4P

P5

P5

PC

I_A

D[1

3]

PC

I_A

D[1

3]

PC

I_A

D[1

1]

PC

I_A

D[1

1]

P6

P6

P7

P7

PC

I_A

D[7

]P

CI_

AD

[7]

]3[DA_ICP

8P

PC

I_A

D[8

]P

CI_

AD

[8]

N7

N7

]1[DA_ICP

8N

JT

AG

_T

RS

Tn

JT

AG

_T

RS

Tn

N9

N9

nLESVED_ICP

1P

0OIPG01P

P11

P11

DG

ND

DG

ND

0D_2IDSH21P

zDILAVD_2IDSH

zRORRE_2IDSH21N

5.1DDV

31N

3OIPG41N

5.1DDV

2N 5.1DDV

3N

DG

ND

DG

ND

N4

N4

nRREP_ICP

5N

PC

I_A

D[1

2]

PC

I_A

D[1

2]

N6

N6

4M

PC

I_A

D[1

4]

PC

I_A

D[1

4]

M5

M5

M6

M6

PC

I_A

D[9

]P

CI_

AD

[9]

DG

ND

DG

ND

M7

M7

PC

I_A

D[5

]P

CI_

AD

[5]

M8

M8

VD

D3.3

VD

D3

.3M

9M

9

nYDRI_ICP

1N

nTESER

01N

11NzCNYS_2IDSH

DS

SC

lk27

DS

SC

lk27

M1

0M

10

zKLC_2IDSH11M

21M5.1DDV

2OIPG31M

4OIPG41M

nEMARF_ICP

2M

nYDRT_ICP

3M

RRAP_ICP

L2

L2

PC

I_A

D[1

6]

PC

I_A

D[1

6]

L3

L3

DG

ND

DG

ND

L4

L4

n1EB/C_ICP

5L

PC

I_A

D[1

0]

PC

I_A

D[1

0]

L6

L6

PC

I_A

D[6

]P

CI_

AD

[6]

L7

L7

]2[DA_ICP

8L

JT

AG

_T

MS

JT

AG

_T

MS

L9

L9

n2EB/C_ICP

1M

8K

JT

AG

_T

DI

JT

AG

_T

DI

K9

K9

PC

I_A

D[1

7]

PC

I_A

D[1

7]

L1

L1

JT

AG

_T

DO

JT

AG

_T

DO

L10

L1

0

1OIPG11L

21LzKLC_1IDSH

zRORRE_1IDSH31L

zDILAVD_1IDSH41L

VD

D3.3

VD

D3

.3

7D_1IDSH41K

PC

I_A

D[1

8]

PC

I_A

D[1

8]

K2

K2

PC

I_A

D[1

9]

PC

I_A

D[1

9]

K3

K3

K4

K4

PC

I_A

D[2

2]

PC

I_A

D[2

2]

VD

D3.3

VD

D3

.3K

5K

5

6Kn0EB/C_ICP

]4[DA_ICP

7K

]0[DA_ICP

J7

J7

N/A

N/A

J8

J8

N/A

N/A

N/A

N/A

J9

J9

PC

I_A

D[2

0]

PC

I_A

D[2

0]

K1

K1

RE

F_S

YT

RE

F_S

YT

K10

K10

VD

D3.3

VD

D3

.3K

11

K11

21KzCNYS_1IDSH

DG

ND

DG

ND

K13

K13

6D_1IDSH21J

5D_1IDSH31J

4D_1IDSH41J

PC

I_A

D[2

1]

PC

I_A

D[2

1]

J2

J2

LESDI_ICP

3J

PC

I_A

D[2

4]

PC

I_A

D[2

4]

J4

J4

VD

D3.3

VD

D3

.3

J5

J5

N/A

N/A

J6

J6

4H

PC

I_A

D[2

6]

PC

I_A

D[2

6]

H5

H5

N/A

N/A

H6

H6

N/A

N/A

H7

H7

N/A

N/A

H8

H8

N/A

N/A

H9

H9

PC

I_A

D[2

3]

PC

I_A

D[2

3]

J1

J1

3D_1IDSH 01J

DIV

_V

CO

DIV

_V

CO

J1

1J1

1

PC

I_A

D[2

7]

PC

I_A

D[2

7]

TUO_8590601H

2D_1IDSH 11H

0D_1IDSH21H

1D_1IDSH31H

DG

ND

DG

ND

H14

H14

H2

H2

PC

I_A

D[2

5]

PC

I_A

D[2

5]

PC

I_A

D[2

8]

PC

I_A

D[2

8]

H3

H3

n3EB/C_ICP

PC

I_A

D[3

0]

PC

I_A

D[3

0]

G3

G3

nTSOH_TESER

4G

DG

ND

DG

ND

G5

G5

N/A

N/A

G6

G6

N/A

N/A

G7

G7

N/A

N/A

G8

G8

N/A

N/A

G9

G9

H1

H1

N/A

N/A

F9

F9

PC

I_A

D[2

9]

PC

I_A

D[2

9]

G1

G1

01GzCNYS_0IDSH

zDILAVD_0IDSH11G

NI_8590621G

zKLC_0IDSH31G

zRORRE_0IDSH41G

2GnTNG_ICP

VC

O_C

LK

VC

O_C

LK

F14

F14

)nTNI_FICM(nATNI_ICP

2F

3.3DDV

3F

KLC_ICP

4F

F5

F5

PC

I_A

D[3

1]

PC

I_A

D[3

1]

N/A

N/A

F6

F6

N/A

N/A

F7

F7

N/A

N/A

F8

F8

N0BPT

7E

WA

KE

UP

WA

KE

UP

E8

E8

MC

IF_S

EL0

MC

IF_S

EL0

E9

E9

nQER_ICP

1F

5D_0IDSH01F

7D_0IDSH11F

6D_0IDSH21F

DG

ND

DG

ND

F13

F13

11E

3D_0IDSH21E

31E1D_0IDSH

2D_0IDSH41E

XO

XO

E2

E2

5.1DDV

3E5.1DDV

4E

N/A

N/A

E5

E5

P0BPT

6E

DG

ND

DG

ND

0SAIBPT

5D

DG

ND

DG

ND

D6

D6

AV

dd3.3

AV

dd

3.3

D7

D7

BIA

SD

ISB

IAS

DIS

D8

D8

TE

ST

_M

OD

ET

ES

T_M

OD

ED

9D

9

XI

XI

E1

E1

01E8OIPG

4D_0IDSH

D1

D1

n1HC_QERAMD

01D

KCRL_CAD11D

KCB_CAD21D

ATAD_CAD31D

0D_0IDSH41D

D2

D2

AV

dd3.3

AV

dd

3.3

NO

_C

ON

NE

CT

NO

_C

ON

NE

CT

D3

D3

D4

D4

NO

_C

ON

NE

CT

NO

_C

ON

NE

CT

C3

C3

N1APT

4C

N1BPT

5C

AV

dd3.3

AV

dd

3.3

C6

C6

01OIPG7C

nKNIL_TESER8C

n1HC_KCAAMD

9C

PLLV

DD

1.5

PLLV

DD

1.5

9OIPG9B

C1

C1

PLLV

SS

PLLV

SS

DG

ND

DG

ND

C10

C10

PH

Y_T

ES

T_M

OD

En

PH

Y_

TE

ST

_M

OD

En

C11

C11

5.1DDV

21C5.1DDV

31C

3.3DDV

41C

NO

_C

ON

NE

CT

NO

_C

ON

NE

CT

C2

C2

31B

ETUM_OIDUA41B

DG

ND

DG

ND

B2

B2

P1APT

3B

P1BPT

4B

DG

ND

DG

ND

B5

B5

P0APT

6B

CP

SC

PS

B7

B7

3.3DDV

8B

6A

A7

A7

CN

CN

PH

YH

CLK

PH

YH

CLK

A8

A8

PH

Y8C

LK

PH

Y8

CLK

A9

A9

R0

R0

B1

B1

01Bn0HC_QERAMD

5OIPG11B

DG

ND

DG

ND

B12

B12

KCM_CAD

RRE_OIDUA21A

n0HC_KCAAMD

31A

MC

IF_S

EL1

MC

IF_S

EL1

A14

A14

NO

_C

ON

NE

CT

NO

_C

ON

NE

CT

A2

A2

1SAIBPT

3A

NO

_C

ON

NE

CT

NO

_C

ON

NE

CT

A4

A4

AV

dd3.3

AV

dd

3.3

A5

A5

N0APT

157CI

RCHGA24AD34BST

R1

R1

A1

A1

6OIPG01A

7OIPG11A

387R

mhoK1.5

W01/1

FERX

V52

Fn001

767C

267C

Fn001

V52

077R W01/1

667R

mho2.65

W01/1

657C

Fp22

V05

mho2.65

V05

Fp22

757C

mho0W01/1

777R

W01/1

7149U mho0

V5S

L7

53

L7

53

MM

Z2

01

2R

12

1A

MM

Z2

01

2R

12

1A

MM

Z2

01

2R

12

1A

MM

Z2

01

2R

12

1A

L7

52

L7

52

1/1

0W

1/1

0W

0o

hm

0o

hm

W01/1

767R mho0

R7

58

R7

58

10

Ko

hm

10

Koh

m

R7

54

R7

54

1/1

0W

1/1

0W

2137C

Fn001

V52V52

Fn001

1137C

977R

W01/1

mho2.65

V05

Fp072

077C

5137C

Fn001

V52 V52

Fn001

6137C

4.7

Kohm

4.7

Koh

m

R7

55

R7

55

1/1

0W

1/1

0W

1/1

0W

1/1

0W

6.3

4K

ohm

6.3

4K

oh

mR

75

3R

75

3

W01/1

mho2.65

W01/1mho0677R

1K

ohm

1K

ohm

R7

51

R7

51

1/1

0W

1/1

0W

567R

287R

mho2.65

W01/1

V5.1_4931

V52

Fn001

857C

)2(D_IDEJ_MORF

)3(D_IDEJ_MORF

)4(D_IDEJ_MORF

)5(D_IDEJ_MORF

)6(D_IDEJ_MORF

)7(D_IDEJ_MORF

)0(D_IDEJ_MORF

)1(D_IDEJ_MORF

TSRn_ICP

DLV_IDEJ_MORF

KLC_IDEJ_MORF

PC

I_A

D(1

9)

PC

I_A

D(1

9)

PC

I_A

D(1

8)

PC

I_A

D(1

8)

PC

I_A

D(2

0)

PC

I_A

D(2

0)

PC

I_A

D(2

4)

PC

I_A

D(2

4)

PC

I_A

D(2

1)

PC

I_A

D(2

1)

PC

I_A

D(2

3)

PC

I_A

D(2

3)

PC

I_A

D(2

6)

PC

I_A

D(2

6)

3EBCn_ICP

PC

I_A

D(2

8)

PC

I_A

D(2

8)

PC

I_A

D(2

5)

PC

I_A

D(2

5)

PC

I_A

D(2

7)

PC

I_A

D(2

7)

PC

I_A

D(3

0)

PC

I_A

D(3

0)

1TNGn_ICP

PC

I_A

D(2

9)

PC

I_A

D(2

9)

PC

I_A

D(3

1)

PC

I_A

D(3

1)

1TUO_KLC_ICP

ATNIn_ICP

1QERn_ICP

TSRn_KNIL

DLV_IDEJ_OT

D_IDEJ_OT

CNYS_IDEJ_OT

KLC_IDEJ_OT

CNYS_IDEJ_MORF

)12(DA_ICP

)0:13(DA_ICP

)3(DA_ICP

PC

I_A

D(7

)P

CI_

AD

(7)

PC

I_A

D(1

1)

PC

I_A

D(1

1)

PC

I_A

D(1

3)

PC

I_A

D(1

3)

RRESn_ICP

PC

I_A

D(1

5)

PC

I_A

D(1

5)

POTSn_ICP

LESVEDn_ICP

)1(DA_ICPP

CI_

AD

(8)

PC

I_A

D(8

)

PC

I_A

D(1

2)

PC

I_A

D(1

2)

RREPn_ICP

YDRIn_ICP

PC

I_A

D(5

)P

CI_

AD

(5)

PC

I_A

D(9

)P

CI_

AD

(9)

PC

I_A

D(1

4)

PC

I_A

D(1

4)

RAP_ICP

YDRTn_ICP

EMARFn_ICP

2EBCn_ICP

)2(DA_ICP

PC

I_A

D(6

)P

CI_

AD

(6)

PC

I_A

D(1

0)

PC

I_A

D(1

0)

1EBCn_ICP

PC

I_A

D(1

6)

PC

I_A

D(1

6)

PC

I_A

D(1

7)

PC

I_A

D(1

7)

)0(DA_ICP

)4(DA_ICP

0EBCn_ICP

PC

I_A

D(2

2)

PC

I_A

D(2

2)

10-1-14 1394This Document can not be used without Samsung’s authorization.

PowerSignal

Samsung Electronics

Schematic Diagram

10-15

CCV = 02# ,7528VTS : ROKDNG = 02# ,8528VTS : ASU

BV21

FERX

Fu0017009C

V61

4749U

Fu74V61

F-SW8414N12109D

5609RmhoK01

mhoK01

2609R

V61Fu22

7749U

W01/1

5109R mhoK7.4

6609RmhoK03

FERX

mhoK11

0609R

1uF

1u

F50V

50

V

FERX

FERX

mhoK7.43309R

C9

05

6C

905

6

7528_V8.1B

2609CFn001

50

V50

VC

91

61

C9

16

11

nF

1n

F

W01/16209R

mhoK2.2

V05

5309CFn001

FERX

1109DF-SW8414N1

2.2

nF

2.2

nF

C9

17

1C

91

71

50

V50

V

50

V50

VC

91

70

C9

17

02.2

nF

2.2

nF

W01/1

7309R

mhoK8.6

8109R mho001

V05

7409C

Fp001

Hu225009L

FERX

V52

Fn001

0619C

FERX

FERX

3209C Fn001

mho7.49009R

W4/1

V05

Fn0010519C

DV3.3B

V52

Fn001

2649U

D_V3.3D

1649U

EN106J12CIC

Fn0013809C

5749UFu001

V61

-2NI

2TUO7

8CCV

FERX

Fp729709C

11TUO

2-1NI

3+1NI

EEV4

+2NI5

6

0609CHu01

V8B

TDC260LT

0609CI

W01/1

8309R

mho001

8809C

Fp72

E

BC

FERX

Y-3261CSK3009Q

V61

1019CFn33

V05

2209C

Fp001

V05Fn0013409C

CN5

CCV6

7 LTUOV

RTUOV8DNGA

9

FERX

21TSET

PMED

31

41ETUM

51TMF

KCS

61

2 ATAD

3 KCRL

DNGD4

RQBD4571MCP

6009CI

1 KCB

01MOCV

AOREZ

11

mho227009R

W8/1

7709CFu01

1309C

Hu220009L

1609C

V05Fn001

Fn001

mhoK03

7609R

9749UFu22

V61

DV3.3B

2409C

V36

Fn074

A81-E7111PA

1007CI

1NI

2

DNG

3TUO

TUO

V52

Fn001

1609RmhoK11

5409C

V61Fu01

6749U

8749UFu01

V61

8709CFu01

3109DB -

NOITPO_V21

mhoK001

40009RW01/1

W01/1

6109R mhoK1

V52

8909C

Fu01V61

Fn33

FERX

9209C

Fn001

Fn001

V61

20009C

1n

F1

nF

C9

16

4C

91

64

50

V5

0V

1709C

50

V5

0V

C9

16

3C

91

63

1n

F1

nF

1n

F1n

FC

91

62

C9

16

25

0V

50

V

Hu017009L

V054309C Fn001

V05

3909C Fn001

V5D

7528_V8.1B

Fp001

8409C

1519C

Fn001

6009LHu01

mhoK153609R 4609R

mhoK15

V5D

1509C

Fn001

mhoK3.34109R

W01/1

9809C

V61Fu74

Fp001

1209C

V05

-2109DBDV3.3B

Hu01 0109L

C

Fn0010909C

Y-3261CSK1009Q

E

B

mhoK11209R

W01/1

8509C

Fn001

V05Fu19909C

V01

Fu001

3009C

1909C Fu01

mho7.4

W4/1

2009R

mho00110009R

1109R mho074

0309C

Fp033

V05

V05Fn2.1

4409C

V05Fu1

9109C

mho7.4

W4/1

6009R

V05

4509CFu1

Fu16809C

7209C

Fn001

V05

V05

MOCIM_V3.3_BTS

5009RW01/1

mhoK1

2309C

Fn015009C

V01

Fu001

3649U

V05Fn001

V52

Fn001

2509C

2309R mho001

Fp65 6609CV05

4009Q

Y-3261CSK

E

BC

3209R mho001

0209C

Fn001

V05

V05

Fu228009C

V61

Fu01

9309CFn001

50V

50

V1uF

1u

FC

90

55

C9

05

5

0009U

3009LHu22

1109DB -

Fn0012709C 3709C

Fn001

3DNG

5809C Fu1 V05

8009CI

FTR-FA2407AIK

NI1

DNG

2

TUO

2749U

Fn001

V5D

0009Q2811ASK

E

BC

V61

Fu01

FERX

FERX

V61Fu74

7509C

6209C

0109DB

DV3.3B

FERX

Fn001

8609C

-

1009CI

1NI

2

DNG

3TUO

Fn332019C

V61

PF80M871AB

2009LHu22

FERX

Fn745709C

7528_V8.1B

F-SW8414N10109D

V5D

8209C

Fu01

V61

5609C

Fn022

E

BC

V36

3309C

Fn074

DV3.3B

4011RSK

5009Q

Hu018009L

Fu014649U

V05

Fp033

8309C

FERX

mho001

7209R

9109R mho001

0009DB

V053609C Fn01

EN106J12CIC

30

Ko

hm

30

Ko

hm

R9

02

5R

90

25

1/1

0W

1/1

0W

V057309C Fn001

mho0011309R

7528_V8.1B

Fn001

0709CV05

0509C

Fp022

4209C

Fn001

V52

80

80

9L_NI_1CS

7528_V8.1B

Fu0110009C

SIF

_P

SIF

_P

SIF

_N

SIF

_N

74

74

75

75

GN

DP

W_IF

GN

DP

W_IF

VC

C1

8_

IFV

CC

18

_IF

76

76

77

77

GN

D1

8_

IFG

ND

18

_IF

MO

NO

_IN

MO

NO

_IN

78

78

79

79

SC

4_

IN_

LS

C4

_IN

_L

CS_33DNG8

SC

4_

IN_

RS

C4

_IN

_R

66

66

67

67

VS

S18

VS

S1

8

BU

S_

EX

PB

US

_E

XP

68

68

69

69

IRQ

IRQ

7CS_33CCV

GN

D_

PS

UB

GN

D_

PS

UB

70

70

71

71

VD

D1

8_

AD

CV

DD

18

_A

DC

VS

S1

8_

AD

CV

SS

18

_A

DC

72

72

73

73

2OI_33DDV

R_TUO_3CS6

KLC_MCP_S2I06

61

61

I2S

_S

CL

KI2

S_

SC

LK

I2S

_L

R_

CL

KI2

S_

LR

_C

LK

62

62

63

63

I2S

_D

AT

A0

I2S

_D

AT

A0

I2S

_D

AT

A1

I2S

_D

AT

A1

64

64

65

65

I2S

_D

AT

A2

I2S

_D

AT

A2

VD

D1

8V

DD

18

LES_KLC

PTXKLC_NILATX25

35MTXKLC_TUOLATX

1KLC_81CCV45

551KLC_81DNG

2KLC_81DNG65

752KLC_81CCV

2OI_33SSV85

95

44

54TUO_FIDP

1OI_33DDV64

741OI_33SSV

LRTC_TST_KC84

9481SSV

5L_TUO_3CS

81DDV05

15

37

37

38

38

VD

D1

8V

DD

18

SC

LS

CL

39

39

H_DNG4

40

40

SD

AS

DA

1481SSV

81DDV24

34N_TSR

NI_FIDP

H_CCV

30

30

LS

_S

UB

LS

_S

UB

HP

_L

SS

_L

HP

_L

SS

_L

31

31

32

32

HP

_L

SS

_R

HP

_L

SS

_R

VS

S1

8_

CO

NV

VS

S1

8_

CO

NV

33

33

34

34

VD

D1

8_

CO

NV

VD

D1

8_

CO

NV

HP

_D

ET

HP

_D

ET

35

35

36

36

AD

R_

SE

LA

DR

_S

EL

VS

S18

VS

S1

8

22

22

VD

D3

3_

CO

NV

VD

D3

3_

CO

NV

SC

3_

IN_

LS

C3

_IN

_L

23

23

24

24

SC

3_

IN_

RS

C3

_IN

_R

SC

L_

FL

TS

CL

_F

LT

25

25

26

26

SC

R_

FL

TS

CR

_F

LT

LS

_C

LS

_C

27

27

28

28

LS

_L

LS

_L

LS

_R

LS

_R

29

29

3

R_NI_2CS

SL_33CCV61

71SL_33DNG

L_TUO_2CS81

91R_TUO_2CS

R_TUO_1CS2

AS_DNG02

VS

S3

3_

CO

NV

VS

S3

3_

CO

NV

21

21

XSD8528VTS

7009CI

1L_TUO_1CS

R_NI_1CS01

11AFERV

CN21

31GBV

L_NI_2CS41

51

Fn001

2009C

0209R mhoK3.3

FERX

V05

W4/1

W01/1

Fn001

mho7.40009R

W01/150009R

mhoK001

9609C

Fu001V61

3749U

100nF

10

0n

FC

91

04

C9

10

4

mho74

mho0740109R

W8/1

1009R

6309R

mho065

2109R

W01/1

mho22

7609C

Fu74V61

BV61

NGISCCV

63

B2CCV 4

.C.N 5

B2DNG 6

7A2DNG

A2CCV 8

A2TUO 91DNGM

92ADDV

3B2TUO

IDS

03IKCRL

13

23IKCIV

DNG

33

43DDV

53SSV

12GIFNOC

TESER

22

32LCS

42ADS

SER

52

62RETLIFLLP

ITX

72

82ADNG

41.C.N

51A1CCV

61A1TUO

NAELCDNG 71

81SBUSV91GERDDV

2.C.N

DV

02

W323ATS

5009CI

.C.N 1

01B1TUO

11B1CCV

B1DNG 21

A1DNG 31

0809C

Fn001

)mpp03,zHM72(H5MS/94-CH

zHM0.72

2029X

FERX

Fn001

5019C

V61

FERX

Fp65 2909CV05

1/1

0W

1/1

0W

R9

09

1R

90

91

0o

hm

0o

hm

0o

hm

0o

hm

R9

09

2R

90

92

1/1

0W

1/1

0W

4009R mho001W01/1

0409C

4309R

mho05309Rmho74

V01

Fu1

1

2

3

4

E

BC

FERX

FERX

0009NC

FERX

2009Q

Y-3261CSK

V057809CFp65

FERX

3009RW01/1

mho001

2209R

Fn0014809C

Fu001V61

mho001

V5S

9509C

V8B

8009R

W01/1

mhoK9.3

BV61

V051409C Fn001

FERX

6409C

V05Fn001

V05Fn0015209C

4009C

9009L Hu01

Fn001

4909C

Fn001

V61Fu0333019C

2109LHu01

V8B

1K

oh

m1

Ko

hm

R9

01

7R

90

17

1/1

0W

1/1

0W

Fn0011809C

22

0o

hm

22

0o

hm

R9

02

9R

90

29

1/1

0W

1/1

0W

V05

Fn001

3509C

V5D

FERX

Fn0017909C

0019C Fu1 V05

FERX

V054609C

Fp051

V05

9409C

Fp001

2809C

Fn001

6009C

Fn001

4209R mhoK7.4

Hu01 1109L

V05Fn0016309C

3109LHu01

V61Fu74

6709C

PMA_ATAD_S2I

PMA_KLCRL_S2I

PMA_KLCS_S2I

TUO_R-

TESER_DNUOS

ABLA_FIDPS

TUO_FIDPS

PMA_KLC_S2I

TUO_L+

TUO_R+

ETUM_NOM

TUO_REFOOW_BUS

L_ROTINOM

KLCM_XT_S2I

FIS

TUO_L-

TESER_DNUOS

FIS_NIAM

LES_FIS

FIS_BUS

R_ROTINOM

TESERn_S

E_ADS

E_LCS

PMA_ATAD_S2I

PMA_KLCS_S2I

PMA_KLCRL_S2I

KLCRL_XT_S2I

KLCB_XT_S2I

ATAD_XT_S2I

A_LCS

A_ADS

FIS

L_NIAM

R_NIAM

L_EDIS

R_EDIS

L_ROTINOM

R_ROTINOM

PMA_KLC_S2I

TESER_DNUOS

10-1-15 AUDIOThis Document can not be used without Samsung’s authorization.

PowerSignal

Schematic Diagram


D ,A : 7L

1DEL .4

C

)NIP REWOP HCAE RAEN ECALP(

A

2YEK .3

2DEL .5

RI .1

DNG .2

DNG .4

DNG .1

1YEK .2

DNG .7

C ,B+A : 3L

AV5 .1

RWP-YEK .2

B

RI - BCP DEL/RI tnorF

1M-LCS .5

DEL - BCP DEL/RI tnorF

A

BV5 .6

C ,B ,A : 5L

B

DNG .3

3DEL .6

1YEK .2

AV5 .3

D

1DEL .1

2YEK .3

1M-ADS .4

CyeK ediS

...swollof sa desU

R8

16

R81

61

00

oh

m1

00

oh

m

FERX

mhoK7.4W01/1

298R

008NC

)P(60-002WMS

1

2

3

4

5

6

V05

118CFp61

R8

19

R81

91

00

oh

m1

00

oh

m

W01/1

mhoK7.4018U

208U mhoK7.4W01/1

FERX

W01/1

mhoK7.4418U

5

6

318U mhoK7.4W01/1

508NC

1

2

3

4

CD

S3C

30G

TH

CD

S3C

30G

TH

D8

00

D80

0

FERX

FERX

1/1

0W

1/1

0W

mhoK7.4438U

1

2

3

4

MOCIM_V3.3_BTS

FERX

mhoK7.4618U

308NC

058R mho001

W01/1

W01/1

mhoK7.4398R

W01/1

W01/1

mhoK7.4138U

938R mho001W01/1

108R

mhoK1

FERX

W01/1

mhoK7.4108U

10

0o

hm

100o

hm

R8

67

R86

7

mho028758R

908U

FERX

R8

11

R81

11

00

oh

m1

00

oh

m

mhoK7.4

W01/1

mhoK7.4

538R mho001W01/1

FERX

498R

R8

13

R81

31

00

oh

m1

00

oh

m

518U mhoK7.4W01/1

FERX

W01/1

mho001048R

208NC

1

2

3

4

10

0o

hm

10

0o

hm

R8

18

R81

8

FERX

FERX

W01/1mhoK7.4328U

HTG03C3SDC208D

FERX

W01/1

mho001258R

MOCIM_V3.3_BTS

408C

Fn001

V52

W01/1

mho001428R

FERX

FERX

EN106J12CIC

308DB

FERXFERX

MOCIM_V5S

608U mhoK7.4W01/1

MOCIM_V3.3_BTS

FERX

10

0o

hm

100o

hm

R8

66

R86

6

10

0o

hm

10

0o

hm

R8

17

R81

7

FERX

FERX

W01/1

mhoK7.4628U

FERX

728U mhoK7.4W01/1

MOCIM_V3.3_BTSMOCIM_V5S

V52

Fn001

228C

718CFn01V05

W01/1

mho001478R

R8

64

R86

41

00

oh

m100o

hm

W01/1

mho001328R

008R mho074W01/1

W01/1

mho001748R

928R

W01/1

mhoK7.4098R

W01/1

mho001848R

W01/1

mho074

808C

Fn001

V52V61

V05

Fn01

028C

Fu001

708C

128U mhoK7.4W01/1

008U

10

0o

hm

100o

hm

R8

60

R86

0

FERX

FERX

mhoK7.4W01/1

10

0o

hm

10

0o

hm

R8

10

R81

0

818U mhoK7.4W01/1

R8

09

R80

91

00

oh

m1

00

oh

m

338U

R8

59

R85

91

00

oh

m100o

hm

mhoK7.4 1/1

0W

1/1

0W

FERX1

00

oh

m1

00

oh

mR

81

4R

81

4

FERX

018CFn001

V52

FERX

W01/1

mho001348R

HTG03C3SDC108D

FERX

mhoK1

658R

zHM2950.11

008X

FERX

FERX

R8

63

R86

31

00

oh

m100o

hm

EN106J12CIC

408DB

208C

Fn001

V52

518C

Fu01

V61

V61

Fu01

108C

418C

Fn01

V05

218C

V05

448R mho001W01/1

Fp61

408U mhoK7.4W01/1

1/1

0W

1/1

0W

FERX

FERX

FERX

mhoK7.4708U

338R mho001W01/1

W01/1

mho001138R

10

0o

hm

100o

hm

R8

70

R87

0

mho001W01/1

FERX

MOCIM_V5S

1

2

3

FERX

238R

528R mho001W01/1

408NC10

0o

hm

10

0o

hm

228U mhoK7.4W01/1

R8

12

R81

2

808UmhoK7.41

/10W

1/1

0W

R8

07

R80

71

00

oh

m1

00

oh

m

618C

Fn001

V52

FERX

FERX

0049U

EN106J12CIC

MOCIM_V3.3_BTS

10

0o

hm

10

0o

hm

R8

15

R81

5

MOCIM_V3.3_BTS

W01/1

mhoK7.4208R

10

0o

hm

100o

hm

R8

73

R87

3

MOCIM_V5S

V52Fn001908C

MOCIM_V3.3_BTS

FERX

FERX

W01/1

mho001738R

W01/1

mhoK7.4508U

FERX

V5D

R8

68

R86

81

00

oh

m100o

hm

238UmhoK7.4

W01/1

FERX

FERX

508DHTG03C3SDC

948R mho001W01/1

OS/0.2P8

P0.0

/PG

0P

0.0

/PG

080

80

97.5P

W01/1

mho001548R

P1.0

P1

.072

72

73

73

P0

.7/P

G7

P0

.7/P

G7

74

74

P0

.6/P

G6

P0

.6/P

G6

75

75

P0

.5/P

G5

P0

.5/P

G5

P0

.4/P

G4

P0

.4/P

G4

76

76

77

77

P0

.3/P

G3

P0

.3/P

G3

P0

.2/P

G2

P0

.2/P

G2

78

78

P0

.1/P

G1

P0

.1/P

G1

79

79

65

65

P1.7

P1

.7

P1.6

P1

.666

66

67

67

P1.5

P1

.5

68

68

P1.4

P1

.4

69

69

P1.3

P1

.3

7IS/1.2P

P1.2

P1

.270

70

71

71

P1.1

P1

.1

0.6P85

959TNI/5.8PKCS/2.2P

6

068TNI/4.8P

163.8P

2.8P26

361.8P

0.8P46

6.6P05

155.6P

2SSV25

352DDV

4.6P45

553.6P

2.6P65

751.6P

34FERVA

44SSVA

543CDA/3.7P

2CDA/2.7P64

741CDA/1.7P

0CDA/0.7P84

947.6P

TUOAD/3.2P5

36

36

P4

.2/I

NT

2P

4.2

/IN

T2

P4

.1/I

NT

1P

4.1

/IN

T1

37

37

38

38

P4

.0/I

NT

0P

4.0

/IN

T0

P7

.7/A

DC

7P

7.7

/AD

C7

39

39

MWPBT/4.2P4

40

40

P7.6

/AD

C6

P7.6

/AD

C6

145CDA/5.7P

4CDA/4.7P24

P3

.1/T

1C

K1

P3

.1/T

1C

K1

29

29

3KCAT/5.2P

30

30

P3

.0/T

1C

K0

P3

.0/T

1C

K0

P4

.7/I

NT

7P

4.7

/IN

T7

31

31

32

32

P4

.6/I

NT

6P

4.6

/IN

T6

33

33

P4

.5/I

NT

5P

4.5

/IN

T5

34

34

P4

.4/I

NT

4P

4.4

/IN

T4

P4

.3/I

NT

3P

4.3

/IN

T3

35

35

1DxR/1.5P12

221DxT/0.5P

1TUOCT/7.3P32

420TUOCT/6.3P

P3.5

/T1O

UT

1P

3.5

/T1

OU

T1

25

25

26

26

P3.4

/T1O

UT

0P

3.4

/T1

OU

T0

P3

.3/T

1C

AP

1P

3.3

/T1C

AP

127

27

28

28

P3

.2/T

1C

AP

0P

3.2

/T1C

AP

0

TUOX41

51NIX

TSET61

714.5P

810DxR/3.5P

91BTESER

PACAT/6.2P2

0DxT/2.5P02

BRWQ-ZZXBB48F3S

008CI

1TUOAT/7.2P

01TADS/6.5P

11KLCS/5.5P

1DDV21

311SSV

FERX

W01/1

mho001438R

10

0o

hm

10

0o

hm

R8

08

R80

8

V52

Fn001

008C

148R mho001W01/1

R8

61

R86

11

00

oh

m100o

hm

MOCIM_V5S

928U mhoK7.4W01/1

408R

mhoK01

W01/1

CN2

CN3

4SSV

5ADS

LCS6

7CW/

CCV8

7.2-IS01-NA61C42TA

118U

CN1

W01/1

mhoK7.4

628R mho001W01/1

308R mhoK7.4W01/1

FERX

038U

FERX

R8

65

R86

5

028R mhoK7.4W01/1

10

0o

hm

10

0o

hm

R8

06

R80

6

10

0o

hm

100o

hm

FERX

128R mho001W01/1

FERX

W01/1

mhoK7.4028U

FERX

MOCIM_V3.3_BTS

FERX

mho001W01/1

HTG03C3SDC608D

HTG03C3SDC308D

228R

FERX

V5S

578R

mhoK1

V61

Fu01

128C

R8

05

R80

51

00

oh

m1

00

oh

m

638R mho001W01/1

EN106J12CIC

108DB

FERX

248R mho001W01/1

648R mho001W01/1

W01/1

mho001038R

10

0o

hm

100o

hm

R8

69

R86

9

W01/1

mhoK7.4218U

R8

72

R87

21

00

oh

m100o

hm

W01/1

mhoK7.4828U

FERX

W01/1

mho001828R

FERX

678Rmho028

W01/1

mhoK7.4308U

DNG

2

TUO3DNG

V05Fn01818C

FTR-FA2407AIK

208CI

NI1

W01/1mhoK7.4428U

mhoK1

728R

mho001W01/1

W01/1

mhoK7.4528U

508C

838R

10

0o

hm

100o

hm

R8

62

R86

2

V52

Fn001

1NI

2

DNG

3TUO

DNG

MOCIM_V5S

108CI

FA5207AIK

V61

Fu001

308C

HTG03C3SDC408D

1NI

2

DNG

3TUO

TUO

R8

71

R87

11

00

oh

m100o

hm

3.3-E7111PA

008GER

198R mhoK7.4W01/1

598R mhoK7.4W01/1

MOCIM_V3.3_BTS

918CFn01

V05

V52

Fn001

608C

FERX

MOCIM_V3.3_BTS

DI_KCAJCP

1YEK

2YEK

ETUM_NOM

ETUM_REFOOW

RWP-YEK

2YEK

RI

1YEK

TED-2V

TEDV_EDIS

TED-1S

TED-2S

TEDS_EDIS

TED-1PMOC

TED-2PMOC

TED-1V

DOOGRWP

TSET

nETESER

WS_NAF

0LCS

DI-2IMDH

RORRE_PMAL

nETESER

TSET

0LCS

0ADS

TESERn

0DxR

0DxT

WS-REWOP

TESERn_DM

LAVCNYS_PLD

RORRE_NAF

XR_MOCIM

XT_MOCIM

RI

REMIT_DEL

RWP-YEK

BTS_DEL

PMAL_DEL

0DxT

0DxR

DI-1IMDH

1M-LCS

1M-ADS

BTS_DEL

PMAL_DEL

REMIT_DEL

YDAER_PDD

0ADS

10-1-16 MICOMThis Document can not be used without Samsung’s authorization.

PowerSignal

Samsung Electronics

Schematic Diagram

10-17

0Ex0 : RDDA C2I 0Ex0 : RDDA C2I

07x0 : RDDA C2I 27x0 : RDDA C2I

1/1

0W

1/1

0W

FERX

50

V5

0V

20

pF

20

pF

C9

21

7C

92

17

1K

ohm

1K

ohm

R9

28

2R

92

82

W01/1

mho001

3729R

1/1

0W

1/1

0W

U9

46

9U

94

69

1K

ohm

1K

ohm

3029R mho001

2229R mho001

4129R mho001

TUODNG

2729R

mho001

W01/1

FTR-FA2407AIK

1NI

2

DNG

3

0229R mho001

0029CIFERX

0349U mho001

mhoK7.42329R

mho001

W01/1

5029R

mhoK7.407442R

mho0019229R

mhoK1 W01/15629R

FERX

FERX

FERX

6129R mho001

mhoK7.4

W01/1

3629R

7029C

Fn033

V61

mhoK7.4

W01/1

1629R

1029Q

4011RSKE

BC

FERX

5129C

FERX

R9

27

1R

92

71

10

0o

hm

10

0o

hm

1/1

0W

1/1

0W

V52

Fn001

0129Q

L2007N2

DG

S

8029C

Fn001

V52

FERX

mho0017129R

1/1

0W

1/1

0W

R9

29

2R

92

92

1K

ohm

1K

ohm

9

V52

Fn001

2029C

61

21A

3 TESER/

0DS4

0CS5

1DS6

71CS

SSV8

2DS

WP6459ACP

2029CI

10A

012CS

3DS11

213CS

2A31

41LCS

51ADS

DDV

FERX

FERX

4029C

Fn001

V52

mhoK15129R

NOITPO_V5

FERX

FERX

9129R mho001

6029CFp51

V05

W01/1

mhoK1

4629R

NOITPO_V5

FERX

1329R mho001

mho0012029R

V52

Fn001

3129C

0029RmhoK74

mho001 3529R

W01/1

mho00749U

1349U

D_V3.3S

0029D

11-ET-B6.5ZLR

mho001

FERX

mho001

FERX

FERX

9429R

FERX

6629R

mhoK1 W01/1

NOITPO_V5

3129R mho001

mho0016229R

FERX7029R

W01/1

mho001

1029RmhoK7.4

1K

ohm

1K

ohm

R9

29

3R

92

93

1/1

0W

1/1

0W

4.7

Ko

hm

4.7

Ko

hm

R9

29

0R

92

90

V5S

FERX

27442RmhoK7.4

FERX

FERX


0029X

12.0

MH

z12

.0M

Hz

3829R

mhoK7.4

W01/1

FERX

C9

21

6C

92

16

20

pF

20

pF

50

V5

0V

FERX

mho0011529R

2529Rmho001

42A1

3Y25

63A1

2Y27

84A1

91Y2

FERX

XR_MOCIM

512Y1

614A2

71

811Y1

/G291

1A12

CCV02

4Y23

/G11

DNG01 11

1A2

4Y121

312A2

3Y141

3A2

34

56

78

7029CI

AP4423SQTDI

RA

92

03

RA

92

03

4.7

Ko

hm

4.7

Ko

hm

1/1

6W

1/1

6W

12

8029R

7229R mho001

mho001

D_V3.3S

3329RmhoK7.4

V05Fu01

5029C

FERX

mho0012129R

17442R

mho001

mhoK7.4

0129R mho001

8529R

6329RmhoK7.4

mho0010329R

mho0019029R

6

78

9529Rmho001

RA

92

02

RA

92

02

12

34

5

2629R

W01/1

mhoK1

1/1

6W

1/1

6W

4.7

Ko

hm

4.7

Ko

hm

78

0129C

Fn001

V52

5329RmhoK7.4

12

34

56

R9

27

5R

92

75

10

0o

hm

10

0o

hm

1/1

0W

1/1

0W

FERX

V61

Fu01

0529C

NOITPO_V5

NOITPO_V5

D_V3.3S

0729R mho001 W01/1

D_V3.3S

mho0017529R

6529Rmho001

DG

S

FERX

mho001 4529R

L2007N2

1129Q

W01/1

mho001

4729R

R9

29

1R

92

91

4.7

Ko

hm

4.7

Ko

hm

mho001

1429R

FERX

3229R

FERX

FERX

FERX

FERX

mho001

FERX

W01/1 mhoK18629R

FERX

FERX

FERX

FERX

7629R W01/1 mhoK1

NOITPO_V5

5429Rmho001

9029C

Fn001

V52

mho0011229R

R9

28

0R

92

80

4.7

Ko

hm

4.7

Ko

hm

4029R mho001

4.7

Ko

hm

4.7

Ko

hm

R9

28

1R

92

81

mho0019249U

12

34

56

78

mho001

mhoK7.44329R

4 TSET

5 RTNI/0TNI/0.0P6 RTNI/1TNI/1.0P

RTNI/2TNI/2.0P/TESER7

8 RTNI/3TNI/3.0P

9 RTNI/4TNI/4.0P

6429R

916.1P

NIX2

7.1P02TADS/KC0T/NWP0T/0.2P12

22KLCS/MER/1.2P

2.2P32

42DDV

TUOX3

RTNI/4TNI/6.0P11

RTNI/4TNI/7.0P210.1P

311.1P412.1P51

613.1P

4.1P71

815.1P

9

9029CI

59MS-ZZX5C08P3S

SSV1

RTNI/4TNI/5.0P01

20I

02CCV

34O

1I4

5O5

2I6

76O

3I8

7O21

3O

6I31

412O

515I

1O61

714I

0O81

2EO/91

8029CI

2RTD442CHV47CM

1EO/1

01DNG 7I

11

C9

21

2C

92

12

10

uF

10

uF

16

V1

6V

FERX

0029Q

4011RSKE

BC

D_V3.3S

50CS

61DS

1CS7

8SSV

92DS

mho0018129R

21

312ALCS

41ADS

51

61DDV

1A2

TESER/3

40DS

1029CI

WP6459ACP

0A1

2CS01

113DS

3CS

9629R W01/1 mho001

FERX

LCS,IS,2.0P

DDV23

4PPV,TSET

5OS,1.0P

6KCS,0.0P

TESER7

80.3P

92.3P

42

521.3P

0MWP,11DA,7.0P

6201DA,6.0P

72

829DA,5.0P

8DA,4.0P92

TUOX3 03

ADS,OLC,3.0P

13

FERVA

81TADS,6DA,6.2P

91KLCS,7DA,7.2P

NIX2

021MWP,1TNI,3.1P

0TNI,2.1P12

22ZUB,1.1P

32DCZ,0T,0.1P

3.3P

SSV

0DA,0.2P01

1DA,1.2P11

212DA,2.2P

31 3DA,3.2P

4DA,4.2P41

5DA,5.2P51

SSVA61 71

FERX

FERX

3029CI

8T0S-53X8249C3S1

16

V1

6V

C9

21

4C

92

14

10

uF

10

uF

FERX6029R mho001

3TUO

TUO

FERX

mho0011129R

3.3-E7111PA

0129CI

1NI

2

DNG

mho001

FERX

D_V3.3S

D_V3.3S

FERX

5529R

8429R

mho0014229R

mho001

W01/1

mhoK7.4

0529R

FERX

mho001

NOITPO_V5

5229R

mho001

FERX

FERX

8129C

Fn001

V52

4

56

78

FERX

4429R

mhoK7.47329R

12

3

1029C

V52

Fn001

FERX

V61

Fu001

0029C

FERX

V05Fp513029C

HC

-49/S

M5H

(8M

HZ

,30P

PM

)H

C-4

9/S

M5H

(8M

HZ

,30P

PM

)

8.0

MH

z8.0

MH

z

X9

20

1X

92

01

FERX

FERX

mho001 2429R

BSV_ADS

BSV_LCS

AAS_TSM_ADS

AAS_TSM_LCSFERX

8229R mho001

LES_PMAL_MOCIM

LES_YNA_MEG

E_LCS

RI_RATSMEG

XEDNI_MEG

XEDNI_MOCIM_MEG

E_ADS

LES_FIS

LTC_GULPH_1IMDH

PW_PEE_CDD

25PDS_LCS

25PDS_ADS

4758_LCS8249_LCS

4758_ADS8249_ADS

NI_LCS

NI_ADS

DOP_LCS

DOP_ADS

TESERn_S

B_ADS

LES_XT_PMAL

1NE

0NE4758_LCS

4758_ADS

NE_BOO

4758_ADS

4758_LCS

LTC_GULPH_2IMDH

XAMIC_LCS

XAMIC_ADS

LES_YNA_MEG

TENYNA_XR

TENYNA_XT

RATSMEG_XR

RATSMEG_XT

LES_PMAL_MOCIM

8249_ADS

OTESERnOTESERn

TENYNA_MEG_XT

PMAL_MOCIM_XR

PMAL_MOCIM_XT

XT_MOCIM

XR_MOCIM

XR_PMAL

XT_PMAL

TENYNA_MEG_XR

CGA_MAQ

TFA_MAQ

FFO_NO_ANL

1LTC_LPS

TFA_BSV

CGA_BSV

2LTC_LPS

8249_LCS

PEE_ADS

PEE_LCS

B_LCS

C_ADS

C_LCS

LES_PMAL

10-1-17 IO EXPANDERThis Document can not be used without Samsung’s authorization.

PowerSignal

Schematic Diagram


)ASU rof ylno( BCP tceteD-buS oT/morF

langiS rewoP

.......drac tupni/4eIND tof retrevnoC CDCD

draoB SPMS morf

draoB SPMS morf langiS rewoP

)CSTA rof ylno(

CSTA rof ylno

DOP rof ylno

4931 / yromem / +ssortablA fo rewoP rof retrevnoC CDCD

NI2

WS3

4DNG

5BF

PMOC6

7NE

8SS

1DNGM

1049CI

ND3851PM

SB1

D_V3.3SV3.3S

Fp0652349C

-1049DB

1449C

Fn001

V52 V61

Fu001

2449C

V61

Fu022

3149C

Fn015249CV05

L9

40

2L

94

02

12

V5S

3349C

-

3349TF

1 2

V5D

Fp065

Fp022

0349C

0549Rmho033

V05

Fn7.4

8549C V05

Fn2.2

7549C

1 2

1549R

mhoK22

AV9

2149TF

-

27K

ohm

27

Ko

hm

3049DB

EN106J12CIC

2

R9

40

9R

94

09

1

2

-

3049L

W01/1mhoK11

6049R

-

2049TF

V61Fu0010249C

V61

Fu001

2149C

9349C

Fn001

BV7.5

7349C

V52 V52

1 I

G

2

3O

BV7.5

Fn001

F50D87AIK

4049CI

V52

5449C

Fn001

V52

Fn001

7249C

-1 2

R9

40

8R

94

08

27K

ohm

27

Ko

hm

2

43KS1049D

6049TF

BV21

3049TF

-1

V61Fn0019149C

25PDS_V3.3D

FERX

NOITPO_V21

1349C

Fp022

1

2

NOITPO_V5

V5S

AV03

2549C

Fn01

9249C

-

1349TF

V52

Fn001

V3.6Fu0211249C

1749U

Fu074

V52

-4049DB

BV33

V5D

D_V3.3D

V61Fn0012249C

Fu22

76442C

Fu022

V61

V61

0449C

V61

5049DB

-

Fu28

8249C

4DNG

5BF

PMOC6

7NE

8SS

1DNGM

BV21

ND3851PM

2049CI

SB1

2NI

WS3

W01/1

mho548

4149R

V52

W01/1

mhoK1.5

5149R

Fu33

V52

4449C

Fn001

-1 2

5349C

mhoK43.6

0149R

W01/1

9049TF

01

2

3

4

5

6

7

8

9

FERX

1049NC

1

V61Fu0013249C

7049RmhoK11

W01/1

JDA

1

2TUOVNIV

3 TUOV

2049D43KS

1 2

3049CI

XS713ML

12

-

0149TF

V52

Fu001

5049C

L9

40

1L

94

01

V52

Fn001

4349C

FERX

Fn01

6549C

0549Q

Y-3261CSK

E

BC

5549C

Fp022

Fn74

0549C

1 2

V61

Fu28

6249C

5

6

7

8

9

7049TF

-

1

01

11

21

2

3

4

42

3 4

5 6

7 8

9

P21-002WMS

3049NC

51 61

71 81

91

2

02

12 22

32

V42-052WMS

1

01

11 21

31 41

4549C

V05

BV61

0049NC

3549C

Fu1

V61

Fu001

8349C

V52

Fn001

W01/1

mhoK43.6

1149R

FERX

V5S

Hu086

2549L

3549R

mhoK001

0549L

Hu022

Fn01

7149C

BV21

V5D

0349TF

-

1

2

-

1049TF

1 2

V5S

6349C

Fu28

V61

1 2

-

BD

9407

BD

94

071

20049TF

-

1549LHu9.3

1

2

3

mho0

2549R

1549D

0549D

ES8414DBMM

NOITPO_V21

33C48XZB

15PDS_V3.3D

V054249C Fn01

1 2

BV21

V3.6Fu0218149C

NOITPO_V21

2349TF

-

0149C

V05

Fu3.3

6049C

V05Fu7.4

0049DB -

3449C

V52

Fn001

1 2

1149C

Fu001

V61

4049TF

-

2149R

Fn01

6149C

3149R mho0

mho0

V61Fu001

1549C

V3.3D

1M-ADS

1M-LCS

WS-REWOP

ETUM-REWOP

10-1-18 DC-DCThis Document can not be used without Samsung’s authorization.

PowerSignal

Samsung Electronics

Schematic Diagram

10-19

34

5

3

CN

10

05

CN

1005

UJB

-02-1

6A

UJB

-02

-16

A

12

D61-WS-KJU

4001NC

1

2

12

3

0201R

mhoK7.4W01/1

2001D

CD

S3

C3

0G

TH

CD

S3

C30

GT

H

3001D21ET B1.9JZLR

D1013

D1013

D1011

D1011

CD

S3

C3

0G

TH

CD

S3

C30

GT

H

CD

S3C

30G

TH

CD

S3C

30G

TH

D1025

D1025

50V

50V

C1021

C1021

10pF

10pF

50V

50V

8B-2

2B-8

1B-2

10pF

10pF

C1020

C1020

1

CD

S3C

30G

TH

CD

S3C

30G

TH

D1038

D1038

8021PT1

9021PT

D1034

D1034

CD

S3C

30G

TH

CD

S3C

30G

TH

2B-8

1D-2

CD

S3C

30G

TH

CD

S3C

30G

TH

D1028

D1028

D1022

D1022

CD

S3C

30G

TH

CD

S3C

30G

TH

1001R

8001D

8414LLMP

W01/1

mhoK7.4

mho074

W01/1

75ohm

75oh

mR

1024

R1024

1/1

0W

1/1

0W

0001R

1/1

0W

1/1

0W

R1023

R1023

75ohm

75oh

m

8C-2

2A-8

mho001 W01/1

2001R

50V

50V

C1023

C1023

10pF

10pF

10pF

10pF

C1024

C1024

50V

50V

5B-2

2E-2

3E-2

CD

S3

C3

0G

TH

CD

S3

C30

GT

HD

1012

D1012

1/1

0W

1/1

0W

1/1

0W

1/1

0W

R1027

R1027

75ohm

75oh

m

75ohm

75oh

mR

1026

R1026

7001D

8414LLMP

CD

S3C

30G

TH

CD

S3C

30G

TH

D1036

D1036

0001L

25V

25

V100nF

10

0n

F

C1001

C1001

CD

S3C

30G

TH

CD

S3C

30G

TH

D1009

D1009

1C-2

W01/1mho001

3001R

8B-2

3F-2

7101R

9101R

W01/1mho001

mho001W01/1

8101R

CD

S3C

30G

TH

CD

S3C

30G

TH

D1027

D1027

DG

S

mho001W01/1

1

7021PT1

L2007N20001Q

D1004

D1004

CD

S3

C3

0G

TH

CD

S3

C30

GT

H

6021PT

2F-2

W01/1mhoK7.4

1201R

C1000

C1000

10

0n

F1

00

nF

25V

25

V

V3.3D

V05Fp515001C

V5S

1B-2

2B-8

6101R

mhoK01W01/1

D1023

D1023

CD

S3C

30G

TH

CD

S3C

30G

TH

V52

Fn001

2101C

V3.3D

8B-2

CD

S3

C3

0G

TH

CD

S3

C30

GT

HD

1043

D1043

10pF

10pF

C1022

C1022

50V

50V

0101R mho01

D1031

D1031

CD

S3C

30G

TH

CD

S3C

30G

TH

CD

S3

C3

0G

TH

CD

S3

C30

GT

HD

1017

D1017

D1021

D1021

CD

S3

C3

0G

TH

CD

S3

C30

GT

H

1C-2

1D-2

1/1

0W

1/1

0W

R1025

R1025

75ohm

75oh

m

CD

S3C

30G

TH

CD

S3C

30G

TH

D1024

D1024

V52

Fn001

0101C

W01/1

mho09001R

D1015

D1015

CD

S3

C3

0G

TH

CD

S3

C30

GT

H

D1006

D1006

CD

S3

C3

0G

TH

CD

S3

C30

GT

H

D1010

D1010

CD

S3C

30G

TH

CD

S3C

30G

TH

CD

S3

C3

0G

TH

CD

S3

C30

GT

HD

1005

D1005

CD

S3C

30G

TH

CD

S3C

30G

TH

D1035

D1035

CD

S3

C3

0G

TH

CD

S3

C30

GT

HD

1042

D1042

3pF

3pF

C1007

C1007

50V

50V

2001L

CCV_CDD_CP

3pF

3pF

C1009

C1009

50V

50V

4001C

Fp51V05

DNG7

4Y/8

4A9

V05Fp513001C

6Y/21

316A

41CCV

1Y/2

2A3

42Y/

53A

63Y/

XM41XCL47

0001CI

1A1

5Y/01

115A

C1002

C1002

10

0n

F1

00

nF

25V

25

V

0E1

1E2

2E3

4SSV

5ADS

LCS6

7CW/,EDOM

CCV8

CS01-N20C42TA1001CI

D1037

D1037

CD

S3C

30G

TH

CD

S3C

30G

TH

D1019

D1019

CD

S3

C3

0G

TH

CD

S3

C30

GT

H

8B-2

5B-2

50V

50V

C1025

C1025

10pF

10pF

D1030

D1030

CD

S3C

30G

TH

CD

S3C

30G

TH

8B-2

5B-2

2A-8

2B-8

1001L

3

4

5

6

7

8

9

CD

S3

C3

0G

TH

CD

S3

C30

GT

HD

1044

D1044

A20-50-BJU

3001NC

1

01

11

21

2

21

2

3

4

5

6

7

8

9

2001NC

A20-50-BJU

1

01

11

V5S

5B-2

mho012101R

B

D1018

D1018

CD

S3

C3

0G

TH

CD

S3

C30

GT

H

50V

50V

C1008

C1008

3pF

3pF

0001DB

EN106J12CIC

mho57

W01/1

5B-2

2B-8

6001R

8

9

5E-2

CD

S3C

30G

TH

CD

S3C

30G

TH

D1029

D1029

92

3

03

13

23

33

43

4

5

6

7

91

2

02

12

22

32

42

52

62

72

82

1

01

11

21

31

41

51 6171 81A81-90-BJU

0001NC

3101R

6001C

Fp51V05

4001Rmho57

W01/1

mho0

1101R mho0W01/1

W01/1

mho575001R

3001L

EN106J12CIC

B

CCV_CDD_CP

V61

Fu01

1101C

D1020

D1020

CD

S3

C3

0G

TH

CD

S3

C30

GT

HD

1014

D1014

CD

S3

C3

0G

TH

CD

S3

C30

GT

H

12

3

0001D

12

3

1001D

7001R mho0W01/1

D1033

D1033

CD

S3C

30G

TH

CD

S3C

30G

TH

51

2

3

4

5

6

7

8

9

1DNGM

2DNGM

033N20251-501

1

01

11

21

31

41

D1041

D1041

CD

S3

C3

0G

TH

CD

S3

C30

GT

H

1001NC

3

4

5

6

CD

S3

C3

0G

TH

CD

S3

C30

GT

HD

1016

D1016

6001NC

LAVLPUS

1

2

W01/1mhoK01

5101R

mho018001R

5B-2

mho0 2201R

CD

S3

C3

0G

TH

CD

S3

C30

GT

HD

1040

D1040

4101R mho0

75ohm

75oh

mR

1028

R1028

1/1

0W

1/1

0W

D1039

D1039

CD

S3

C3

0G

TH

CD

S3

C30

GT

H

1234567

2B-8

6D-8

8B-2

CD

S3C

30G

TH

CD

S3C

30G

TH

0782-0005TC

0001PO

V5S

D1026

D1026

PW_MORPEE_CDD

LCS_CDD_CP

ADS_CDD_CP

5F-2

CD

S3C

30G

TH

CD

S3C

30G

TH

D1032

D1032

NI_R_dnuoS_CP

Y_1S

TED_2VA

TED_1VA

TUO_PMA_REFOOW_S

rP_1PMOC

bP_1PMOC

Y_1PMOC

rP_2PMOC

bP_2PMOC

Y_2PMOC

NI_L_IMDH

NI_R_IMDH

TED_2PMOC

NI_L_2PMOC

NI_R_2PMOC

TED_1PMOC

NI_L_1PMOC

NI_R_1PMOC

NI_L_dnuoS_CP

V5D

TED_2S

SBVC_2VASBVC_1VA

TUO_ROTINOM

TUO_L_ROTINOM

TUO_R_ROTINOM

NI_R_2VA

NI_L_2VA

NI_R_1VA

TED_1S

CNYSH_CP

CNYSV_CP

NI_B_CP

R_CP

G_CP

B_CP

NI_R_CP

ADS_CDD_CP

LCS_CDD_CP

NI_G_CP

NI_B_CP

C_1S

NI_L_1VA

C_2S

Y_2S

TUO_FIDPS

CNYSV_CP

CNYSH_CP

DI_KCAJCP

SV_CP

SH_CP

NI_R_CP

NI_G_CP

10-2 Rear Board10-2-1 INPUT_JACKThis Document can not be used without Samsung’s authorization.

PowerSignal

Schematic Diagram


mho0013011R

V61

Fu001

0011C

5A-3

6411R

mho0

2011CFu001

V52

5D-2

1211C Fu7.4

V01

4E-1

mho001

9311R

mhoK15211R

3#,2F-3,7B-2

AV9

4.7

Ko

hm

4.7

Ko

hm

R1

15

7R

11

57

Fu7.4

V01

mho07011R

9411R

0111C

W01/1mho570211R

3B-1

mho001

mho57W01/1

1211R

4411R mho001

0111R mho001

0011QRG-S5783CTK

E

BC

82

SV3

1L4

52L

3L6

CN7

8CN

94L

02

12CN

CN22

3R32

422R

1R52

62RDDA

LCS72

ADS

311TUOR

2TUOL41 51

2TUOR

613TUOL

713TUOR

816R

915R

PAC2

4R

1011CI

D2246AET

89x0

1DNG

5L01

6L11

211TUOL

V52Fn0011011C

1111R mhoK1

2B-8

5246_V8S

4211R mhoK1

4B-2

0211C Fu7.4

V01

2F-1

3411R

7C-3

mhoK19011R

2E-8

mho0

V01

Fu7.48111C

3#,2F-3,7B-2

mhoK7.4

5411R

mho09211R

2E-1

Hu3.31011L

V61

Fu011311C

3A-1

0011R mho001

R1

15

2R

11

52

2311C Fu01

V61

R1

15

1R

11

51

75

oh

m7

5o

hm

75

oh

m7

5o

hm

3111R

2A-8

Fu01

V61

mho001

mho0016011R

4111C

mhoK1

1A-1

2F-1

3B-1

1B-1

5011R

4D-1

2B-8

8011R

EN106J12CIC

B2D-1

mho001

6311R

mho001

0011L

8111R

8211C Fu01

V61

mhoK1

4.7

Ko

hm

4.7

Ko

hm

R1

15

0R

11

50

3311CFn001

V52

CCV

32NI

LCS4

53NI

4NI6

7BUS

5NI8

PCCV9

3B-1

316TUO

41

515TUO

614TUO

3TUO71

812TUO

1TUO912

ADS

02

D5246AET

0011CI

09x0

11NI

016NI DNG

118TUO

217TUO

7111C

Fn001

V52

1111C

Fu01

V61

mho0011191R

BC

1K

oh

m1

Ko

hm

R1

91

3R

19

13

RG-S5783CTK3091Q

E

R1

16

0R

11

60

75

oh

m7

5o

hm

CCV

32NI

LCS4

3NI5

4NI6

7BUS

5NI8

PCCV9

316TUO

41

515TUO

4TUO61

3TUO71

2TUO81

1TUO912

ADS

02

2011CI

69x0

11NI

016NI DNG

118TUO

217TUO

4311Rmho001

D5246AET

2011R mho0

75

oh

m7

5o

hm

R1

15

3R

11

53

0011D

4011R mho001

3#,2F-3,1A-2

11-ET-B21ZLR

2111R mhoK1

7C-3

9111R mhoK1

mho001

2E-1

V8S

A_AV9

8411R

V52

Fn001

3011C

7D-2

0411R

mho074

Fu01

V61

4211C

0311Rmho0

V61

Fu015211C

mhoK14111R 5111C Fu7.4

V01

2311R

mhoK22

V8S

2E-8

5311R

mho57

2111C Fu7.4

V01

2211R

W01/1mho57

mho0017411R

6211R mhoK1

7011CFu01

V01

Fu7.49011CFu01

3#,2F-3,1A-2

V61

V01Fu7.42211C

4011C

V611B-1

5246_V8S

1A-1

3#,2F-3,1A-2

1B-1

3#,2F-3,1A-2

3211R mhoK1

V52Fn0017211C

R1

15

8R

11

58

4.7

Ko

hm

4.7

Ko

hm

7D-2

1011R mho001

50V

50

VC

19

05

C1

90

54

7p

F4

7p

F

5111R

2191R mho0

Fu7.49111C

mhoK1

mho0011311R

V01

V05Fn1

5011C

0311C Fu01

V61

2B-8

75

oh

m7

5o

hm

R1

15

9R

11

59

2A-8

R1

15

4R

11

54

75

oh

m7

5o

hm

9211C

V61

Fu013A-1 mhoK22

3311R

3B-1

2411R mho001

7D-2

6111C Fu7.4

V01

V01

Fu7.43211C

Fu01

V61

8011C

2C-1

R1

11

6R

11

16

4.7

Ko

hm

4.7

Ko

hm

V01

Fu7.43111CNI_SBVC_NIAM

REB_SBVC_NIAM

mho0018311R

Y_EDIS

C_EDIS

TUO_ROTINOM

NI_C_NIAM

SBVC_ROTINOM

CY_ROTINOM

LCS

ADS

SBVC_EDIS

Y_2S

C_2S

Y_1S

C_1S

CY_ROTINOM

SBVC_ROTINOM

ADS

NI_R_dnuoS_CP

NI_R_2VA

NI_L_1VA NI_R_1VA

NI_R_1PMOC

NI_R_2PMOC

NI_L_2VA

NI_L_dnuoS_CP

NI_L_1PMOC

NI_L_2PMOC

LCS

NI_L_IMDH NI_R_IMDH

NI_Y_NIAM

SBVC_1VA

SBVC_2VA

LCS

ADS

SBVC_UT_M

SBVC_VTD

L_NIAM

R_NIAM

10-2-2 AV_SWITCHThis Document can not be used without Samsung’s authorization.

PowerSignal

Samsung Electronics

Schematic Diagram

10-21

noitpO

NI_M7

TUO

8DNG

DNG9

MG

ND

1M

GN

D1

MG

ND

2M

GN

D2

CN1

DNG01

NI2

TUO_M3

4CN

5CN

6

3425K-KSL553HT

0021TF

2#,2F-4,1A-2

3121CFu01

2C-8,4C-7,5C-5

2C-8,4C-7,5C-5

mho22 9221R

10

0o

hm

10

0o

hm

R1241

R1241

V52

Fn001

1091CB

10

0n

F1

00

nF

BC

1207

BC

1207

5321Rmho22

BC

1206

BC

1206

10

0n

F1

00

nF

zHM0.24)mpp03,zHM24(H5MS/94-CH

0021X

R1240

R1240

10

0o

hm

10

0o

hm

W01/1

8121R

mho86

4B-3

2421Rmho22

B

M_CED_V5.2S

6321Rmho22

BD

12

05

BD

1205

A003S2102ZPM

2321R

mho22 0321R

W01/1

mhoK1

5021R

mho22

9021RmhoK1

W01/1

5221CBFu01

6221R mho0

10

0n

F1

00

nF

BC

12

08

BC

1208

2C-8

8

Fn1

3321C

mho22

0021AR

W61/1

1 2

3 4

5 6

7

2B-8,4C-7,5C-5

2C-8,4C-7,5C-5

2C-8,4B-7,5B-5

Fn0012321CB

V3.3S

Fp021

4021CB

2C-7

C1215

C1215

10

nF

10

nF

47

0n

F4

70

nF

C1223

C1223

7021CFp86

Fn01

Fu01

9221CB

M_CED_V5.2S

4121C

M_CED_V5.1S

M_CED_V5.2S

mhoK011121R

W01/1

8221CBFn001

2#,2F-4,1A-2

mhoK3.38221R

BC

12

11

BC

1211

10

0n

F1

00

nF

3-C

73

-C7

2A-8

10

0n

F1

00

nF

BC

12

24

BC

122

4

Fu1

0021CBV3.6

2D-8,4B-7,5B-5

2A-7,7D-3

1421CB

Fn001

V52

C1218

C1218

10

0n

F1

00

nF

10

0n

F1

00

nF

C1217

C1217

10

0n

F1

00

nF

BC

12

23

BC

122

3

BC

12

12

BC

1212

10

0n

F1

00

nF

BC

12

09

BC

1209

10

0n

F1

00

nF

BC

12

15

BC

1215

10

0n

F1

00

nF

W01/1mhoK12121R

Fn0015321CB

M_CED_V5.2A

BC

12

19

BC

1219

10

0n

F1

00

nF

Y-3261CSK1021Q

E

BC

2B-7

BC

12

17

BC

1217

10

0n

F1

00

nF

3021DB

Hu3.3

10

0n

F1

00

nF

BC

1236

BC

123

6

mho04221R

0021PT

BC

1238

BC

123

81

00

nF

10

0n

F

A003S2102ZPM

4021DB

B

3-C

73

-C7

0021L Hu5.1

2021DB

Hu01

1221R

mhoK072

mhoK221021R

W01/1

5021CBFn001

mho22 7321R

1321Rmho22

mho22 4321R

47

0n

F4

70

nF

C1224

C1224

V61Fu01

5321C

V3.3S

10

0n

F1

00

nF

BC

1216

BC

1216

10

0n

F1

00

nF

BC

1239

BC

123

9

2C-7

mho001

0121R

W01/1

2C-7,5F-3

2021CBFn001

NI1

DNG2

NE3

CN4

TUO5

10

0n

F1

00

nF

BC

12

21

BC

122

1

0021CI

G1T51NS155PCN

2

3TUOV

DNG

10

0n

F1

00

nF

C1219

C1219

1021CI

3T5.2-TS57333CM

NIV1

JDA

mhoK81 4121R

Fp51321C

Fn001

4321C

3221R mho0

10

0n

F1

00

nF

BC

12

10

BC

1210

9221CFn001

10

0n

F1

00

nF

BC

12

13

BC

1213

C1216

C1216

10

nF

10

nF

10

0n

F1

00

nF

BC

12

14

BC

1214

2C-7

0021QY-3261CSK

E

BC

W01/1

3021R

mho001

Fn074

0121C

C1226

C1226

10

0n

F1

00

nF

6021DB

5D-2

M_CED_V5.1S

C1227

C1227

1.5

nF

1.5

nF

Fn0748021C

Fp81

2321C

10

uF

10

uF

V61Fu01

3021CB

C1230

C1230

mhoK22

Fn0746021C

V3.3S

W01/1

7021R

mho065

C1222

C1222

47

0n

F4

70

nF

E

1

B

2

C

3

W01/1

2021R

mho86

5221R

W01/1

2021Q2811ASK

3 4

5 6

7 8

5D-2

8

W61/1

1021AR

mho22

1 2

1 2

3 4

5 6

7

2C-7,6D-3

2C-7,6D-3

2C-7,6D-3

mho22

3021AR

W61/1

2B-7,4F-3

4321CB

Fn001

Fn0742121C

V01

Fu001

0421CB

BC

12

22

BC

122

21

00

nF

10

0n

F

W01/1

Fn0010221CB

4B-3

mho001

6121R

C1220

C1220

68

pF

68

pF

mho22 3421R

8021RmhoK1

W01/1

0021Rmho01W01/1

10

0n

F1

00

nF

BC

12

18

BC

1218

1021CB

BC

1237

BC

123

71

00

nF

10

0n

F

9121RmhoK5.1

Fu01V61

3021CI

3.3-E7111PA

NI1

DNG

2

TUO3TUO

V5S

4421Rmho22

Fn0013321CB

EN106J12CIC

1121DB

B

mho001

7221R

9021C

Fp86

Fu011321CB

9021DB

1021C

10

nF

10

nF

C1221

C1221

V52Fn001

M_CED_V5.1S

3-C

73

-C7

4021CFn074

Fp865021C

5221C

Fp22

W01/1

0221R

mho001

7021DB

Fn0017221CB

8221C Fn01

2221RmhoK2.1

TP

1201

TP

1201

1

3-B

83

-B8

2A-7

Fn0016221CB

59NEVEDDO

YDAERIBV69

6DDVD79

NIBF89

993MT

5121RmhoK81

5DDVD

5SSVD98

00NIT9

NZIH09

TUOEV19

TUODH29

TUODV39

7OIDDV49

4TUOC

5TUOC18

6OIDDV28

386TUOC

7TUOC48

588TUOC

689TUOC

GALFVU78

88

37DMARSSV

DMARDDV47

0TUOC57

1TUOC67

6OISSV77

2TUOC87

973TUOC

OXDDV8

08

66

66

TO

UT

06

TO

UT

06

67

67

68

68

TO

UT

07

TO

UT

07

69

69

DV

DD

4D

VD

D4

TUOOX7

TE

SE

TIO

8T

ES

ET

IO8

70

70

71

71

TE

SE

TIO

9T

ES

ET

IO9

DV

SS

4D

VS

S4

72

72

YO

UT

0Y

OU

T0

NIOX6

VD

DIO

5V

DD

IO5

60

60

61

61

CK

OU

TC

KO

UT

TO

UT

02

TO

UT

02

62

62

VS

SIO

5V

SS

IO5

63

63

TO

UT

03

TO

UT

03

64

64

TO

UT

04

TO

UT

04

65

65

TO

UT

05

TO

UT

05

YO

UT

6Y

OU

T6

VD

DIO

4V

DD

IO4

52

52

YO

UT

5Y

OU

T5

53

53

YO

UT

4Y

OU

T4

54

54

YO

UT

3Y

OU

T3

55

55

YO

UT

2Y

OU

T2

56

56

VS

SIO

4V

SS

IO4

57

57

YO

UT

1Y

OU

T1

58

58

59

59

DV

DD

3D

VD

D3

44

44

SP

O45

SP

O45

45

45

SP

O46

SP

O46

46

46

47

47

DV

SS

3D

VS

S3

YO

UT

9Y

OU

T9

48

48

YO

UT

8Y

OU

T8

49

49

OXSSV5

YO

UT

7Y

OU

T7

50

50

51

51

BU

SS

EL0

BU

SS

EL

0

BU

SS

EL1

BU

SS

EL

13

83

8V

SS

IO3

VS

SIO

33

93

9

LLPDDV4

SD

AS

DA

40

40

SC

LS

CL

41

41

VD

DIO

3V

DD

IO3

42

42

CS

YN

CIN

CS

YN

CIN

43

43

LIFOCV

2MARDDV03

132MARSSV

TUOKP23

2OIDDV33

20NIT43

30NIT53

TESER63

37

37

3NID22

2NID32

2DDVD42

521NID

0NID62

72SSVD

KCNID82

2OISSV92

3

7NID

6NID61

711OIDDV

5NID81

4NID91

2NILLP

1MARDDV02

1MARSSV12

VS

SR

AD

VS

SR

AD

138

13

8R

INR

IN139

13

9

411SSVD

VD

DD

AV

DD

DA

140

14

0D

AO

UT

DA

OU

T141

14

1

142

14

2V

SS

DA

VS

SD

A

BIA

SD

AB

IAS

DA

143

14

3V

RE

FD

AV

RE

FD

A144

14

4

51

BIA

SB

AD

BIA

SB

AD

130

13

0V

DD

BA

DV

DD

BA

D131

13

1C

BIN

CB

IN132

13

2

133

13

3V

SS

BA

DV

SS

BA

D

BIN

BIN

134

13

4

135

13

5B

IAS

RA

DB

IAS

RA

D

VD

DR

AD

VD

DR

AD

136

13

6C

RIN

CR

IN137

13

7

VR

TC

AD

VR

TC

AD

BIA

SG

AD

BIA

SG

AD

124

12

4V

DD

GA

DV

DD

GA

D125

12

5

126

12

6C

INC

IN

VS

SG

AD

VS

SG

AD

127

12

7G

ING

IN128

12

8

129

12

9V

RB

CA

DV

RB

CA

D

8NID31

VR

BY

AD

VR

BY

AD

11

61

16

YIN

3Y

IN3

11

71

17

VD

DG

CA

VD

DG

CA

11

81

18

11

91

19

VS

SG

CA

VS

SG

CA

219NID

BIA

SG

CA

BIA

SG

CA

120

12

0V

RE

FG

CA

VR

EF

GC

A121

12

1

122

12

2T

OU

T10

TO

UT

10

123

12

3

BIA

SY

AD

BIA

SY

AD

111DDVD

VR

TY

AD

VR

TY

AD

11

01

10

11

11

11

VD

DY

AD

VD

DY

AD

11

21

12

YIN

1Y

IN1

VS

SY

AD

VS

SY

AD

11

31

13

VR

MY

AD

VR

MY

AD

11

41

14

11

51

15

YIN

2Y

IN2

2MT

1MT201

0MT301

3PMALCY401

5012PMALCY

1PMALCY601

DDADDV701

801DDASSV

109

10

9

LLPSSV1

10NIT01

0016SSVD

101

W01/1

4021R

mho001

0Bx0

2021CI

GFA30109CT

mhoK81 3121R

Fn0010321CB

5246_V8S

8021DB

M_CED_V5.2S 5B-3

Fp86

1121C

W01/1

6021R

mho051

2C-7

4B-2

2021CFu74

V61

W01/1

7121R mhoK01

V3.3S

EN106J12CIC

1021DB

B

E

BC

Fn0013021C

V61

3021Q

Y-3261CSK

2012AR

mho22

1 2

3 4

5 6

7 8

)1(TUOR_M

)0(TUOG_M

)1(TUOG_M

D_OTESERN

W61/1

)7(TUOR_M

)6(TUOR_M

)5(TUOR_M

)4(TUOR_M

)3(TUOR_M

)2(TUOR_M

)7(R_CT_M

)6(R_CT_M

)5(R_CT_M

)4(R_CT_M

)3(R_CT_M

)2(R_CT_M

)1(R_CT_M

)0(R_CT_M )0(TUOR_M

)7(TUOG_M

)6(TUOG_M

)5(TUOG_M

)4(TUOG_M

)3(TUOG_M

)2(TUOG_M

ED_M

SV_M

SH_M

KLCP_M

)9(TUOR_M

)8(TUOR_M

)9:0(R_CT_M

)6(G_CT_M

)7(G_CT_M

)9:0(G_CT_M

)0(G_CT_M

)1(G_CT_M

)2(G_CT_M

)3(G_CT_M

)4(G_CT_M

)5(G_CT_M

)8(G_CT_M

)9(G_CT_M

KLC_M_CT

ED_CT_M

SH_CT_M

SV_CT_M

)9:0(TUOR_M

)9:0(TUOG_M

)9(TUOG_M

)8(TUOG_M

SBVC_NIAM

NI_Y_NIAM Y_NIAM

NI_C_NIAM C_NIAM

)8(R_CT_M

)9(R_CT_M

)8(R_CT_M

)9(R_CT_M

)0(R_CT_M

)9:0(R_CT_M

)1(R_CT_M

)2(R_CT_M

)3(R_CT_M

)4(R_CT_M

)5(R_CT_M

)9:0(G_CT_M

NI_SBVC_NIAM

REB_SBVC_NIAM

RIBV_NIAM

KLC_M_CT

)6(R_CT_M

)7(R_CT_M

ED_CT_M

SH_CT_M

SV_CT_M

SBVC_NIAM

Y_NIAM

C_NIAM

ADS

LCS

M_T

C_G

(9)

M_T

C_G

(9)

M_T

C_G

(8)

M_T

C_G

(8)

M_T

C_G

(7)

M_T

C_G

(7)

M_T

C_G

(6)

M_T

C_G

(6)

M_T

C_G

(5)

M_T

C_G

(5)

M_T

C_G

(4)

M_T

C_G

(4)

M_T

C_G

(3)

M_T

C_G

(3)

M_T

C_G

(2)

M_T

C_G

(2)

M_T

C_G

(1)

M_T

C_G

(1)

M_T

C_G

(0)

M_T

C_G

(0)

10-2-3 TC90103_MAINThis Document can not be used without Samsung’s authorization.

PowerSignal

Schematic Diagram


55 ,45 oN niP morf

76 ,66 oN niP morf

29 ,19 oN niP morf

C9x0

noitpO

V3.3D

2B-5

2C-8,4C-7

5341R mho093

9541C Fn74

mhoK012641R

mho579341R

V52

Fn001

7241C

W01/1

0241C

Fu001

V61

2B-8,4C-7

V3.3D

V3.3D

8C-1

5D-5

mho0013641R

1 2

3 4

5 6

7 8

1041AR

mho33

mho336541R

IVDV_TSM

2D-8,5B-5

2C-8,4B-7,4D-5

V5D

A003S2102ZPM0041DB

2D-8,4B-7,4D-5

2D-8,4B-7,4D-5

Fn743541C

mho0519241R

4541R mho33

mhoK2.22041R

2D-8,5C-5

mho0016441R

4041DBA003S2102ZPM

Fn74

V52

3041C

Fn001

0541C

4

5 6

7 8

2C-8,4B-7,4D-5

mho868141R

mho33

0041AR

1 2

3

4341Rmho051

V3.3D

Fn10441C

IVDV_TSM

2C-8,4B-7,5B-5

2D-8,5B-5

2D-8,5B-5

4A-6

mho337541R

mho339541R

5541R mho33

5441R

mho001

2B-5

V52

2C-8,4B-7,4D-5

V52

Fn001

4041C

V5.2_TSM

8241C

Fn001

V52

Fn001

3241C

LLPUAV_TSM

1C-5

1C-5

1C-5

V52

Fn001

6141C

1041C

Fn001

3F-2

Fn745541C

PDDV_TSM

2B-8

V520141C

Fn001

V52

V52

3441C Fn74

V52

Fn001

7041C5041C

Fn001

V3.3D

2141C

Fn001

2B-5

2C-5

V52 V52

6041C

Fn001

6B-5

A003S2102ZPM1041DB

LLPMV_TSM

3641C

1B-5

2B-5

1C-5

9441CFn74

Fp22

mho0517141R

8341C Fn74

3C-6

mho867041R

V52

Fn001

1141C

0141Rmho33

4B-6

Fn747341C

mho334241R

7E-1

4541CFn74

8E-1

mhoK014041R

2B-5

mho337241R

2F-8

1 2

3 4

5 6

7 8

1041R mhoK1

4041ARmho33

9141C

Fn001

V52

3D-6

3D-6

1B-5

1B-5

3D-6

3041DBA003S2102ZPM

V52

Fn001

9041C

7441C Fn74mho864141R

Fn746441C

mho33

0341C

Fn001

V52

4A-6

8C-1

2C-5

5241R

Fn749341C8041R mho86

mho861141R

V52

Fn001

9241C

Fn745341C

96

96

NC

NC

97

97

NC

NC

98

98

NC

NC

99

99

NC

NC

5041R mho86

98]1[ATAD

9N0NIG

09]0[ATAD

91

91

NC

NC

92

92

NC

NC

93

93

VD

DP

VD

DP

94

94

GN

DG

ND

95

95

NC

NC

81

81

GN

DG

ND

82

82

VD

DC

VD

DC

]7[ATAD38

48]6[ATAD

58]5[ATAD

68]4[ATAD

78]3[ATAD

88]2[ATAD

ED/TUOGOS47

57TUOSH

TUOSV67

77DLEIF

OPG87

79

79

VD

DP

VD

DP

8P0NIG

GN

DG

ND

80

80

67

67

NC

NC

VD

DP

VD

DP

68

68

69

69

GN

DG

ND

70NIGOS

VD

DC

VD

DC

70

70

71

71

VD

DP

VD

DP

GN

DG

ND

72

72

37KCATAD

6N0NIB

06]31[ATAD

16]21[ATAD

]11[ATAD26

36]01[ATAD

]9[ATAD46

56]8[ATAD

NC

NC

66

66

25]71[ATAD

]61[ATAD35

54

54

NC

NC

NC

NC

55

55

56

56

VD

DP

VD

DP

GN

DG

ND

57

57

85]51[ATAD

]41[ATAD95

)ADM(CN54

64]32[ATAD

]22[ATAD74

84]12[ATAD

]02[ATAD94

5P0NIB

05]91[ATAD

]81[ATAD15

830A

93LCS

4G

ND

GN

D

04ADS

GN

DG

ND

41

41

42

42

VD

DP

VD

DP

TNI34

44)LCM(CN

032CNYSV

31

31

AV

DD

_A

DC

AV

DD

_A

DC

32

32

GN

DG

ND

33

33

GN

DG

ND

AV

DD

_M

PL

LA

VD

D_

MP

LL

34

34

53TUOX

63NIX

73TESERWH

32N2NIB

422NIGOS

52P2NIG

62N2NIG

72P2NIR

N2NIR82

922CNYSH

3A

VD

D_

AD

CA

VD

D_

AD

C

061NFERV

711NIGOS

81P1NIG

91N1NIG

20CNYSV

02P1NIR

12N1NIR

22P2NIB

153

153

GN

DG

ND

AV

DD

_P

LL

AV

DD

_P

LL

154

154

551LCSBCDD

ADSBCDD651

157

157

AV

DD

_A

DC

AV

DD

_A

DC

GN

DG

ND

158

158

PFERV951

61N1NIB

641P2BXR

147

147

GN

DG

ND

NKCBXR841

941PKCBXR

P1NIB51

AV

DD

_D

VI

AV

DD

_D

VI

150

150

151TXER

NC

NC

152

152

N0BXR931

411CNYSV

041P0BXR

141

141

GN

DG

ND

N1BXR241

341P1BXR

AV

DD

_D

VI

AV

DD

_D

VI

144

144

541N2BXR

N1AXR131

231P1AXR

AV

DD

_D

VI

AV

DD

_D

VI

133

133

431N2AXR

P2AXR531

136

136

GN

DG

ND

NKCAXR731

831PKCAXR

124

124

GN

DG

ND

AV

DD

_A

UP

LL

AV

DD

_A

UP

LL

125

125

126

126

GN

DG

ND

127

127

AV

DD

_D

VI

AV

DD

_D

VI

821N0AXR

P0AXR921

311CNYSH

130

130

GN

DG

ND

711ETUMUA

811OKCM

911OFIDPS

12

12

GN

DG

ND

120

120

VD

DP

VD

DP

121

121

GN

DG

ND

221ADSACDD

LCSACDD321

11N0NIR

110

110

VD

DC

VD

DC

111

111

NC

NC

112

112

NC

NC

113

113

NC

NC

411DSUA

511KCSUA

611SWUA

102

102

NC

NC

103

103

NC

NC

104

104

NC

NC

105

105

NC

NC

106

106

NC

NC

107

107

VD

DP

VD

DP

108

108

GN

DG

ND

GN

DG

ND

109

109

071-FL-M9633TSM

0041CI

10CNYSH

01P0NIR

100

100

VD

DP

VD

DP

101

101

GN

DG

ND

mho001

7341R

V52

LLPUAV_TSM

CDDV_TSM

1B-5

1B-5

2F-8

3C-6

3C-6

2D-5

Fn001

2041C

6041Rmho33

4B-6

3C-6

3C-6

9041R mho093

V5D

0441RmhoK01

2341C

Fn001

4A-6

4A-6

Fn741541C

CDAV_TSM

V52

1241R mho86

2A-8,2E-4

mhoK1

1641R

CDAV_TSM

2B-5

mho001

4441R

Fn741641C3441R

mho051

2D-8,5B-5

2D-8,4B-7,5B-5

Fn001

1341C

V52

mho0933241R

2D-8,4B-7,5B-5

4B-6

2541CFn1

8041C

Fn001

V52

2D-5

V52

2241C

Fn001

4B-6

4B-6

4441CFu7.4

V01

1441CFu7.4

V01

2241R mho33

0041XzHM81813.41

mho330241R

2C-8,4C-7

2C-8,4C-7

2B-8

2C-8,4B-7,5B-5

V52

Fn001

4641C

8341R

mho001

0341R mho33

4

5 6

7 8

2D-8,4B-7,4D-5

mho335041AR

1 2

3

Fn001

1241C

V52

4E-2

8541R mho33

2641CFp22

4F-2

6F-2

3E-2

mho001

mho0

0541R

LLPMV_TSM

LLPV_TSM

2F-8

2441R

V01Fu7.4

6341C

2F-8

2F-8

Fp0224341C

Fp333341C

2341R

3341R mho33

mho33

2B-5

mho33

6141R

9141R

Fn0016541C

mho33

1C-5

6E-2

6041DBA003S2102ZPM

1D-5

3C-6

3D-6

1341R mho33

V5D

2441CFn74

V52

Fn001

6241C

PDDV_TSM IVDV_TSM

5441CFn74

2C-5

2C-5

Fn001

4241C

V52

7541CFn001

0641R

mhoK01

W01/1

mhoK011441R

V52

5141R mho86

mho338241R

Fn001

5241C

32A

SSV4

ADS5

6LCS

7PW

CCV8

1041CI

F31ET-W80CW42TAC

10A

21A

1C-5

V52

Fn001

8141C

1 2

3 4

5 6

7 8

1C-5

3 4

5 6

7 8

mho33

2041AR

MG

ND

1M

GN

D1

3041ARmho33

1 2

0041GER

LT-MWK2003-IS

CV1

2 1TUOV

DNG

3

4NIV

2TUOV5

GN

DG

ND

4141C

2B-5

1C-5

2C-5

V3.3DFu001

V61

mho001

mhoK010041R

6341Rmho093

7441R

8541C

V52

Fn001

3141C

Fn1

8441C

CDDV_TSM

4B-6

V5.2_TSM

Fn74

3141R mho86

A003S2102ZPM5041DB

6241R mho57

mho332141R

8C-1

LLPV_TSM

mhoK1

5141C

Fn001

V52

E

BC

3041R

V5.2_TSM

2B-5

Y-3261CSK2041Q

3541Rmho001

7141C

Fn001

V52

2041DBA003S2102ZPM

0041C

Fn001

V52

R_CP

G_CP

TSM_LCS

TSM_ADS

Fn0010641C

)8(TUOG_M

)7(TUOG_M

)6(TUOG_M

)5(TUOG_M

)4(TUOG_M

)3(TUOG_M

)2(TUOG_M

)9:0(TUOG_M

)1(TUOG_M

)0(TUOG_M

)9(TUOB_M

)9:0(TUOB_M

)0(TUOB_M

)1(TUOB_M

KLCM_XR_S2I

NI_OTSRN

NI_OTSRP

NI_OTSRP

B_CP

TNI_TSM

KLCB_XR_S2I

KLCRL_XR_S2I

ATAD_XR_S2I

NI_FIDPS

)0(TUOR_M

)1(TUOR_M

)0(TUOG_M

)1(TUOG_M

)1(TUOB_M

)0(TUOB_M

)9:0(TUOR_M

)0(TUOR_M

)1(TUOR_M

)9(TUOG_M

)9(TUOR_M

)8(TUOR_M

)7(TUOR_M

)6(TUOR_M

)5(TUOR_M

)4(TUOR_M

)3(TUOR_M

)2(TUOR_M

)8(TUOB_M

)7(TUOB_M

)6(TUOB_M

)5(TUOB_M

)4(TUOB_M

)3(TUOB_M

)2(TUOB_M

SH_M

SV_M

ED_M

KLCP_M

TESER_TSM

G_CPTSM

R_CPTSM

Y_2PMOC

bP_2PMOC

rP_2PMOC

2GOS_NITSM

2BP_NITSM

2Y_NITSM

2RP_NITSM

+2XR_2_IMDH

-CXR_2_IMDH

+CXR_2_IMDH

1BP_NITSM

LCS_CDD_2_IMDH

ADS_CDD_2_IMDH

1GOS_NITSM

1Y_NITSM

SV_CPTSM

1RP_NITSM

2BP_NITSM

2GOS_NITSM

2Y_NITSM

2RP_NITSM

B_CPTSM

GOS_CPTSM

ADS_CDD_1_IMDH

LCS_CDD_1_IMDH

-0XR_1_IMDH

+0XR_1_IMDH

-1XR_1_IMDH

+1XR_1_IMDH

-2XR_1_IMDH

+2XR_1_IMDH

-CXR_1_IMDH

+CXR_1_IMDH

-0XR_2_IMDH

+0XR_2_IMDH

-1XR_2_IMDH

+1XR_2_IMDH

-2XR_2_IMDH

GOS_CPTSM

B_CPTSM

G_CPTSM

Y_1PMOC

bP_1PMOC

rP_1PMOC

1GOS_NITSM

1BP_NITSM

1Y_NITSM

1RP_NITSM

SH_CPTSM

R_CPTSM

SH_CP SH_CPTSM

SV_CP SV_CPTSM

10-2-4 MST3369This Document can not be used without Samsung’s authorization.

PowerSignal

Samsung Electronics

Schematic Diagram

10-23

2IMDH

1IMDH

0151CB

2C-5

6151D

12

3

Fn001

2051TF

1

2 3

4

Fn001

3051D

12

3

6151CB

6D-8

Fn001

8051CB

R1

57

6R

1576

10K

ohm

10K

ohm

2C-5

2D-5

7251D

8414LLMP

7751RmhoK7.4

W01/1

4

W01/1

mhoK7.4

8751R

1051TF

1

2 3

21ET B1.9JZLR

0151D

CD

S3

C3

0G

TH

CD

S3

C3

0G

TH

D1

53

3D

15

33

8151CB

Fn001

Fn001

9051CB

Fn001

3151CB

3DNGM

9751R

mhoK7.4

W01/1

2

02

12

3

4

5

6

7

8

9

1DNGM

2DNGM

01

11

21

31

41

51

61

71

81

91

HDW910R1CD

1051NC

1

mho514051R

21ET B1.9JZLR

3251D

12

3

6D-8,6B-6,7F-1C

DS

3C

30

GT

HC

DS

3C

30

GT

HD

15

35

D1

535

2D-5

2D-5

3151D

4851R mho001

4351CB

6051R mho51

12

3

Fn001

V52

5051D

mho511551R

mho51

0551R mho51

2D-5

1051R

V5_2_IMDH

8451R mho51

D1

53

4D

1534

CD

S3

C3

0G

TH

CD

S3

C3

0G

TH

CD

S3

C3

0G

TH

CD

S3

C3

0G

TH

D1

53

6D

1536

1/1

0W

1/1

0W

100ohm

100o

hm

1

2 3

4

R1

51

8R

1518

21ET B1.9JZLR

5051TF

4051D

12

3

1151D

10K

ohm

10K

ohm

R1

57

5R

1575

12

3

2C-5

2C-5

2B-8

0151DB

B

4151D

5C-6,2C-5

mho510051R

mho0016851R

mhoK15551R

6551R

mho001

V3.3D

2651R

mhoK7.4

W01/1

D1

53

1D

1531

CD

S3

C3

0G

TH

CD

S3

C3

0G

TH

4B-6,2C-5

mho0011751R

12

35051R mho51

0051D

2 3

4

5D-6,2D-5

5C-6,2C-5

mho517051R

0051TF

1

mho512051R

E

BC

3051R mho51

5D-6,2D-5

0051Q

G-3261CSK

1051CB

Fn001 Fn001

4251D

8414LLMP

2851R mho0

3051CB

mho07651R

1E2

2E3

4SSV

5ADS

LCS6

7CW/,EDOM

CCV8

CS01-N20C42TA

4051CI

0E1

mho519451R

6651R

W01/1mho001

6051TF

1

2 3

4

W01/1

mhoK1

8551R

1

2 3

4

2D-5

DG

S

V3.3D

2C-5

3051TF

2D-5

4051Q

L2007N2

7151D

12

3

12

3

4

5

6

7

8

9

1DNGM

2DNGM

3DNGM

21

31

41

51

61

71

81

91

2

02

B

0051NC

HDW910R1CD

1

01

11

2C-5

4051DB

2051D

12

3

2D-5

7051D

12

3

10K

ohm

10K

ohm

R1

56

5R

1565

V5S V5_1_IMDH

8414LLMP

5251D

5151D

12

3

V5_1_IMDH

mho512551R

R1

56

4R

1564

10K

ohm

10K

ohm

3D-6,2D-5

9151D

12

3

1051D

12

3

V5S

4SSV

5ADS

LCS6

7CW/,EDOM

CCV8

V3.3D

CS01-N20C42TA

2051CI

0E1

1E2

2E3

100ohm

100o

hm

1/1

0W

1/1

0W

R1

55

7R

1557

2C-5

W01/1

mhoK7.41651R

V3.3D

Fn001

7151CB

6051CB

4B-6,2C-5

9151CB

Fn001

Fn001Fn001

D1

53

2D

15

32

CD

S3

C3

0G

TH

CD

S3

C3

0G

TH

0051CB

CD

S3

C3

0G

TH

CD

S3

C3

0G

TH

D1

53

0D

1530

D1

53

7D

1537

CD

S3

C3

0G

TH

CD

S3

C3

0G

TH

4051TF

1

2 3

4

3151R mhoK1

DG

S

V52

Fn001

L2007N2

8051Q

3D-6,2D-5

7551CB

9151R

mhoK1

W01/1

3551R mho51

0121PT1

1121PT1

15021PT1

3021PT1

4021PT

E

BC

2021PT1

G-3261CSK

1051Q

2051CB

Fn001

12

3

Fn001

2151CB

8151D

6451R mho51

1

2 3

4

6D-8

mho517451R

mho001

5151R

7051TF

8414LLMP

6251D

2751R mho001

W01/1

mhoK7.4

3651R

V5_2_IMDH

mho001W01/1

1851R

2B-8

6D-8,6C-6,7F-1

2251D

21ET B1.9JZLR

12

3

7051CB

Fn001

12

3

6051D

2151D

2C-5

2D-5

Fn001

1151CB

ADS_CDD_1_IMDH

LCS_CDD_1_IMDH

LCS_CDD_2_IMDHLCS_CDD_2_IMDH

ADS_CDD_2_IMDHADS_CDD_2_IMDH

ADS_CDD_2_IMDH

LCS_CDD_2_IMDH

LRTC_GULPH_2IMDH

DI_2IMDH

PW_MORPEE_CDD

PW_MORPEE_CDD

LCS_CDD_1_IMDH

ADS_CDD_1_IMDH

LRTC_GULPH_1IMDH

DI_1IMDH

-CXR_2_IMDH

+CXR_2_IMDH

-2XR_2_IMDH

+2XR_2_IMDH

-1XR_2_IMDH

+1XR_2_IMDH

-0XR_2_IMDH

+0XR_2_IMDH

-CXR_1_IMDH

+CXR_1_IMDH

-2XR_1_IMDH

+2XR_1_IMDH

-1XR_1_IMDH

+1XR_1_IMDH

-0XR_1_IMDH

+0XR_1_IMDH

10-2-5 HDMI_JACKThis Document can not be used without Samsung’s authorization.

PowerSignal

Schematic Diagram


50V

50V

C1903

C1903

3.3

nF

3.3

nF

2

3

4

5

6

7

8

9

4D-6

FERX

1A-1

THW 11-052WAMS

2071NC

1

01

11

PM

LL4148

PM

LL

414

8D

1900

D19003B-1

PM

LL4148

PM

LL

414

8D

1901

D1901

FERX

V5S

1/1

0W

1/1

0W

R1902

R1902

270K

ohm

270

Ko

hm

FERX

mho0015271R

mho04071R

2B-6

4F-9

5C-5

3A-1

1/1

0W

1/1

0W

R1909

R1909

11K

ohm

11K

oh

m

W01/1

4091R mhoK74

2E-1

5171R mho001

V05

3071CBFn001

4E-9

4C-7,5C-5

D1703

D1703

CD

S3C

30G

TH

CD

S3C

30

GT

H

5C-5

6B-6,7F-1

W01/1

8091R mhoK7.42811ASK2091Q

1

E2

B

3

C

2E-1

4C-7,5C-5

2

B

3

C

0091R

mho001

2811ASK0091Q

1

E

2091CFu01

V61

4F-9

2E-3

3B-1

5D-5

5C-2

4B-7,5B-5

6B-5,2E-4

mhoK7.47091R

W01/1

1071R mhoK1

CD

S3C

30G

TH

CD

S3C

30

GT

HD

1700

D1700

3071DBEN106J12CIC

1/1

0W

1/1

0W

R1903

R1903

15K

ohm

15K

oh

m

0071L Hu01

D1903

D1903

PM

LL4148

PM

LL

414

8

1091CFu001V61

mho001

1091R

2TUO

CCV8

mho0010371R

0091CI

TDC260LT

1TUO1

-1NI2

+1NI3

4EEV

5+2NI

-2NI6

7

V61Fn0015071CB

5C-9

2#,2F-3,1A-2

1B-2

Fn0017071CB

V05

7271R

mho0010071R

2D-6

mho001

4C-7,5C-5

1371R mho001

5B-5

2#,2F-3,1A-2

1A-2

1071DBEN106J12CIC

C1900

C1900

1uF

1uF

50V

50V

6271Rmho001

FERX

5C-9

V05

1071CFn1

FERX

4F-1

5C-9

Fn10071C

V05

V61

V3.3S

W01/1

5091R mhoK22

8C-2

5D-9

FERX

FERX

6071CBFu001

5C-2

4D-1

4B-6

2D-6

0091CB

Fn001V61

29

39

49

59

69

MG

ND

1M

GN

D1

MG

ND

2M

GN

D2

FERX

38

48

58

68

78

88

98

9

09

19

47

57

67

77

87

97

8

08

18

28

36

46

56

66

76

86

96

7

07

17

27

37

45

55

65

75

85

95

6

06

16

26

44

54

64

74

84

94

5

05

15

25

35

43

53

63

73

83

93

4

04

14

24

34

52

62

72

82

92

3

03

13

23

33

51

61

71

81

91

2

02

12

22

32

42

0071NC

)003(SD45.2-P69-AE01NCP

1

01

11

21

31

41

C

4E-9

4F-9

4F-9

4B-7,5B-5

G-3261CSK1091Q

E

B

CD

S3C

30G

TH

CD

S3C

30

GT

HD

1706

D1706

A_AV9

Hu011071L

mho0012171R

PF80M871AB0071QI

DNG

2

NI 1TUO3

FERX

0071CBFu001V52

5C-9

3B-1

5C-5

1B-1

CD

S3C

30G

TH

CD

S3C

30

GT

HD

1704

D1704

1271R mho001

5D-5

5C-5

EN106J12CIC2071DB

V61Fu0014071CB

mho0018171R

3071R mho001

4F-9

7A-1

5C-2

4C-7,5C-5

2E-3

4091D8414LLMP

16V

16V

C1904

C1904

4.7

uF

4.7

uF

2071R mho0

11K

ohm

11K

oh

mR

1910

R1910

1/1

0W

1/1

0W

EN106J12CIC0071DB

6D-3

1B-9

2C-9

V61Fu0012071CB

CD

S3C

30G

TH

CD

S3C

30

GT

HD

1702

D1702

2C-9

D1701

D1701

CD

S3C

30G

TH

CD

S3C

30

GT

H

44

54

64

74

84

5

6

7

8

9

33

43

53

63

73

83

93

4

04

14

24

34

42

52

62

72

82

92

3

03

13

23

41

51

61

71

81

91

2

02

12

22

32

1071NC

SD45.2-P84-AE01NCP

1

01

11

21

31

Fn0011071CB

V05

mho0016171R

D1705

D1705

CD

S3C

30G

TH

CD

S3C

30

GT

H

3B-1

3B-1

2C-1

mho001

KCEHC_CCV_BSU

PA_BSU

NA_BSU

NI_FIDPS

TUO_REFOOW_BUS

TUO_PMA_REFOOW_S

TSM_ADS

TSM_LCS

TESER_DNUOS

TESER_DNUOS

ETUM_REFOOW

9171R

TEDV_EDIS

Y_EDIS

C_EDIS

SBVC_EDIS

L_EDIS

R_EDIS

V8S

TENYNA_XT

TENYNA_XR

RI_RATSMEG

RATSMEG_XR

RATSMEG_XT

FFONO_WPBSU

KLCB_XR_S2I

ATAD_XR_S2I

KLCM_XR_S2I

KLCRL_XR_S2I

TNI_TSM

V5D

V5S

V21S

AV9

ETUM_REFOOW

TEDS_EDIS

TEDV_EDIS

TEDS_EDIS

TESER_TSM

D_OTESERN

NI_OTSRN

SBVC_UT_M

DI_2IMDH

DI_1IMDH

R_NIAM

R_EDIS

L_EDIS

L_NIAM

TUO_REFOOW_BUS

232SR_XT

232SR_XR

TED_1PMOC

DI_KCAJCP

ED_M

SH_M

SV_M

KLCP_M

ADS

LCS

TED_2S

TED_1S

TUO_L_ROTINOM

SBVC_VTD

)8(TUOG_M

)9(TUOG_M

)7(TUOR_M

)8(TUOR_M

)9(TUOR_M

PW_MORPEE_CDD

TUO_FIDPS

LRTC_GULPH_1IMDH

LRTC_GULPH_2IMDH

)9:0(TUOR_M

)9:0(TUOG_M

)9:0(TUOB_M

TUO_R_ROTINOM

TED_1VA

TED_2VA

TED_2PMOC

)0(TUOB_M

)1(TUOB_M

)2(TUOB_M

)0(TUOG_M

)1(TUOG_M

)2(TUOG_M

)3(TUOG_M

)0(TUOR_M

)1(TUOR_M

)2(TUOR_M

RIBV_NIAM

)3(TUOB_M

)4(TUOB_M

)5(TUOB_M

)4(TUOG_M

)5(TUOG_M

)6(TUOG_M

)3(TUOR_M

)4(TUOR_M

)5(TUOR_M

)6(TUOR_M

)6(TUOB_M

)7(TUOB_M

)8(TUOB_M

)9(TUOB_M

)7(TUOG_M

10-2-6 CONNECTORThis Document can not be used without Samsung’s authorization.

PowerSignal

Samsung Electronics

Schematic Diagram

10-25

NOITPO BSU EDIS

Fn001

V61

mho726181R

W01/1

3181C

D1804

D1804

RLZ

5.6

B-T

E-1

1R

LZ

5.6

B-T

E-1

1

11-ET-B6.5ZLR

2F-8

2F-8

2081D

B2.6ZLR

V3.3S

0081D

2811ASKE

1

B2

C

3

V52

Fn001

2181C

V01

Fu001

8081C

1081Q

8181R

W01/1

mho05181R

W01/1

mho0

0007SDS

1081D

1 2

3

HTG03C3SDC

8081D

7081D

2F-8

4.7

Kohm

4.7

Kohm

R1803

R1803

HTG03C3SDC

W01/1

7281R mho0

2E-8

1/1

0W

1/1

0W

V3.3S

E

BC

6181C

Fn001

V52

0081Q

4011RSK

V05

2081C

Fp001

50

V5

0V

C1810

C1810

10

0p

F1

00

pF

V52

Fn001

7181C

W01/1

2181R mho022

4181C

Fn001

V52

W01/1

4181R mho0

V3.3S

mho72

7181R

W01/1

9081D

HTG03C3SDC

8181C

Fn001

V52

50

V5

0V

C1806

C1806

10

0p

F1

00

pF

5

6

7

8

9

1DNGM

2DNGM

10

0p

F1

00

pF

C1805

C1805

50

V5

0V

FL-072Q20190-551

2081NC

1

2

3

4

3081NC

LAVLPUS

1

2

3

4

5

6

mho01181R

W01/1

V5D

W01/1

mho001

2281R

mho0

2081R

W01/1

9181R

mhoK51

W01/1

THW 50-052WAMS

4081NC1 2 3 4 5

TUOV

mhoK01

W01/1

0181R0081CI

1TUOV

21NIV

3SNIV

NE4

DNG5

63NIV

2NIV7

8

8SC7741CTL

W01/1

mho001

4281R

2E-8

2E-8

0281R

mhoK51

W01/1

0081DB

T-510-L2102BCA

W01/1

4081R mho051

50

V5

0V

C1804

C1804

10

0p

F1

00

pF

V05

Fn01

1081C

mhoK72

W01/1

9081R

W01/1

mhoK1

6081R

0081TF

TM322E1A2-03AFL

1

2

3

V5S

mho0223181R

W01/1

RLZ

5.6

B-T

E-1

1R

LZ

5.6

B-T

E-1

1

D1805

D1805

2E-8

2E-8

V61

Fn001

0081C

1/1

0W

1/1

0W

R1807

R1807

0ohm

0ohm

10ohm

10ohm

R1808

R1808

1/1

0W

1/1

0W

V52

Fn001

5181C

+V3

-!C

+2C4

-2C5

-V6

7TUO2T

NI2R8

TUO2R9

+1C

01NI2T

NI1T11

21TUO1R

NI1R31

41TUO1T

51DNG

CCV61

2

2323PS

1081CI

1

5281R

mho001

W01/1

V52

Fn001

9081C

2E-8

2E-8

mhoK1

W01/1

0081R

6081D

HTG03C3SDC

2DNGM

2E-8

3281R

W01/1

mho001

1081NC

1V-C2110BU

1

2

3

4

1DNGM

mho06281R

W01/1

W01/1

1281R mho0

1

2

3

4

mhoK7.4

W01/1

5081R

10-320JEP

0081NC

10

0p

F1

00

pF

C1803

C1803

50

V5

0V

W01/1

mhoK7.4

1081R

1 2

3

V61

Fn001

7081C

3081D

0007SDS

KCEHC_CCV_BSU

TENYNA_XR

TENYNA_XT

232SR_XT

232SR_XR

10

0p

F1

00

pF

C1811

C1811

50

V5

0V

FFONO_WPBSU

PA_BSU

NA_BSU

RI_RATSMEG

TUO_RI

RATSMEG_XT xT_G

RATSMEG_XRxR_G

10-2-7 USB_GEMSTAR_DEBUGThis Document can not be used without Samsung’s authorization.

PowerSignal

Schematic Diagram


TUPNI)03.11.4002( degnahc gnippam nip IVD

) LEDOM P0801 ROF TUPTUO DEDNE-LAUD (

llatsnI t’noD

llatsnI t’noD

llatsnI t’noD

911CFn001V61

3A-2

3A-2

3B-2,7C-1

3B-2,7C-1

001CFu01V3.6

3C-2,5D-1

3C-2,5C-1

3C-2,5C-1

V3.6Fu01101C

3C-2,7B-1

3B-2,7B-1

3B-2,7B-1

3A-2,7B-1

3C-2,5E-1

3C-2,5D-1

V05Fp001721C621C

Fp001V05

421CFn001

V61

B

V61Fn001321C

G

S

101L

L2007N2

101Q

D

3B-2,7C-1

3B-2,7C-1

3A-2,7D-1

3A-2,7D-1

3C-2,5E-1

B

V61Fn001521C

211CFu01V3.6

301L

511CFp001V05

711CFp001V05V05

Fp001611C

V61Fn001811C

V3P3P_SDMT

3A-2

3A-2

5B-1

401CFu01V3.6

111R mho001

1D-8

901R mho001

701Rmho01601R

3C-2,7C-1

3C-2,7B-1

mho01

201CFp001V05

V3P3P_SDMT

V61Fn001301C

V61Fn001

921C

S

3C-5

3C-5

V3.6Fu01821C

001Q

L2007N2

D

G

mhoK2.2

131R

V3P3P

231R

mhoK2.2

1

501PT1

001PT

1

101PT

901PT

1

801PT

1

V3P3P_SDMT

CCVO_161

V61Fn001021C 121C

Fn001V61

501R

V3P3P

V61Fn001221C

401R5B-1mho01

mho093801R

mho01

mho01301Rmho01201R

5B-1

5

6

7

8

9

1DNGM

2DNGM

5B-1

81

91

2

02

12

22

32

42

3

4

001NC

1

01

11

21

31

41

51

61

71

4B-8

2E-8

3E-8

3D-8

431CFu01

V02

4B-8

3B-1

3B-1

5B-1

2D-1

2C-1

5B-1

3B-5

401LB

1

301PT

11

011PT

1

111PT

Fp51331C

*

201PT531CFn001

V61

2

34

5

67

8

1DNGM

2DNGM

A1 B2

101NCG80-002WMS

1

3B-1

3B-1

-

501L

51C-25TZB001D

8

9

1DNGM

2DNGM

701PT

1

1

01

11

21

2

3

4

5

6

7

9797P

VC

CP

VC

C

9898P

GN

DP

GN

D

9999M

OD

EM

OD

E

G21-002WMS

201NC

9#ODP

9090R

X0+

RX

0+

9191R

X0-

RX

0-

9292A

GN

DA

GN

D

9393R

XC

+R

XC

+

9494R

XC

-R

XC

-

9595A

VC

CA

VC

C

9696E

XT

_RE

SE

XT

_RE

S

8282A

VC

CA

VC

C

8383A

GN

DA

GN

D

8484A

VC

CA

VC

C

8585R

X1+

RX

1+

8686R

X1-

RX

1-

8787A

GN

DA

GN

D

8888A

VC

CA

VC

C

8989A

GN

DA

GN

D

5722OQ

7676O

GN

DO

GN

D

7777Q

O23

QO

23

7878O

VC

CO

VC

C

7979A

GN

DA

GN

D

8TDCS

8080R

X2+

RX

2+

8181R

X2-

RX

2-

86DNG

9661OQ

7#EDOM_C2I

0771OQ

1781OQ

2791OQ

3702OQ

4712OQ

069OQ

1601OQ

2611OQ

3621OQ

4631OQ

5641OQ

6651OQ

76CCV

354OQ

455OQ

556OQ

657OQ

75CCVO

85DNGO

958OQ

6CCV

4646D

ED

E4747

VS

YN

CV

SY

NC

4848H

SY

NC

HS

YN

C4949

QO

0Q

O0

5DNG

5050Q

O1

QO

1

152OQ

253OQ

3939G

ND

GN

D

4SXIP

4040C

TL1

CT

L14141

CT

L2C

TL2

4242C

TL3

CT

L34343

OV

CC

OV

CC

4444O

DC

KO

DC

K4545

OG

ND

OG

ND

3131Q

E17

QE

173232

QE

18Q

E18

3333Q

E19

QE

193434

QE

20Q

E20

3535Q

E21

QE

213636

QE

22Q

E22

3737Q

E23

QE

233838

VC

CV

CC

4221EQ

5231EQ

2626Q

E14

QE

142727

QE

15Q

E15

2828O

GN

DO

GN

D2929

OV

CC

OV

CC

3)TS(ADS

3030Q

E16

QE

16

717EQ

81CCVO

91DNGO

2#DP

028EQ

129EQ

2201EQ

3211EQ

010EQ

100

100

SC

LS

CL

111EQ

212EQ

313EQ

414EQ

515EQ

616EQ

ZCNYSV_PT1

001CI001GTC1611IIS

1RTJD_SH

821R

mhoK01mhoK01

521R

AV5

mho0331R

LAVCNYS_IVD1

ZTESER_PDD1

4SSV

5ADS

LCS67

CW/,EDOM

CCV8

201CICS01-N20C42TA

0E1

1E2

2E3

mhoK2531R

V21P

001PO

EN006J12MIC

201DB

B

041CFu001

V52

EN006J12MIC

101DB

B

5B-1101R mho015B-1001R mho01

NI1

DNG

2

TUO3TUO

V3P3P_SDMTV5P

831R mho22

3F-1

301CIG3T33TS7111PCN

731R mho22

631R mho22

mho0

031R*

321R

mhoK01

B

111CFn001

V61

2A

3DNG

4Y

5CCV

V3P3P

EN006J12MIC001DB

V21P

71G1CVL47NS101CI

1CN

1

401PT

1

6A-4

4C-1

201L

B

601PT

V3.6Fu01311C

mhoK01

421R*

B

431R mho0

V3P3P_SDMT

001L

V05Fp001011C901C

Fp001V05

V52Fu001

931C

V21P

831CFu001

V52

mhoK01

621R

mhoK01

721R

V3.6Fu01731C

mhoK01

921R

631CFu01

V3.6

KLCW_PT11

NED_PT

1

931R mho22

ZCNYSH_PT

701CFn001

V61V61Fn001601C501C

Fn001V61 V61

Fn001801C

411CFu01V3.6

231CFp51

CCVO_161

Fp51131C

)0(BC_B_2P

)1(Y_G_1P

031CFp51

)9:0(Y_G_1P

)9:0(BC_B_1P

)1(RCBC_RC_R_1P)0(RCBC_RC_R_1P

)0(Y_G_1P)1(BC_B_1P)0(BC_B_1P

)1(RCBC_RC_R_2P)0(RCBC_RC_R_2P

)1(Y_G_2P)0(Y_G_2P

)1(BC_B_2P

)3(RCBC_RC_R_1P

)2(RCBC_RC_R_1P

)9:0(BC_B_2P )2(BC_B_2P

)3(BC_B_2P

)4(BC_B_2P

)5(BC_B_2P

)6(BC_B_2P

)7(BC_B_2P

)8(BC_B_2P

)9(BC_B_2P

)9:0(Y_G_2P

)9:0(RCBC_RC_R_2P

)9:0(RCBC_RC_R_1P

)2(BC_B_1P

)9(Y_G_1P

)8(Y_G_1P

)7(Y_G_1P

)6(Y_G_1P

)5(Y_G_1P

)4(Y_G_1P

)3(Y_G_1P

)2(Y_G_1P

)9(RCBC_RC_R_1P

)8(RCBC_RC_R_1P

)7(RCBC_RC_R_1P

)6(RCBC_RC_R_1P

)5(RCBC_RC_R_1P

)4(RCBC_RC_R_1P

CNYSH_1P

P2_

R_C

R_C

BC

R(6

)P

2_R

_CR

_CB

CR

(6)

P2_

R_C

R_C

BC

R(7

)P

2_R

_CR

_CB

CR

(7)

P2_

R_C

R_C

BC

R(8

)P

2_R

_CR

_CB

CR

(8)

P2_

R_C

R_C

BC

R(9

)P

2_R

_CR

_CB

CR

(9)

P2_

R_C

R_C

BC

R(2

)P

2_R

_CR

_CB

CR

(2)

P2_

R_C

R_C

BC

R(3

)P

2_R

_CR

_CB

CR

(3)

P2_

R_C

R_C

BC

R(4

)P

2_R

_CR

_CB

CR

(4)

P2_

R_C

R_C

BC

R(5

)P

2_R

_CR

_CB

CR

(5)

)9(BC_B_1P

)8(BC_B_1P

)7(BC_B_1P

)6(BC_B_1P

)5(BC_B_1P

)4(BC_B_1P

)3(BC_B_1P

)5(Y_G_2P

)6(Y_G_2P

)7(Y_G_2P

)8(Y_G_2P

)9(Y_G_2P

)2(Y_G_2P

)3(Y_G_2P

+0XR_IVD-0XR_IVD

+1XR_IVD-1XR_IVD

+2XR_IVD-2XR_IVD

+CXR_IVD-CXR_IVD

KLCW_1PNEATAD_1P

CNYSV_1P

TUO_BD

TUOTCA_P

PA_NYD_MWPTUO_BD

)4(Y_G_2P

YDAER_CISA

-2XR_IVD+2XR_IVD

-1XR_IVD+1XR_IVD

-0XR_IVD+0XR_IVD

M_ADSM_LCS

ADS_NI ADS_0CII

LCS_NI LCS_0CII

LCS_NIADS_NI

+CXR_IVD

LCS_NI

ADS_NI

-CXR_IVD

TATSPMAL

DXT_0TRAU

DOOGREWOP

10-3 DMD Board10-3-1 DMD-1This Document can not be used without Samsung’s authorization.

3C-2,7D-1

mho0002R

7D-1

V61

202CFn001

91E

8_A_2P7E

3B-2,7D-1

0_A_2P

4_A_2P6D

7D9_A_2P

2_B_2P8D

9D5_B_2P

11E3_C_2P

21E7_C_2P

4_A_1P61E

6_B_1P

1_A_1P

61D5_A_1P

8_A_1P71D

2_B_1P81D

91D7_B_1P

0_C_1P02D

3_C_1P12D

7_C_1P22D

5D

7C

8C3_B_2P

6_B_2P9C

01D9_B_2P

4_C_2P11D

8_C_2P21D

31DNEATAD_2P

41DNEATAD_1P

51D

9_A_1P

81C3_B_1P

91C8_B_1P

02C1_C_1P

4_C_1P12C

8_C_1P22C

5C1_A_2P

6C5_A_2P

0_B_2P

7_B_2P

0_C_2P01C

11C5_C_2P

21C9_C_2P

31CCNYSH_2P

41CCNYSH_1P

51C2_A_1P

61C6_A_1P

71C

02B2_C_1P

12B5_C_1P

22B9_C_1P

2_A_2P5B

6_A_2P6B

7B1_B_2P

4_B_2P8B

9B

11B

BSM_DPB21B

CNYSV_2P31B

CNYSV_1P41B

3_A_1P51B

7_A_1P61B

71B0_B_1P

81B4_B_1P

9_B_1P91B

71PA

1_P_BDD81PA

12PA6_P_BDD

22PAP_BKCD

52PA21_P_BDD

62PA41_P_BDD

21_P_ADD9PA

01B1_C_2P

6_C_2P

41_N_BDD

72NA3DIMV

51_P_ADD7NA

31_P_ADD8NA

9NA21_N_ADD

01PA01_P_ADD

31PA6_P_ADD

4_P_ADD41PA

2DIMV

81NA

3_P_BDD91NA

5_P_BDD02NA

12NA6_N_BDD

N_BKCD22NA

32NA8_P_BDD

42NA01_P_BDD

52NA21_N_BDD

62NA

11_P_ADD

01_N_ADD01NA

8_P_ADD11NA

21NAP_ACS

31NA6_N_ADD

4_N_ADD41NA

51NA2_P_ADD

1_P_ADD61NA

1_N_BDD

12MA

22MAP_BCS

32MA8_N_BDD

42MA01_N_BDD

31_P_BDD52MA

51_P_BDD62MA

7MA51_N_ADD

31_N_ADD8MA

9MA

41MA3_P_ADD

2_N_ADD51MA

61MA1_N_ADD

0_P_BDD71MA

81MA2_P_BDD

3_N_BDD91MA

5_N_BDD02MA

7_P_BDD

52LA

51_N_BDD62LA

1DIMV6LA

7LA41_P_ADD

11_N_ADD9LA

9_P_ADD01MA

8_N_ADD11MA

21MAN_ACS

5_P_ADD31MA

71LA0_N_BDD

81LA2_N_BDD

91LA4_P_BDD

7_N_BDD12LA

22LAN_BCS

9_P_BDD32LA

11_P_BDD42LA

31_N_BDD

32KA

11_N_BDD42KA

7KA41_N_ADD

01LA9_N_ADD

P_AKCD11LA

21LA7_P_ADD

5_N_ADD31LA

41LA3_N_ADD

0_P_ADD61LA

6_C_1P

5A3_A_2P

6A7_A_2P

8_B_2P9A

N_AKCD11KA

21KA7_N_ADD

61KA0_N_ADD

91KA4_N_BDD

9_N_BDD

2_C_2P01A

KLCW_1P31A

0_A_1P41A

71A1_B_1P

5_B_1P81A

12A

002CFn001

1203PDD1-002CI

Fn1402C

V05V61

3E-9

3E-9

4B-9

4F-9

3A-2,7D-1

3C-9

3C-9

EDOM_TST_PT 1

7C-1

7B-1

Fn001102C

V61 V05

502CFn1

4E-9

V2P1P

V05

302CFn1

4B-9

3C-9

3C-9

3E-9

3E-9

3C-2,7D-1

7B-1

3A-2,7D-1

3A-2,7D-1

NEATAD_1P

)1(BC_B_1P

)5(BC_B_1P

)8(BC_B_1P

)2(Y_G_1P

)7(Y_G_1P

)0(RCBC_RC_R_1P

)3(RCBC_RC_R_1P

)7(RCBC_RC_R_1P

)0(BC_B_2P

)4(BC_B_2P

)9(BC_B_2P

)2(Y_G_2P

)5(Y_G_2P

)3(RCBC_RC_R_2P

)7(RCBC_RC_R_2P

)4(BC_B_1P

)6(Y_G_1P

)8(BC_B_2P

)9:0(BC_B_1P

)9:0(Y_G_1P

)9:0(RCBC_RC_R_1P

)9:0(BC_B_2P

)9:0(Y_G_2P

)9:0(RCBC_RC_R_2P

)51:0(P_ADD

)51:0(N_ADD

)51:0(P_BDD

)51:0(N_BDD

)4(Y_G_1P

)9(Y_G_1P

)2(RCBC_RC_R_1P

)5(RCBC_RC_R_1P

)9(RCBC_RC_R_1P

)2(BC_B_2P

)6(BC_B_2P

)1(Y_G_2P

)4(Y_G_2P

)7(Y_G_2P

)0(RCBC_RC_R_2P

)5(RCBC_RC_R_2P

)9(RCBC_RC_R_2P

CNYSH_1P

CNYSH_1P

)2(BC_B_1P

)6(BC_B_1P

)9(BC_B_1P

)3(Y_G_1P

)8(Y_G_1P

)1(RCBC_RC_R_1P

)4(RCBC_RC_R_1P

)8(RCBC_RC_R_1P

)1(BC_B_2P

)5(BC_B_2P

)0(Y_G_2P

)3(Y_G_2P

)6(Y_G_2P

)9(Y_G_2P

)4(RCBC_RC_R_2P

)8(RCBC_RC_R_2P

NEATAD_1P

)1(N_BDD

)0(P_ADD

)2(P_ADD

)3(N_ADD

)5(P_ADD

)9(P_ADD

)11(P_ADD

)41(P_BDD

)9(P_BDD

PB_KLCD

)3(P_BDD

)1(P_BDD

)3(P_ADD

)1(RCBC_RC_R_2P

)6(RCBC_RC_R_2P

CNYSV_1P

CNYSV_1P

)3(BC_B_1P

)7(BC_B_1P

)0(Y_G_1P

)4(P_ADD

)5(N_ADD

)7(P_ADD

PA_LRTCS

)9(N_ADD

)11(N_ADD

)31(P_ADD

)41(P_ADD

)41(N_BDD

)21(P_BDD

)01(P_BDD

)9(N_BDD

NB_KLCD

)7(P_BDD

)5(P_BDD

)3(N_BDD

)01(P_ADD

)21(P_ADD

)31(N_ADD

)41(N_ADD

)51(P_BDD

)31(P_BDD

)21(N_BDD

)01(N_BDD

)8(P_BDD

PB_LRTCS

)7(N_BDD

)5(N_BDD

)2(P_BDD

)0(P_BDD

)0(N_ADD

)2(N_ADD

)21(N_ADD

)51(P_ADD

)51(N_BDD

)31(N_BDD

)11(P_BDD

)8(N_BDD

NB_LRTCS

)6(P_BDD

)4(P_BDD

)2(N_BDD

)0(N_BDD

)1(P_ADD

)4(N_ADD

)6(P_ADD

)7(N_ADD

NA_LRTCS

)2(RCBC_RC_R_2P

KLCW_1P

)0(BC_B_1P

)1(Y_G_1P

)5(Y_G_1P

)6(RCBC_RC_R_1P

)3(BC_B_2P

)7(BC_B_2P

)8(Y_G_2P

NA_KLCD

)8(N_ADD

)51(N_ADD

)11(N_BDD

)6(N_BDD

)4(N_BDD

)1(N_ADD

)6(N_ADD

PA_KLCD

)8(P_ADD

)01(N_ADD

Samsung Electronics

Schematic Diagram

10-27


10-3-2 DMD-2

2B-3

3B-3

3B-3

mho051

913R

1A-3

1C-3

813R

mho051

613R

mho051

V05

933CFn1

TTV_DLR

Fn001223C

V61

Fn001603C

V61

V61

743CFn001

3A-3

Fn001353C

V61

1B-3

mho001523R

543CFn001 FERV_DLR

V8P1P

V61

1C-3

1C-3

mhoK1723R

V05

953CFn1

FERV_DLR

V5P1P

233CFu01V3.6

V61

503CFn001

Fn1763C

V05V61

363CFn001

V61

263CFn001

3A-3

3B-3

3A-3

3A-3

mhoK1513R

Fn1033C

V05

V61

443CFn001

Fn1723C

V05 V05

823CFn1

V3.6Fu01813C

mho051

503R

3B-3

403R

mho0511A-3

1A-3

1A-3

1A-3

Fn1413C

V05

mho022313RW01/1

V3.6Fu28713C

V05

923CFn1

Fn1663C

V05V61

063CFn001

4D-3

V05

863CFn1

mho051

603R

123R

mho051 mho051

223R

Fn001163C

V61

Fn001703C

V61

V8P1P

V5P1P

1A-3

1A-3

1A-3

103R

mho051

1A-3

1A-3

V3.6Fu01003C

TTV_DLR

103CFu01V3.6 V3.6

Fu01203C 5

FERTTV

6

7

3S

8

DNG

5S

9

1DNGM

V5P1PTTV_DLR

1 SNSQDDV 01

NIV2NIODLV

3 TTV

DNGP4

SNSTTV

mho051

003R

QGD00115SPT203CI

3B-3

TTV_DLR

V5P2P

FERV_DLR

mho072823R

3A-3

V61

433CFn001

4D-3

4D-3

Fn001753C

V61

3B-3

V61

653CFn001

1A-3

V61

553CFn001

V61

153CFn001

mhoK01213R

W01/1

Fn001523C

V61

Fn001463C

V61

5A-3

3A-3

3A-3

V61 V61

013CFn001Fn001

903C

Fn001213C

V61

V61

803CFn001

133CFu28V3.6

3B-3

Fn1043C

V05

V61

053CFn001

5A-3

Fn001943C

V61Fn001843C

V61

V05

563CFn1

V61

323CFn001

V61

243CFu01V3.6

Fn001333C

413R mhoK1

mhoK1323R

Fn001253C

V61

Fn1513C

V05

mhoK1903R

V5P1P

1B-3

V05

613CFn1

1B-3

303R

mho051

3B-3

mho051

203R

V61

113CFn001

V61

623CFn001

5A-3

V3.6Fu051159C

TTV_DLR

Fn001359C

V61

Fn001913C

V61

4D-3

4D-3

V61

023CFn001

1B-3

V61

123CFn001

1B-3

Fn1853C

V05V61

3B-3

3B-3

3B-3

1A-3

1B-3

1B-3

3A-3

1A-3

Fn001453C

V05

313CFn1

623R mho001

Fn001423C

V61

V61

259CFn001

V3.6Fu01949C059C

Fu01V3.6

V3.6Fu01849C

FERV_DLR

Fn001403C

V61

303CFu7.4

V61

V5P

mhoK01113RW01/1

803R

mho0511A-3

1A-3

1A-3

mho051

703R

V05

833CFn1

4YZEW_MARDLR

4B-3

1B-3

V5P2P

3V41_A_MARDLR

4V31_A_MARDLR

N_1KD_MARDLR2W

3WP_1KD_MARDLR

71_A_MARDLR4W

5WSAIB_MARDLR

ZFER_MARDLR2Y

3YZSC_MARDLR

4T4_A_MARDLR

5T0_AB_MARDLR

1U1_AB_MARDLR

2U2_AB_MARDLR

N_0KD_MARDLR3U

4UP_0KD_MARDLR

1VN_KC_MARDLR

P_KC_MARDLR2V

1PP_0KQ_MARDLR

2PN_0KQ_MARDLR

3PDLVQ_MARDLR

5_A_MARDLR4P

3R8_A_MARDLR

4R3_A_MARDLR

2T0_A_MARDLR

3T9_A_MARDLR

5L51_QD_MARDLR

2M5_QD_MARDLR

4_QD_MARDLR3M

41_QD_MARDLR4M

1N71_QD_MARDLR

2N7_QD_MARDLR

6_QD_MARDLR3N

61_QD_MARDLR4N

8_QD_MARDLR2J

01_QD_MARDLR3J

1FERV_MARDLR4J

1K11_QD_MARDLR

21_QD_MARDLR3K

4K31_QD_MARDLR

3_QD_MARDLR2L

2_QD_MARDLR3L

3EA91_QD_MARDLR

81_QD_MARDLR4EA

2FA92_QD_MARDLR

3FA82_QD_MARDLR

72_QD_MARDLR4FA

62_QD_MARDLR2GA

2FERV_MARDLR3GA

9_QD_MARDLR1J

2CA22_QD_MARDLR

3CA52_QD_MARDLR

02_QD_MARDLR5CA

33_QD_MARDLR2DA

23_QD_MARDLR3DA

4DA12_QD_MARDLR

1EA13_QD_MARDLR

03_QD_MARDLR2EA

01_A_MARDLR1AA

2AA81_A_MARDLR

4AAMD_MARDLR

P_1KQ_MARDLR1BA

N_1KQ_MARDLR2BA

3BA42_QD_MARDLR

4BA32_QD_MARDLR

1C-3

1C-3

2-002CI1203PDD

633C

V61Fn1

733C

V05

Fn1273C

V05

Fn001

173CFn1

V05

073CFn1

V05

mho051

713R

mho001013R

ODT11V

IDT21V

QZ2V

2TXEV3V

8SSV4V

61SSV9V

5A-3

5A-3

62QD11U

61DDV21U

81QD2U

91QD3U

6QSSV4U

21QSSV9U

2FERV1V

01V4TXEV

01T82QD

11T

4TTV21T

02QD2T

12QD3T

4QDDV4T

9T8QDDV

8DDV1U

72QD01U

01R03QD

11R

51SSV21R

1KQ2R

1KQ/3R

5QSSV4R

11QSSV9R

2TTV1T

92QD

01P23QD

11P

MD21P

22QD2P

32QD3P

3QDDV4P

7QDDV9P

7SSV1R

13QD

01N43QD

11N

91A21N

42QD2N

52QD3N

4QSSV4N

01QSSV9N

51A1P

33QD

11A11M

01A21M

61A2M

71A3M

7DDV4M

51DDV9M

1N81A

53QD

01L

41A11L

31A21L

SC/2L

5SSV3L

6SSV4L

31SSV9L

EW/1M

21A01M

01K

1AB11K

KC/21K

1KD/2K

5DDV3K

6DDV4K

9K31DDV

FER/1L

41SSV

01J

0AB11J

KC21J

0KD/2J

3DDV3J

4DDV4J

11DDV9J

1KD1K

41DDV

01H

4A11H

3A21H

9A2H

3SSV3H

4SSV4H

11SSV9H

0KD1J

21DDV

1A11G

0A21G

6A2G

7A3G

2DDV4G

01DDV9G

2AB1H

21SSV

6QD11F

DLVQ21F

61QD2F

71QD3F

3QSSV4F

9QSSV9F

8A1G

2A01G

4QD11E

02A21E

41QD2E

51QD3E

2QDDV4E

6QDDV9E

1F5A

7QD01F

01D0KQ

11D

01SSV21D

21QD2D

31QD3D

2QSSV4D

8QSSV9D

12A1E

5QD01E

2QD11C

3TTV21C

01QD2C

11QD3C

1QDDV4C

5QDDV9C

22A1D

0KQ/

0QD11B

9DDV21B

8QD2B

9QD3B

1QSSV4B

7QSSV9B

1TTV1C

3QD01C

SMT11A

KCT21A

1SSV2A

1TXEV3A

2SSV4A

9SSV9A

1DDV1B

1QD01B

103CIIT-MB63M8H94TM

1FERV1A

3TXEV01A

V61

mho051

023R

V61Fn001643C

Fn001343C

Fn1963C

V05

V61

533CFn001

423R mhoK1

)33:2(QD_MARDLR

)61(QD_MARDLR

)51(QD_MARDLR

)41(QD_MARDLR

)31(QD_MARDLR

)71(QD_MARDLR

)21(QD_MARDLR

)01(QD_MARDLR

)11(QD_MARDLR

)9(QD_MARDLR

)8(QD_MARDLR

)7(QD_MARDLR

)5(QD_MARDLR

)6(QD_MARDLR

)4(QD_MARDLR

)3(QD_MARDLR

)2(QD_MARDLR

)23(QD_MARDLR

)13(QD_MARDLR

)03(QD_MARDLR

)92(QD_MARDLR

)33(QD_MARDLR

)72(QD_MARDLR

)62(QD_MARDLR

)52(QD_MARDLR

)42(QD_MARDLR

)82(QD_MARDLR

)32(QD_MARDLR

)12(QD_MARDLR

)02(QD_MARDLR

)91(QD_MARDLR

)81(QD_MARDLR

)22(QD_MARDLR

0_A_MARDLR

01_A_MARDLR31_A_MARDLR41_A_MARDLR71_A_MARDLR

9_A_MARDLR

81_A_MARDLR

)33:2(QD_MARDLR

P_1KD_DLRN_1KD_DLR

MD_DLR

1_AB_DLR2_AB_DLR

0_AB_DLR

P_0KD_DLRN_0KD_DLR )62(QD_MARDLR

)81(QD_MARDLR

)91(QD_MARDLR

DLVQ_DLR

N_1KQ_DLRP_1KQ_DLRN_0KQ_DLRP_0KQ_DLR

N_KC_DLRZSC_DLRZEW_DLRZFER_DLR

P_KC_DLR

3_A_MARDLR4_A_MARDLR5_A_MARDLR8_A_MARDLR

P_KC_DLR

N_0KD_DLR

P_1KD_DLR

1_AB_DLR

N_KC_DLR

N_1KD_DLR

ZFER_DLR

41_A_MARDLR31_A_MARDLR

ZSC_DLR

ZEW_DLR

01_A_MARDLR


)42(QD_MARDLR

)52(QD_MARDLR

)33(QD_MARDLR

)23(QD_MARDLR

MD_DLR

)22(QD_MARDLR

)32(QD_MARDLR

)13(QD_MARDLR

)03(QD_MARDLR

P_1KQ_DLRN_1KQ_DLR

)92(QD_MARDLR

)82(QD_MARDLR

)02(QD_MARDLR

)12(QD_MARDLR

)72(QD_MARDLR

)8(QD_MARDLR

)9(QD_MARDLR

)3(QD_MARDLR

)2(QD_MARDLR

)01(QD_MARDLR

)11(QD_MARDLR

N_0KQ_DLRP_0KQ_DLR

)21(QD_MARDLR

)31(QD_MARDLR

)5(QD_MARDLR

)4(QD_MARDLR

)41(QD_MARDLR

)51(QD_MARDLR

5_A_MARDLR

)7(QD_MARDLR

)6(QD_MARDLR

DLVQ_DLR

)61(QD_MARDLR

)71(QD_MARDLR

8_A_MARDLR

0_A_MARDLR

2_AB_DLR


9_A_MARDLR

P_0KD_DLR

0_AB_DLR

10-28

Schematic Diagram

Samsung Electronics


10-3-3 DMD-3

Samsung Electronics

Schematic Diagram

10-29

%1

%1

edis pot ecalP

2C-4

Fn001204C

V61

V5P2P

1B-7

Fn001

244C

544C Fn001

EN006J12MIC804DB

B

104C

2C-4

V61

2_EPIP_MTE_PT

1

Fn001

924CFn001V05

2B-4

724C

Fn001

2_TPTST1

3B-7

2B-4

mhoK01214R

W01/1


zHM0.52

004X

4_TPTST

1

92SS

104D

1

5_TPTST

1

4C-4

1A-5

V3P3P

4B-4

6_TPTST

EN006J12MIC704DB

B

4C-4

LIAR_SAIBV

9SAIBV

Fn001014C

V61

LIAR_TESFFOV

4731TUO

57LIAR_TESERV

67LIAR_TESERV

7741TUO

87LIAR_TESFFOV

9751TUO

8LWS_SAIBV

08

LIAR_TESERV

7601TUO

86 LIAR_TESFFOV

9611TUO

7DNG

07LIAR_SAIBV

17LIAR_SAIBV

2721TUO

37

ZTESER

6ZEO

06DNG

16LIAR_SAIBV

2680TUO

36LIAR_TESFFOV

4690TUO

56LIAR_TESERV

66

CN25

CN

35DNG

45CN

55DNG

65KCPCS

75IDPCS

85ZNEPCS

95

0DI_VED54

1DI_VED

64DNG

74GER5V

84V21P

94TESFFOV

50LES

05V21P

15

60TUO

83LIAR_TESFFOV

9370TUO

41LES

04LIAR_SAIBV

14DNG

24ODPCS

34ZQRI

44

0EDOM

03LIAR_SAIBV

13LIAR_SAIBV

2340TUO

33LIAR_TESFFOV

4350TUO

53LIAR_TESERV

63LIAR_TESERV

73

00TUO

32LIAR_TESFFOV

4210TUO

52LIAR_TESERV

62LIAR_TESERV

7220TUO

82LIAR_TESFFOV

9230TUO

3

EBORTS

613A

712A

811A

910A

21EDOM

02DNG

12LIAR_SAIBV

22

304CI0002DAD

1DNG

01IHL_SAIBV

11V21P

21

LWS_TESERV

31TESERV

41DNG

51

23U4_TKPECART_MTE

33U

43U

5_TKPECART_MTE

13V

6_TKPECART_MTE

7_TKPECART_MTE

23V

13RKLCECART_MTE

23RCNYSECART_MTE

33R0_TATSEPIP_MTE

1_TATSEPIP_MTE03T

2_TATSEPIP_MTE13T

23T

0_TKPECART_MTE

33T

1_TKPECART_MTE

13U

2_TKPECART_MTE

3_TKPECART_MTE

2_RDDADAD42E

3FDVDM_DCS

4FSVDM_DCS

SVAM_DCS3G

FPLM_DCS4G

5GDVAM_DCS

KCTR43P

52C1_LESDAD

HCAT_WC62C

MWP_WC72C

21DSF32D

42D1_RDDADAD

ZEODAD52D

62D0_EDOMDAD

72DLRTCPML

CNYSAD32E

4_ATAD_CPSSVAM_DGC5PA

3_RDDADAD32B

42BBRTSDAD

0_LESDAD52B

62BXEDNI_WC

TNI_DAD32C

42C0_RDDADAD

5MADVAM_DGC

92NA

7_ATAD_CPS

3_ATAD_CPS

03NA

0_ATAD_CPS

13NA

4NA DVDM_DGC

5NA FPLM_DGC

8_ATAD_CPS

92PA

03PA

1ODT3LA

03LA

1_ATAD_CPS

NETSET_WH23LA

2MA2ODT

92MA

6_ATAD_CPS

2_ATAD_CPS

03MA

13MAKCABDF_CPS

SVDM_DGC4MA

4JAKCT

1KAZTSRT

2KACSOM

3KA ZCSOM

13KA ZTSRA_SOP

DOOGRWP23KA

4KA1SMT

2SMT2LA

5_ATAD_CPS

92LA

5_TPTST

43FA6_TPTST

7_TPTST13GA

IDT3JA

13JAAKLCO

23JA BKLCO

ZTSRA_TXE33JA

ZTSRA_RTM43JA

22ACNYSQES

52A1_EDOMDAD

TATSPML62A

23EA0_TPTST

1_TPTST33EA

43EA2_TPTST

3_TPTST13FA

4_TPTST23FA

33FA

3-002CI1203PDD

5D-8,3C-5

2B-4

Fn001214CV61

404DB

B

Fn001534C

V05

Fn001

414C

EN006J12MIC

014R

504Rmho001

mhoM1

zHM0.05

104X

1WS

2DNG

TUO34

CCV

Fn001424C

V05

4B-4

604DB

BB

mho001404R

TESERV

504DBEN006J12MIC

*

CNYSART_MTE_PT

1

TESFFOV

5B-4

4A-4

204R mho0

12

V5P

mhoM1904R

004L

3C-8

mhoK1314R

W01/1

2D-4

3C-8

V61914C Fn001

304DBEN006J12MIC

B

6_ART_MTE

1

2B-4 5D-9

414Rmho22

W01/1

114RmhoK01

V61

704CFn001

4B-4

V3P3P

4D-8,1B-7,5B-5

KLCART_MTE_PT

1

V5P1P

Fn001934CV61

514C

Fn001

4E-8

Fn001134CV61 1B-7

mho0104R

V05

124CFn001

1

V21P

V5P2P

2_ART_MTE

1

Fn001

614C

4_ART_MTE904DB

B

3C-8

3C-8

1C-7

344CFn001

V05

2B-4

3C-9,4C-4

3B-7,3C-5

2B-4

804R mho33

9SC/

3C-8

TV05 Fu3.3

034C

2DNGD

02

35BD

44BD

53BD

62BD

1BD7

80BD

21

31CADL/

RLC/41

51DDV

61NIFER

DNGA71

81CN

91TUOV6BD

004CIURB1087DA

17BD

RW/01 11

DNGD

DP/

CN1

A2

DNG3

Y4

CCV5

V5P1P

3B-7,3C-5

404CI71G1CVL47NS

Fn001804C

V61

7_ART_MTE

1

Fn001024CV61

Fn001

624C

2B-4

*EN006J12MIC

209DB

B*mho0304R

4B-4

3C-8

V3P3P

004R mho0

Fn001649C

V61V3.6

Fu01

449C

mho33348R*

144CFu3.3

V05T

004_PT 1

V61

304CFn001

SAIBV TESFFOV

104L

12

604R mho0

1_EPIP_MTE_PT

1

mho33704R

V5P2P

V05

324CFn001

Fp72504CV05 V05

604C Fp72

Fn001

Fn01404C

V05

4 NE_SS

5 DDV

6DNG

3SF7

8 M84 9

M05

V05

524C

11

DNG

DDV

21

31

2SF

STDP/

41DDV

51

61

2X0SF2

1SF3

104CIFL14-IG056SCI

NIKLC/1X1

ODDV

01

004D

51C-25TZB

B

EN006J12MIC104DB

B

SAIBV

EN006J12MIC004DB

5_ART_MTE

1

204D

92SS

Fn001334C

V05

4B-4

4B-4

1_ART_MTE

1

V5P2P

V02Fu01824C

2B-4

TESERV

3_TPTST1

2C-4

3B-7,3C-5

Fn001224C

V05

0_ART_MTE

11

V05Fn001444C

V61234C Fn001

V3P3P

7_TPTST

834C

1

4C-4

V05Fn001

1_TPTST

1

0_TPTST

044C Fn001

3_ART_MTE

1V61

B

2B-4

1D-4

634CFu3.3

V61

EN006J12MIC

204DB

0_EPIP_MTE_PT

1

V05

434CFn001

V3.6

4B-4

4C-8

2B-7

4C-8

004CFu01

V61114C Fn001

904CFu1V05

V61Fu3.3734C

4A-4

3B-8Fn001

5A-4

3C-9,2D-4

714C

Fu33

V52

314C

ZTNIDAD

CSOM

DXT_0PSS1_ZSC_0PSS

)51:0(TSRBM

CSOM

ZEO_DAD

DXR_0TRAU

MWP_WCHCAT_WCXEDNI_WC

TUOTCA_P

)7(LTC_TCA)8:0(LTC_TCA

)6(LTC_TCA

)5(LTC_TCA

)4(LTC_TCA

)3(LTC_TCA

)2(LTC_TCA

)1(LTC_TCA

)0(LTC_TCA

)8(LTC_TCA

)8:0(LTC_TCA

0_RDDA_DAD1_RDDA_DAD2_RDDA_DAD3_RDDA_DAD

0_EDOM_DAD1_EDOM_DAD

ZTSRA_TXE

1_LES_DADBRTS_DAD

0_LES_DAD

KLC_0PSS

ZTNIDAD

0_RDDA_DAD1_RDDA_DAD2_RDDA_DAD3_RDDA_DAD

0_EDOM_DAD1_EDOM_DAD

ZEO_DAD

0_LES_DAD1_LES_DAD

BRTS_DAD

AKLCO

0_ZTSRA_TXEZTSRA_TXE

ZTSRTKCTIDT

MRASMTDSBSMTMRAODTDSBODT

LRTCPMAL

)2(TSRBM

)3(TSRBM

)4(TSRBM

)5(TSRBM

)6(TSRBM

)7(TSRBM

DXR_0PSS)8(TSRBM

)9(TSRBM

)01(TSRBM

)11(TSRBM

)21(TSRBM

)31(TSRBM

)41(TSRBM

)51(TSRBM

)1(LTC_TCA

)5(LTC_TCA

)2(LTC_TCA

ZTSRA_RTM

CSOM

DOOG_RWPESNESOP

0_ZTSRA_TXE

)6(LTC_TCA

)7(LTC_TCA

)3(LTC_TCA

)0(LTC_TCA

)8(LTC_TCA

)4(LTC_TCA

KCTR

)0(TSRBM

)1(TSRBM

10-3-4 DMD-4This Document can not be used without Samsung’s authorization.

Schematic Diagram


llatsni ton oD

llatsni ton oD

ZTOOB_DLOHLES_RTM_WC

TCETORPW_HSALF

3B-7,4C-4

llatsni ton oD

43V

03W9_OIPG

13W01_OIPG

11_OIPG23W

21_OIPG33W

13Y31_OIPG

23Y41_OIPG

33YADS_0CII

DXT_1PSS

23N KLC_1PSS

33N DXR_1PSS

43N ZSTC_0TRAU

DXR_0TRAU13P

23PZSTR_0TRAU

DXT_0TRAU33P

7_OIPG33V

8_OIPG

03L

13L

12_RDDA_MP

22_RDDA_MP

23L

33L

32_RDDA_MP

4_OIPG03M

13M5_OIPG

23M6_OIPG

0_ZSC_1PSS33M

13N

13J

31_RDDA_MP

23J

33J

41_RDDA_MP

51_RDDA_MP

43J

61_RDDA_MP

13K

23K

71_RDDA_MP 33K

81_RDDA_MP

91_RDDA_MP

43K

02_RDDA_MP

43F

03G

5_RDDA_MP13G

6_RDDA_MP

7_RDDA_MP

23G

33G

8_RDDA_MP

9_RDDA_MP

13H

01_RDDA_MP

23H

33H

11_RDDA_MP

21_RDDA_MP

82E

ZEW_MP13E

0_ZSC_MP23E

33E1_ZSC_MP

43E

0_RDDA_MP

1_RDDA_MP

13F

23F

2_RDDA_MP

3_RDDA_MP

33F

4_RDDA_MP

ZBU_MP

4C2_OIPG

13_OIPG2D

2_ATAD_MP82D

5_ATAD_MP92D

9_ATAD_MP03D

ZBL_MP23D

33DZEO_MP

1_ATAD_MP

13B

23B51_ATAD_MP

3_OIPG4B

0_OIPG2C

82C3_ATAD_MP

6_ATAD_MP92C

01_ATAD_MP03C

31_ATAD_MP13C

33C

33HA

33KA92_OIPG

43KA03_OIPG

72B0_ATAD_MP

82B4_ATAD_MP

92B7_ATAD_MP

3B1_OIPG

03B11_ATAD_MP

41_ATAD_MP

23DA

ATADRESO33DA

13EAKLCRESO

32_OIPG23GA

42_OIPG33GA

03HA52_OIPG

13HA62_OIPG

72_OIPG23HA

82_OIPG

33BA

43BA12_OIPG

03CA22_OIPG

13CA0_ZSC_0PSS

DXT_0PSS23CA

KLC_0PSS33CA

03DADXR_0PSS

13DAATADRESI

KLCRESI

92A8_ATAD_MP

03A21_ATAD_MP

LCS_0CII13AA

23AA51_OIPG

61_OIPG33AA

43AA71_OIPG

13BA81_OIPG

91_OIPG23BA

02_OIPG

4-002CI1203PDD

715R

mhoK1mhoK1

515R

1

mho33705R

*

6B-5

LCS_1CII

W01/1

525Rmho0

*mho0625R

W01/1

mhoK1

115R

1

4C-4

215R

mhoK1

1_DTS_MWP

CNYSPMAL 1

5A-5

1

71_OIPG 1

605R mho0

61_OIPG

V3P3P

V3P3P

3C-9

mhoK1

415R

6B-5

mho0905R

*

1

3C-9

1B-7

3C-9

315R

mhoK1

0_DTS_MWP

125R

mhoK01

3B-7,4C-4

5D-8,3C-4

4F-8

V3P3P

7F-1

205R

mhoK01

Fn001105C

005NC

1

2

mhoK01

105R005R

mhoK01

*

2_DTS_MWP 1

3B-5

915RmhoK01

*

3B-5

4B-5

015RW01/1

mho0805R

205NC

1

2

V3P3P

mho33

B

3B-7

*

6B-5

3C-9

005DB

EN006J12MIC

mhoK01

025R

mhoK1

615R

2D-5

2D-5

5B-5

7E-1

*

105NC

1

2

005CFn001

W01/1815R mho33

61A

11A5

01A6

7 9A

8A8

CN,91A9

4A-5

04

5QD

31QD

14

24

6QD

34

41QD

7QD

44

54

1-A,51QD

SSV

64ETYB/

74

84

33

43

01QD

3QD

53

63

11QD

73

CCV

4QD

8321QD

93

21A4

62SSV

72

82

EQ/

92

0QD

3 31A

8QD

03

13

1QD

9QD

232QD

91 6A

2 41A

5A02

4A12

22 3A

32 2A

1A42 52

0A

EC/

EW/

TESER/21

CN31

41 CN,CCA,PW/

51 YB/,YR

61 81A

71A71

81 7A

07-CTB023VL92XM105CI

51A1

01 CN,02A

11

5B-5

505R mho0

*

3B-7,5C-4

ADS_1CII 11203PDD_DXT_0TRAU

1GFC_CISA_M

2GFC_CISA_M

1_ZSC_0PSS

0GFC_CISA_M

)0(RDDA_MP

)0(ATAD_MP

)8(ATAD_MP

)1(ATAD_MP

)9(ATAD_MP

)2(ATAD_MP

)01(ATAD_MP

)3(ATAD_MP

)11(ATAD_MP

)4(ATAD_MP

)21(ATAD_MP

)5(ATAD_MP

)31(ATAD_MP

)6(ATAD_MP

)41(ATAD_MP

)7(ATAD_MP

)51(ATAD_MP

)61(RDDA_MP

)3(RDDA_MP

)4(RDDA_MP

)5(RDDA_MP

)6(RDDA_MP

)7(RDDA_MP

)8(RDDA_MP

)9(RDDA_MP

ZEW_MP

)51:0(ATAD_MP

DOOG_RWP

TCETORPETIRW

)91(RDDA_MP

)12(RDDA_MP

1NIB_DMD2NIB_DMD

1NIB_DMD2NIB_DMD

)51:0(ATAD_MP

)12:0(RDDA_MP

)12(RDDA_MP

)02(RDDA_MP

TCETORPETIRW

0_ZSC_MP

ZEO_MP

)12:0(RDDA_MP

)1(RDDA_MP

)01(RDDA_MP

)11(RDDA_MP

)21(RDDA_MP

)31(RDDA_MP

)41(RDDA_MP

)51(RDDA_MP

)71(RDDA_MP

)81(RDDA_MP

)2(RDDA_MP

)11(RDDA_MP

)21(RDDA_MP

)31(RDDA_MP

)41(RDDA_MP

)51(RDDA_MP

)61(RDDA_MP

)71(RDDA_MP

)81(RDDA_MP

)91(RDDA_MP

)02(RDDA_MP

DXT_1PSS

0_ZSC_1PSSKLC_1PSSDXR_1PSS

0_ZSC_0PSSKLC_0PSSDXR_0PSS

DXR_0TRAU

ADS_0CIILCS_0CII

LES_RTM_WC

ZTOOB_DLOH

ZTNIDMPPA_NYD_MWP

1_ZSC_1PSS

YDAER_PPV

YDAER_CISA_S

YDAER_CISA_M

)8(ATAD_MP

)21(ATAD_MP

DXT_0PSS

)0(ATAD_MP

)4(ATAD_MP

)7(ATAD_MP

)11(ATAD_MP

)41(ATAD_MP

)51(ATAD_MP

)3(ATAD_MP

)6(ATAD_MP

)01(ATAD_MP

)31(ATAD_MP

)2(ATAD_MP

)5(ATAD_MP

)9(ATAD_MP

ZEO_MP

)1(ATAD_MP

ZEW_MP

0_ZSC_MP

)0(RDDA_MP

)1(RDDA_MP

)2(RDDA_MP

)3(RDDA_MP

)4(RDDA_MP

)5(RDDA_MP

)6(RDDA_MP

)7(RDDA_MP

)8(RDDA_MP

)9(RDDA_MP

)01(RDDA_MP


Samsung Electronics

Schematic Diagram

10-31

Fn001307C

V61

117CFu28V3.6

Fn001717C

V61

946C

V05

V5P1P

V05

496CFn1

TTV_DLR

Fn1

V05

396CFn1

Fn001507C

V61V61

407CFn001

Fn001266C

V61

V61

606CFn001

Fn001166C

V61

Fn001

V05

886CFn1

V61

917C

V3.6Fu01216C

V05

527CFn1

V61

Fn1217C

V05

Fn001006C

V61

Fn001356C

V61

816CFn001

V61

066CFn001Fn001

856C

V61

V05

746CFn1 Fn1

846C

V05

V05

Fn001027C

V61

Fn1596C

V05

346CFn1

33CCV

V3.6Fu01656C

33CCV

Fu01556C

V3.6

V61

Fn001826C

V61

Fn001706C

V61Fn001806C

V05

417CFn1

V61

256CFn001

V05

617CFn1Fn1

517C

V05

V05

646CFn1

Fn1107C

V05

V05

046CFn1

Fn001716C

V61

52CCVV61

306CFn001

Fn001676C

V61

V61

V61

576CFn001

Fn001926C

V61

016CFn001

Fn1296C

V05

V61

906CFn001

Fn001026C

V61V61

916CFn001

V05

986CFn1 Fn1

096C

V05

017CFn001

V61

907CFn001

V61

V61Fn001076C

V61

766C

V61

966CFn001

V61Fn001

006DB

EN006P13BIC

666CFn001

V61

106CFn001

Fn1156C

V05

V61

V05

056CFn1

V05

936CFn1

Fn001116C

V05

007CFn1

V61

486CFn001

386C

V61Fn001

Fn001506C

V61

V3P3P

51CCV

V61

406CFn001

Fn1996C

V05Fn1

896C

V05

Fn001776C

V61 V61

876CFn001

Fn001326C

V61

V61

226CFn001

V61

707CFn001

516C

V61

Fn001607C

V61

Fn001416C

V61Fn001

Fn001626C

V61V61

526CFn001

V61

726CFn001

EN006P13BIC

206DB

Fn001176C

V61 V61

276CFn001

Fn001206C

V61

Fn001817C

V61

Fn1736C

V05

V61

V05

636CFn1

Fn001227C

Fn001126C

V61

52CCV

V61

127CFn001

V61

136CFn001

V61

036CFn001

V61

786CFn001Fn001

586C

V61

V3.6

456CFu01

V05

196CFn1

V05

336CFn1

V61

616CFn001

V05

317CFn1

V61

316CFn001

Fn1836C

V05

V61

Fn001236C

V61

V61

086CFn001

Fn1146C

V05

Fn001976C

33CCV03U

51CCV5V

43W33CCV

51CCV1Y

51CCV03Y

5Y51CCV

5MLTSH_TDDV

33CCV03N

5P51CCV

LTSH_2DDV2R

03R51CCV

43R33CCV

51CCV5R

1T51CCV

4HLTSH_2DDV

51CCV5H

33CCV03J

LTSH_TDDV2K

51CCV5K

43L33CCV

LTSH_2DDV4L

51CCV1M

33CCV1F

2F33CCV

5F33CCV

33CCV43G

51CCV1H

2H51CCV

3H51CCV

03H51CCV

2E33CCV

02E51CCV

22E33CCV

33CCV62E

51CCV72E

33CCV03E

6E33CCV

51CCV8E

43C33CCV

1D33CCV

33CCV13D

33CCV1E

33CCV01E

33CCV41E

51E51CCV

81E33CCV

33CCV13PA

33CCV33PA

43PA33CCV

6PA51CCV

51CCV7PA

1B33CCV

33CCV33B

33CCV23C

43NA33CCV

51CCV6NA

11PA51CCV

51CCV51PA

91PA51CCV

51CCV32PA

72PA51CCV

52CCV3PA

33CCV43LA

4LA52CCV

5LA52CCV

52CCV1MA

52CCV3MA

6MA51CCV

2NA52CCV

3NA52CCV

51CCV72KA

82KA33CCV

33CCV92KA

52CCV5KA

51CCV8KA

51CCV9KA

82LA33CCV

33CCV33LA

3HA51CCV

33CCV03JA

31KA51CCV

51KA51CCV

51CCV71KA

02KA51CCV

51CCV12KA

52KA51CCV

LTSH_TDDV1FA

51CCV5FA

51CCV03GA

43GA33CCV

LTSH_2DDV4GA

5GA51CCV

51CCV1HA

2HA51CCV

3AALTSH_2DDV

33CCV03AA

5BA51CCV

43CA33CCV

4CALTSH_TDDV

1DA51CCV

5DALTSH_2DDV

33CCV03EA

33CCV61A

2A33CCV

02A33CCV

33CCV42A

33CCV82A

23A33CCV

4A33CCV

33CCV8A

1203PDD5-002CI

33CCV1A

33CCV21A

EN006P13BIC

106DB

V5P2P

Fn1536C

V05

12Y

43YDNG

Fn1436C

V05

12W

41YDNG

DNG51Y

61YDNG

DNG71Y

81YDNG

DNG91Y

02YDNG

DNG

1W

41WDNG

DNG51W

61WDNG

DNG71W

81WDNG

DNG91W

02WDNG

DNG

DNG

DNG61V

71VDNG

DNG81V

DNG91V

02VDNG

DNG12V

03VDNG

DNG

61U

71UDNG

DNG81U

91UDNG

DNG02U

12UDNG

5UDNG

DNG41V

51V

DNG

DNG81T

91TDNG

DNG02T

12TDNG

DNG43T

DNG41U

51UDNG

DNG

DNG

DNG81R

91RDNG

DNG02R

12RDNG

DNG41T

51TDNG

DNG61T

71T

DNG

DNG02P

12PDNG

DNG03P

1RDNG

DNG41R

51RDNG

DNG61R

71R

1LDNG

DNG43M

DNG5N

DNG41P

51PDNG

61PDNG

DNG71P

DNG81P

91P

5EDNG

9EDNG

DNG03F

1GDNG

2GDNG

DNG43H

DNG5J

03KDNG

DNG31E

DNG71E

12EDNG

52EDNG

DNG92E

DNG3E

DNG4E

DNG8PA

DNG2B

43BDNG

1CDNG

DNG3C

DNG3D

43DDNG

DNG4D

DNG

21PADNG

61PADNG

2PADNG

DNG02PA

DNG42PA

82PADNG

23PADNG

DNG4PA

23MA

DNG33MA

43MADNG

DNG1NA

71NADNG

82NADNG

DNG23NA

DNG33NA

1PA

DNG

DNG51LA

02LADNG

72LADNG

DNG13LA

DNG8LA

72MADNG

DNG82MA

DNG

DNG

DNG01KA

41KADNG

DNG81KA

22KADNG

62KADNG

DNG03KA

DNG6KA

1LA

5EA

03FADNG

DNG1GA

DNG43HA

4HADNG

5HADNG

DNG1JA

2JADNG

5JA

DNG

DNG91AA

02AADNG

DNG12AA

DNG5AA

03BADNG

DNG1CA

43DADNG

DNG

13ADNG

33ADNG

DNG43A

DNG7A

41AADNG

DNG51AA

61AADNG

DNG71AA

81AA

6-002CI1203PDD

DNG11A

51ADNG

91ADNG

DNG32A

DNG72A

3ADNG

TTV_DLR

V61

426CFn001

Fn001327C

V61Fn1

427C

V05

V61

956CFn001

V61

756CFn001

V61

207CFn001

Fn001476C

V61V61

376CFn001

807C

V61

52CCV

51CCV

V05

246CFn1

Fn001

866C

V61

V61

686CFn001

Fn001

Fn1546C

V05V05

446CFn1

Fn1627C

V05

V61

186CFn001 Fn001

286C

V61

Fn001566C

V61

V61

366CFn001

Fn1V05

796CFn1

V05

696C


Schematic Diagram


S

G

D

MARDLR raen ecalP

Hu22

SS

29S

S29

D75

4D

754

357DB

EN006P13BIC

657D

92SS

2D-4

V8P1P

1

W4/1mho051

957R

Fn022

957C

V52

157PT

657R mho 74.0

W01/1367R mhoK2

V3.6

W4/1

12

3

767CFu051

W01/1

448Rmho001

V21P

257D

WS45TAB

457L1 2

EN006P13BIC457DB

7DNG

NIMG8

1BBV9

V05

457C

Fn033

33XL

DNG44

543P3V

5P2V64

MIRT74

84ZTESER

HCAT5

CSO6

63ZTNIDMP

733BBV

WS3F83

WS2F93

ZSC4

04WS1F

52XL14

244BBV

34

1NILV

3NID

03CBF

131BF

232BF

332DG

43ESNESOP

53DOOGRWP

12PCV

222BBV

5XL32

5V42

52CXL

62CDG

72KNESI

82NESI

92

41ESNES

51BTUO

CTUO61

712PC

811PC

DNG91

2KLC

GERV02

0001DMP057CI

TUOD1

01WSMV

11MV

ATUO21

31PATC

257C

Fn033

V5P

V61Fu28057C

V05

Hu33

057L

1 2

177CFu01

V01

077CFu01V3.6V3.6

Fu051967C

mhoK01557R

W01/1

3C-5,4C-4

857CFn1V05

W4/1067R mho1.0

V3.6Fu01267C

V3.6Fu051

277C

12

3

V5P1P34 5

6

7

8

057D

WS45TAB

5

6

057Q3E-1T-YDB0084iS

1

2

p6nocls057NC

1

2

3

4

B

857D

92SS

357PT

1

BD

755

BD

755

CIM

21J6

00N

EC

IM21

J600

NE

WS45TAB

357D

12

3

549CFu28

V61

657C

257PT

1

V05Fn1

V05

157CFn001

757CFn1V05

W01/1

267RmhoK2.2

V3.6Fu051087C

3C-5

W01/1167R mhoK01

V3P3P

057DB

EN006P13BIC

V5P2P

467CFu051

V3.6

1 2

Hu01157L

Hu33

257L

Fn033

557C

V05

167CFu051

V3.6

4D-8,5B-5,2C-4

Fn033

357C

V05

257DB

EN006P13BIC

V3.6Fu01667C

W01/1

457RmhoK3.3

V3P3P

057PT

1

V21P

Hu01357L

W01/1

357RmhoK01

V3.6Fu051367C

mhoK01257R

W01/1

V21P

2D-4

2C-4

3C-4

567CFu01

V3.6

3B-5

3C-5,4C-4

V52067CFn022

V2P1P

mhoK01057R

W01/1

3C-4

W01/1

157RmhoK01

W4/1mho051

757R

W01/1567R mhoK1

V3.6Fu01867C

23 I

V3P3P

857Rmho051

W4/1

8.1-DA7111NAF157CI

1

JDA

O

3

W01/1467R mhoK94.2

WS45TAB

157D

12

92SS

757D

1

3C-5,5C-4

3T043SRBM

557D

457PT

HCAT_WC

AKLCO

ESNESOP

ZTNIDMP

ZTSRA_RTM

0_ZSC_0PSSKLC_0PSS

DXT_0PSSDXR_0PSS

MWP_WC

DOOG_RWP


Samsung Electronics

Schematic Diagram

10-33

llatsni ton oD

.noitarepo lamron rof llatsnI -

llatsni ton oD

.edom GUBED ECI MRA rof llatsninU -

MARSO/spilihP yb retsallaB roF

)ICS_NEPMAL(

gijtset rof mottob eht ta ecalP

gijtset rof mottob eht ta ecalP

NOITCETED ROSNES LEEHW ROLOC

LORTNOC PMAL

NACS YRADNUOB GATJ

edis mottob ecalP

llatsnI ton oD

138R mho001

908PT

1

3B-5

mho063218R

W01/1

W01/1

028RmhoK01mhoK01

918R

W01/1

228CFn001

628CFn01

V05

A2

DNG3

Y4

CCV5

3C-8,3B-4

1B-7,5B-5,2C-4

3B-4

608CI

VG621G1TCH47

EO1

1D-8

908DB

1

2B-1

mhoK3.3638R

W01/1

2

3

4

5

1DNGM

2DNGM

TP

_LC

TR

LT

P_L

CT

RL

V61Fn001728C

308NC)P(L50-RW70521

1

4

1DNGM

2DNGM

V5P

008NC

1

2

3

1

318CFu001

V61

208PT

1

DSDSMT_SDB

1CN

2A

3DNG

4Y

5CCV

V21P

TP

_CW

IND

EX

TP

_CW

IND

EX

1

RKCD70G1CVL47NS408CI

1

RRE_REVOC_PT

1

mho001

V5P2P

3NAF_PT

V61Fn001128C

838RV05Fn01238C

208CFu01

V3.6

mhoK001

518R

NAF_V8

5

6

1DNGM

2DNGM

3D-4

TP

807

TP

807

1

G60-002WMS

208NC

1

2

3

4

5

*W01/1

818RmhoK01

708CIRKCD70G1CVL47NS

CN1

A2

DNG3

Y4

CCV

508PT

1

2B-1

3C-5

B

308PT

1

308DBEN006J12MIC

Fn001508C

018DB

W01/1

728RmhoK01

V5P2P

828R

W01/1*

3C-8,3B-4

RRE_PMET_PT

1

* mhoK01

B

428CFn001

V61

2NAF_PT

1

EN106J12CIC

108DB

CN1

A2

DNG3

Y4

CCV5

V3P3P

4D-8

3C-5,3C-4

508CI71G1CVL47NS

1DNGM

2DNGM

mhoK8.6618R

1

508NC

1

2

3

408PT1

8B-8

mho001

238R

428R

8B-8

TP

_UA

RT

TX

DT

P_U

AR

TT

XD

1

7D-8

mho093W01/1

4

5

6

7

8

9

01

IDT_SDBP01

108NC

* 1

2

3

V3P3P

V3P3P

928CFn01

V05

1

V61Fn001618C

40T009-2102S4-FMC

1

2 3

4

TP

801

TP

801

V5P2P

008TF

ZTSRT_SDB

1

718CFn001

608DB

EN106J12CICB

1B-5

1D-8

TP

_LA

MP

LIT

ZT

P_L

AM

PLI

TZ

1

mhoK01438R

W01/1

B

mhoK01328R

W01/1

938R

408DBEN106J12CIC

V61Fu001518C

mho001

738Rmho072

8B-8

TP

806

TP

806

1

W01/1

338Rmho0

*

V05

308CFp001

7DNG

83O

3D9

NAF_V8

W01/1

048Rmho086

214D

4EO/31

CCV41

21D

31O

2EO/4

2D5

2O6

308CI

M521TCH47MM

11EO/

013EO/

4O11

3C-4

208DBEN106J12CIC

mhoK01718R

W01/13C-8,3B-4

V5P

TP

800

TP

800

1

mhoK3.3148R

318R

Fn001338C

mhoK33

DSBODT_SDB

1

V05Fn01038C

408R

3B-4

mhoK7.4

808PT

1

mhoK7.4W01/1

208R

W01/1

Fu01V3.6

008C

Fn1918C

V05

Fn001V61

108C

mhoK01128R

W01/1

1

538RmhoK3.3

708CFn1

5B-8

ZTOOB_DLOH_PT

5F-8

7F-8

V05

7D-8

mhoK01418R

V05Fn01528C

mhoK01018R

W01/1

248RmhoK3.3

W01/1

628R

2C-1

L2007N2

008Q

D

G

S

mhoK7.4

5

0A6

71A

.C.N8

2A9

6B-8

61

715P

.C.N81

6P912

LCS

027P

3.C.N

ADS4

DDV

1TNI/

010P 1P

11

212P

.C.N31

413P

51SSV

4P

JDA

TUOV23

NIV

TUOV

ST4758FCP008CI

3B-4

PME713ML208CI

1

028C

Fn001

Fn1118C

V05

808DB

6B-8

B

Fn1749C

V05

508DB

EN106J12CIC

V05

018CFn1Fn1

608C

V05

1

KCT_SDB

1

V3P3P

DNG_SDB

EN106J12CIC

Fp001408C

V05

2

3

1DNGM

2DNGM

5B-8

AV5008DB

2E-1

408NC

1

V5P

mhoK9.3

528R

W01/1

708R

W01/1mhoK7.4

V5P

4C-8,3B-4

608R mho001

AV5

218CFn001

3B-4

EN106J12CIC708DB

B

4C-8,3B-4

828CFn01

V05

508R

W01/1mhoK7.4

mho063118R

V05

818CFn1

V05

438CFn1 Fn1

538C

V05

V61Fn001

W01/1

228RmhoK01

308R

328C

418CFn001

V61

mhoK7.4W01/1

CCV

038R mho001

11TUO

2-1NI

3+1NI

EEV4

+2NI5

6-2NI

2TUO78

808R

D393ML108CI

108R

mhoK7.4W01/1

mhoK7.4W01/1

008RmhoK7.4

W01/1

118DB

EN106J12CIC

Fn1908C

V05

G

S

2E-1

Fn1808C

V05

8B-8

108Q

L2007N2

D

138CFn001

V61

3C-4

2C-1

mho0928R

W01/1

NAF_V8

mho001908R

RRE_REVOC

RRE_3NAFRRE_2NAFRRE_1NAF

RRE_3NAFRRE_2NAF

RRE_REVOC

RRE_PMET

DOOG_RWP

4C-8,3B-4

DXT_0TRAU

1203PDD_DXT_0TRAU

ZTOOB_DLOH

DMD_M_LCS

RRE_PMETDMD_M_ADSM_LCS

M_ADS DMD_M_ADS

DMD_M_LCS

DXR_0TRAUZTILPMAL_BO

ZTILPMAL_BO

ZTILPMAL_BO

YDAER_CISA_MYDAER_CISA

LRTCPMAL

KCTRKCT

MRASMT

ZTSRTIDT

MRAODT

DOOGREWOP

ZTSRTIDT

DSBSMTDSBODT

KCT

ZTSR_ECI

XEDNI_WC

TATSPMAL


Schematic Diagram


)ENALP REWOP(

)zHM002(

)ECART REWOP(

)ECNADEPMI MHO 001 ,HTGNEL EMAS ,RIAP(

)ECNADEPMI MHO 001 ,HTGNEL EMAS ,RIAP(

DMD

)nocso V61/Fu3.3( )ENALP REWOP(

)DNG >- 1A()zHM002(

1

829CFu051

V3.6 619C

029PT

Fn001Fn001Fn001

819C519C

509PT1

V3.6

Fu051

729C

719C

TESFFOV

Fn1

249C

Fn001

Fn001

049CFn1

149C

619PT

1

1

219C

Fn001

909C

909PT

D90

0D

900

MM

SZ

5240

BM

MS

Z52

40B

Fn001 Fn1329C

709PT1

Fn001

209C

009DB

B

429CFn1

Fn001

439C

EN006P13BICFn1

129C

B

809PT

1

109DBEN006P13BIC

V3P3P

109CFn1

519PT

1

319PT

1

119PT

1

DNG4Y

80TSRBM6Y

21TSRBM8Y

Fn001

119C

81YDNG

0PT2Y

D_B

P7

D_B

P7

Y20

Y20

D_B

N7

D_B

N7

Y22

Y22

DNG42Y

D_B

P11

D_B

P11

Y26

Y26

D_B

N9

D_B

N9

Y28

Y28

VC

CV

CC

Y30

Y30

W27

W27

D_B

N10

D_B

N10

DNG92W

2PT3W

DNG5W

1ATUODAER01Y

DNG21Y

D_B

P2

D_B

P2

Y14

Y14

D_B

N2

D_B

N2

Y16

Y16

A_TSIB3U

5UKLC_ESUF

MS_DEVRESER2V

D_B

N11

D_B

N11

V26

V26

DNG82V

DNG03V

0L_DEVRESER4V

VC

CV

CC

W1

W1

GN

DG

ND

T26

T26

D_B

P13

D_B

P13

T28

T28

D_B

N12

D_B

N12

T30

T30

ATAD_ESUF4T

6TCCVE

U1

U1

VC

CV

CC

GN

DG

ND

U27

U27

D_B

P12

D_B

P12

U29

U29

1PT6P

2CCV1R

GN

DG

ND

R25

R25

R27

R27

D_B

N14

D_B

N14

D_B

N13

D_B

N13

R29

R29

GN

DG

ND

R3

R3

GN

DG

ND

R5

R5

GN

DG

ND

T2

T2

GN

DG

ND

N29

N29

30TSRBM3N

GN

DG

ND

N5

N5

00TSRBM2P

D_B

P15

D_B

P15

P26

P26

D_B

P14

D_B

P14

P28

P28

P30

P30

GN

DG

ND

GN

DG

ND

P4

P4

GN

DG

ND

M26

M26

GN

DG

ND

M28

M28

VC

CV

CC

M30

M30

40TSRBM4M

GN

DG

ND

M6

M6

2CCV1N

GN

DG

ND

N25

N25

D_B

N15

D_B

N15

N27

N27

6K41TSRBM

2CCV1L

DNG52L

DNG72L

DNG92L

70TSRBM3L

01TSRBM5L

GN

DG

ND

M2

M2

DD

AP

14D

DA

P14

J29

J29

3JDNG

31TSRBM5J

DNG2K

DD

AN

15D

DA

N15

K26

K26

DD

AP

15D

DA

P15

K28

K28

DNG03K

90TSRBM4K

DNG62H

DD

AN

13D

DA

N13

H28

H28

H30

H30

DD

AP

13D

DA

P13

DNG4H

CCVE6H

1J2CCV

DNG52J

DD

AN

14D

DA

N14

J27

J27

DD

AP

12D

DA

P12

F30

F30

IDPCS4F

2CCV1G

DNG72G

DD

AN

12D

DA

N12

G29

G29

DNG3G

RP_DEVRESER5G

2HDNG

VC

CV

CC

E1

E1

DD

AN

10D

DA

N10

E27

E27

DNG92E

KLCPCS3E

0BTUODAER5E

DNG2F

DD

AN

11D

DA

N11

F26

F26

DNG82F

DD

AN

7D

DA

N7

D22

D22

DNG42D

DD

AP

11D

DA

P11

D26

D26

DD

AN

9D

DA

N9

D28

D28

VC

CV

CC

D30

D30

NEPCS/4D

DNG6D

TP_DEVRESER8D

B_TSIB9C

1BTUODAER01D

DNG21D

DD

AP

2D

DA

P2

D14

D14

DD

AN

2D

DA

N2

D16

D16

DNG81D

0U_DEVRESER2D

DD

AP

7D

DA

P7

D20

D20

SC

TR

LAN

SC

TR

LAN

C21

C21

SC

TR

LAP

SC

TR

LAP

C23

C23

52CDNG

DD

AP

10D

DA

P10

C27

C27

DD

AN

8D

DA

N8

C29

C29

BTESER_DMD/3C

ST_DEVRESER5C

DNG7C

XUM_TSET_PCS6B

DNG8B

VC

CV

CC

C1

C1

LP_DEVRESER11C

DNG31C

DD

AP

3D

DA

P3

C15

C15

C17

C17

DD

AN

3D

DA

N3

DNG91C

ODPCS2B

DNG02B

DC

LKA

ND

CLK

AN

B22

B22

DC

LKA

PD

CLK

AP

B24

B24

DNG62B

DD

AP

9D

DA

P9

B28

B28

DNG03B

4BDNG 11TSRBM

5CA

51TSRBM7CA

VC

CV

CC

AC

9A

C9

DD

AN

0D

DA

N0

B10

B10

DD

AP

0D

DA

P0

B12

B12

DNG41B

DD

AP

4D

DA

P4

B16

B16

DD

AN

4D

DA

N4

B18

B18

D_B

N5

D_B

N5

AC

17A

C17

D_B

P5

D_B

P5

AC

19A

C19

VC

CV

CC

AC

21A

C21

D_B

P6

D_B

P6

AC

23A

C23

D_B

N6

D_B

N6

AC

25A

C25

CCV72CA

D_B

P8

D_B

P8

AC

29A

C29

0ATUODAER3CA

D_B

P9

D_B

P9

AB

28A

B28

DNG03BA

4BA10TSRBM

50TSRBM6BA

DNG8BA

D_B

P1

D_B

P1

AC

11A

C11

D_B

N1

D_B

N1

AC

13A

C13

VC

CV

CC

AC

15A

C15

DNG41BA

AB

16A

B16

D_B

P4

D_B

P4

D_B

N4

D_B

N4

AB

18A

B18

VC

CV

CC

AB

2A

B2

DNG02BA

DC

LK_B

ND

CLK

_BN

AB

22A

B22

DC

LK_B

PD

CLK

_BP

AB

24A

B24

62BADNG

D_B

P10

D_B

P10

AA

27A

A27

D_B

N8

D_B

N8

AA

29A

A29

DNG3AA

60TSRBM5AA

20TSRBM7AA

DNG9AA

D_B

N0

D_B

N0

AB

10A

B10

D_B

P0

D_B

P0

AB

12A

B12

BP_DEVRESER11AA

DNG31AA

D_B

P3

D_B

P3

AA

15A

A15

D_B

N3

D_B

N3

AA

17A

A17

DNG91AA

SC

TR

L_B

NS

CT

RL_

BN

AA

21A

A21

AA

23A

A23

SC

TR

L_B

PS

CT

RL_

BP

52AADNG

A25

A25

DD

AN

6D

DA

N6

VC

CV

CC

A27

A27

DD

AP

8D

DA

P8

A29

A29

DNG3A

DNG5A

VC

CV

CC

A7

A7

DNG9A

NE_ESUF_GORP1AA

DNG1A

DD

AP

1D

DA

P1

A11

A11

DD

AN

1D

DA

N1

A13

A13

VC

CV

CC

A15

A15

DD

AN

5D

DA

N5

A17

A17

DD

AP

5D

DA

P5

A19

A19

VC

CV

CC

A21

A21

DD

AP

6D

DA

P6

A23

A23

009CI*

349CFu01V01

1

139C

Fn001

609PT1

819PT

1

219PT

1

339C

309PT

Fn001

Fn1029C

Fn1

1

109PT 1

229C

019PT

939C

629CFu051

V3.6

539C

Fn1Fn001

V3.6

Fu051

929C

Fn001

419C

1

319C

Fn001

239C

Fn001

419PT

529CFn1Fn1

919C309C

Fn001

009CFn001

719PT

1

1

Fn001

409C

409PT

009PT 1 839CFn1

Fn001

739C

Fn001

019C

1

709C

Fn001

209PT

039C

609C

Fn001

639C

Fn001Fn001

919PT

1

Fn001

809C

Fn001

509C

)6(TSRBM

)2(TSRBM

)1(TSRBM

)5(TSRBM

)11(TSRBM

)51(TSRBM

)31(TSRBM

)9(TSRBM

)41(TSRBM

)7(TSRBM

)01(TSRBM

)4(TSRBM

)3(TSRBM

)0(TSRBM

)8(TSRBM

)21(TSRBM

)51:0(TSRBM

SC

TR

L_B

PS

CT

RL_

BP

SC

TR

L_B

NS

CT

RL_

BN

DC

LK_B

ND

CLK

_BN

DC

LK_B

PD

CLK

_BP

DD

B_P

(11)

DD

B_P

(11)

DD

B_P

(13)

DD

B_P

(13)

DD

B_P

(14)

DD

B_P

(14)

DD

B_P

(15)

DD

B_P

(15)

DD

B_P

(2)

DD

B_P

(2)

DD

B_P

(3)

DD

B_P

(3)

DD

B_P

(4)

DD

B_P

(4)

DD

B_P

(5)

DD

B_P

(5)

DD

B_P

(6)

DD

B_P

(6)

DD

B_P

(7)

DD

B_P

(7)

DD

B_P

(8)

DD

B_P

(8)

DD

B_P

(9)

DD

B_P

(9)

DD

B_N

(0:1

5)D

DB

_N(0

:15)

DD

B_P

(0:1

5)D

DB

_P(0

:15)

DD

B_P

(12)

DD

B_P

(12)

KLC_1PSS

ZTSRA_TXE0_ZSC_1PSS

DXT_1PSSDXR_1PSS

DD

A_P

(2)

DD

A_P

(2)

DD

A_P

(3)

DD

A_P

(3)

DD

A_P

(4)

DD

A_P

(4)

DD

A_P

(5)

DD

A_P

(5)

DD

A_P

(6)

DD

A_P

(6)

DD

A_P

(7)

DD

A_P

(7)

DD

A_P

(8)

DD

A_P

(8)

DD

A_P

(9)

DD

A_P

(9)

DD

A_N

(0:1

5)D

DA

_N(0

:15)

DD

A_P

(0:1

5)D

DA

_P(0

:15)

DD

A_P

(12)

DD

A_P

(12)

DD

B_N

(0)

DD

B_N

(0)

DD

B_N

(1)

DD

B_N

(1)

DD

B_N

(10)

DD

B_N

(10)

DD

B_N

(11)

DD

B_N

(11)

DD

B_N

(12)

DD

B_N

(12)

DD

B_N

(13)

DD

B_N

(13)

DD

B_N

(14)

DD

B_N

(14)

DD

B_N

(15)

DD

B_N

(15)

DD

B_N

(2)

DD

B_N

(2)

DD

B_N

(3)

DD

B_N

(3)

DD

B_N

(4)

DD

B_N

(4)

DD

B_N

(5)

DD

B_N

(5)

DD

B_N

(6)

DD

B_N

(6)

DD

B_N

(7)

DD

B_N

(7)

DD

B_N

(8)

DD

B_N

(8)

DD

B_N

(9)

DD

B_N

(9)

DD

B_P

(0)

DD

B_P

(0)

DD

B_P

(1)

DD

B_P

(1)

DD

B_P

(10)

DD

B_P

(10)

DC

LK_A

ND

CLK

_AN

DC

LK_A

PD

CLK

_AP

SC

TR

L_A

PS

CT

RL_

AP

SC

TR

L_A

NS

CT

RL_

AN

DD

A_N

(0)

DD

A_N

(0)

DD

A_N

(1)

DD

A_N

(1)

DD

A_N

(10)

DD

A_N

(10)

DD

A_N

(11)

DD

A_N

(11)

DD

A_N

(12)

DD

A_N

(12)

DD

A_N

(13)

DD

A_N

(13)

DD

A_N

(14)

DD

A_N

(14)

DD

A_N

(15)

DD

A_N

(15)

DD

A_N

(2)

DD

A_N

(2)

DD

A_N

(3)

DD

A_N

(3)

DD

A_N

(4)

DD

A_N

(4)

DD

A_N

(5)

DD

A_N

(5)

DD

A_N

(6)

DD

A_N

(6)

DD

A_N

(7)

DD

A_N

(7)

DD

A_N

(8)

DD

A_N

(8)

DD

A_N

(9)

DD

A_N

(9)

DD

A_P

(0)

DD

A_P

(0)

DD

A_P

(1)

DD

A_P

(1)

DD

A_P

(10)

DD

A_P

(10)

DD

A_P

(11)

DD

A_P

(11)

DD

A_P

(13)

DD

A_P

(13)

DD

A_P

(14)

DD

A_P

(14)

DD

A_P

(15)

DD

A_P

(15)


Samsung Electronics

Schematic Diagram

10-35

10-4 PowerThis Document can not be used without Samsung’s authorization.

Operation Instruction & Installation


11. Operation Instruction & Installation11-1 Product Features and Functions11-1-1 Right side buttons

The buttons on the right side panel control your TV's basic features, including the on-screen menu system.To use the more advanced features, you must use the remote control.

Press to switch between viewing TV programs and signals from connected components.Press to see the on-screen menu.Press to raise or lower the volume and to select items when using the on-screen menu.Press to change channels and move between items on the on-screen menu.Press to activate (or change) a particular item.

1

234

5

11-1-2 Side Panel Jacks

Use the right side panel jacks to connect a component that is used only occasionally (a camcorder or video game, for example).

Connect the video signal from a camcorder or video game.

Connect the audio signal from a camcorder or video game.

You can connect a USB mass storage device to view the photo files (JPEG)and play the audio files (MP3) saved on the device.



11-1-3 Front Panel LED Indicators

The three lights on the front panel indicate the status of your TV.

Remote Control SensorAim the remote control towards this spot on the TV.

POWERPress to turn the TV on and off.

Indicator Light Key

• It takes about 30 seconds for the TV to warm up, so normal brightness may not appear immediately.• The TV has a fan to keep the inside lamp from overheating. You'll occasionally hear it working.

Indicator Light Key

● : Light is On◑ : Light is Blinking○ : Light is Off

TIMER LAMP STAND BY/TEMP Indication

○ ○ ● Standby state.

○ ◑ ○ The picture will automatically appear in about 15 seconds.

● ◑ ○Auto Timer ON/OFF has been set and the set will automatically be turned on in about15 seconds.

◑ ○ ◑ A cooling fan inside the set is not operating normally.

○ ◑ ◑ Lamp cover on the rear of the set is not properly shut.

○ ○ ◑Check if the ventilation hole on the rear of the set is blocked, because if the innertemperature is too high, the power will shut off.

◑ ◑ ◑ Lamp may be defective. Please contact a certified technician.



11-1-4 Rear Panel Jacks

Use the rear panel jacks to connect components such as a VCR. You can connect different components such as VCRs, Set-TopBox and a DVD player etc., because there are two sets of video input jacks and two sets of component video input jacks on therear panel of your TV. For more information, see "Connections".



11-1-5 Remote Control

You can use the remote control up to about 23 feet from the TV. When using the remote control, always point it directly at the TV.You can also use your remote control to operate your VCR, Cable box, DVD player or Samsung Set-Top Box.

17. Mode(TV/DVD/STB/CABLE/VCR)Selects a target device to be controlled bythe Samsung remote control (i.e., TV, DVD,STB, CABLE, or VCR).

18. SOURCEPress to display all of the available videosources (TV, AV1, AV2, AV3, S-Video1,S-Video2, Component1, Component2, PC,HDMI1, and HDMI2).

19. PRE-CHTunes to the previous channel.

20. WISELINKThis function enables you to load savedphoto (JPEG) and audio files (MP3) and toview or play them on the TV.

21. FAV.CH (Favorite Channel)Press to switch between your favoritechannels.

22. CH ∧∧ / ∨Press to change channels.

23. EXITPress to exit the menu.

24. SLEEPPress to select a preset time interval forautomatic shut off.

25. P.SIZEPress to change the screen size.

26. STILLPress to pause the current screen.

27. RESETIf your remote control is not functioningproperly, take out the batteries and pressthe reset button for about 2~3 seconds.Re-insert the batteries and try using theremote control again.

28. SETUsed during set up of this remote control,so that it will work compatibly with otherdevices (some Samsung Set-top boxes, VCR,Cable box, DVD, etc.)

NOTES* The Color button is used during the

channel list.* This is a special remote control for the

visually impaired, and has Braillepoints on the buttons.

1. POWERTurns the TV on and off.

2. Channel NumberPress to directly tune to a particular channel.

3. -Press to select additional channels (digitaland analog) being broadcast by the samestation. For example, to select channel"54-3", press "54", then press "-" and "3".

4. ANTENNAPress to select "AIR"or "CABLE".

5. CH MGRUsed to display Channel lists on the screen.

6. VCR/DVD ControlsControls VCR or DVD functions: Rewind, Stop, Play/Pause, Fast Forward.

7. VOL +, VOL -Press to increase or decrease the volume.

8. MUTEPress to mute the TV sound.

9. MENUDisplays the main on-screen menu.

10. ▲, ▼, ◀, ▶, ENTERPress to select highlight up, down, left, orright. While using the on-screen menus,press ENTER to activate (or change) aparticular item.

11. INFOPress to display information on the TVscreen.

12. CAPTIONControls the caption decoder.

13. P.MODEAdjust the TV picture by selecting one ofthe preset factory settings (or select yourpersonal, customized picture settings.)

14. S.MODESelect Sound effect.

15. MTS (Multichannel TelevisionStereo)Press to choose Stereo, Mono or SAP(Secondary Audio Program).

16. SRSActivates TruSurround.



11-2 New Features11-2-1 RS-232C

Disassembly & Reassembly


12. Disassembly & Reassembly12-1 Overall Disassembly & Reassembly12-1-1 Separation of the back cover and the chassisPart Name Description Description Photo

BackCover

① Remove 9 screws to remove the back bottom cover.: TH,B,M4.L15,BLK,SWRCH18A

TerminalBoard

① Remove 4 screws to remove the Terminal Board.

* The 3 Terminal Board Screws: TH,B,M4.L15,BLK,SWRCH18A* The 3 Jack Screws

: RH,B,M4,L15,ZPC(BLK),SWRCH18

DVI cable ① Separate the DVI cable.

: The DVI screw is made of soft plastic and may easily break when applying excessive force through a screw driver.Ensure that extreme caution is taken when loosening the screw.



Part Name Description Description PhotoHolder

Chassis① Pull out the holder Chassis.

RearBoard

① Seperate the GT-wire.

② Seperate the cables.- Main board : 6 cable- Rear board : 2 cable

GT-wire



12-1-2 Separation of the Main and RearBoardPart Name Description Description Photo

RearBoard

① Remove 2 Stand Offs from the D-Sub connector.

① Remove 2 Standoffs from the DVI connector.

① Remove the Rear shield case

RearBoard/Main

Board/

① Remove the Mainshield case



Part Name Description Description PhotoMain Board ① Detach Rear board from assy.

① Remove the 6 screws.

① Detach the Main board from the holder chassis

① Rear,Main board



12-1-3 Separation of the optical enginePart Name Description Description Photo

OpticalEngine

① Remove the cable (the bottom one on the left side)

① Remove the ballast cable on the SMPS.

① Remove the 2 screws to remove the bracket. : TH,B,M4.L15,BLK,SWRCH18A

② The connector from the Power Supply to the Ballast has tobe removed before the Light Engine can be taken out of the unit.

① Remove the engine by pulling it out of the cabinet.

: Be careful when removing the Light Engine as it may getcaught up by the upper cable of the case.



12-1-4 Separation of the Power BoardPart Name Description Description Photo

PowerBoard

① Separate the Power Inlet.

① Remove the power board carefully

: Wear gloves when handling the power board as there maybe some remaining electrical charge in the capacitors.Specifically, avoid touching any part of the capacitors.

① After removing the screws, separate the bottom power braket.: PWH,B,M3,L10,ZPC(YEL),SWRCH18A

Power Inlet



12-1-5 Lamp Replacement

Part Name Description Description PhotoLamp ① Unplug the TV, then use a screwdriver to remove the

screws.: WSP,PH,+,M4,L12,ZPC(YEL),SM10C

① Remove the Lamp cover.

① Remove the lamp cover duct

Notice 1. Replace with the correct code numbered lamp to avoid damage to the TV.2. Turn the power off and wait for 30 minutes before replacing the lamp as it will be hot.3. Do not touch the glass part of the lamp with your bare hands nor insert any foreign object inside the cover as it may cause poor

screen quality, electric shock or fire.4. Do not place the old lamp near flammable objects or within the reach of children.5. Be sure to connect this TV directly to an AC wall outlet. If the TV's AC plug is connected to a cable box or other source, it will

not allow for proper cool down time.



Part Name Description Description PhotoLamp ① Loosen 1point screw and pull out the lamp holder



12-1-6 Ballast ReplacementPart Name Description Description Photo

Ballast ① Remove the lamp cover duct.

① Loosen 1point screw and pull out the lamp holder.

① Remove 2 screws.

① Remove the color wheel cover.



Part Name Description Description PhotoBallast ① Remove 3 screws.

① Remove the ballast cover and the fan.

① Remove 3 screws

① Remove the 2 cables on the ballast.



Part Name Description Description PhotoBallast ① Remove the 2 serews and the ballast cover.

① Remove the ballast cover and the fan.



12-1-7 Color Wheel Ass'y ReplacementPart Name Description Description Photo

ColorWheel

① Remove two cables at the DMD Board.

① Remove 2 screws and the color wheel cover

① Remove 2 screws.: PWH,+,B,M3,L10,ZPC(YEL),SWRCH18A,-

① Disassemble the color wheel assembly.



Part Name Description Description PhotoColorWheel

① Replace it with a new color wheel and rubber assembly.

Notice : Never touch the color wheel. Touch only the coverassembly.



12-1-8 Actuator(Smooth Picture) ReplacementPart Name Description Description Photo

Actuator ① Remove the cable at the Actuator.

① Remove screws(3ea) at the Actuator cover.: BH,+,M3,L16,ZPC(YEL),SWRCH

① Replace it with a new actuator.



12-1-9 Separation of the DMD BoardPart Name Description Description Photo

DMDBoard

① Remove the 7 point cables and lamp cover duct.

① Remove 2 point screws and take off the DMD FAN.

.

① Remove 7 point screws and take off the DMD Board.



Part Name Description Description PhotoDMDBoard

① Remove the shield case.



Part Name Description Description PhotoFront,Rear

① Set.

① Remove 10 screws used for assembling the cover rear, topand cover-front.

② Remove 9 screws used for assembling the cover-rear, bot, and cover-main.

③ Disassemble the cover-rear and bot.

① Disassemble the cover-rear and bot, then remove 2 screws used for assembling the cover-front on the left and right bottom of the cover-main.

12-1-10 Separation of the SCREEN



Part Name Description Description PhotoConnector ① Remove 2 screws used for fixing the holder-terminal.

② Detach the Chassis Assy and disassemble the connector on the part of control.

Front ① Detach the cover-front from the set.



Part Name Description Description PhotoBrkt-Screen ① Remove the screws used for fixing the brkt.

( 3 on the top, 2 on each left and right, and 5 on the bottom)

② Disassemble the brkt. (top, side, and bottom)



Part Name Description Description PhotoScreen ① Lift up the cover-front and put your hand under the cover-

front, then lift up the screen.

② Put your hand under the screen center and lift up the screen,then pull it toward the front and detach the screen.

① Detach the screen from the cover-front.

Circuit Description


13. Circuit Description13-1 Overall Block Description

Main BoardRear Board

USB Service jack / Wise Link

The DLP TV is largely divided into: Power part, Engine part and Main + Rear parts.The ass'y that consists of the DMD board, Detect (Actuator) board, lamp, ballast and optical devices is called the Engine.The main + rear board parts receive the AV signals to output voice signals and process the remote control signals.The engine part displays the video data on the screen, which is generated in the main + rear boards.

The AV signals are input through the main and rear boards. TC90103 processes the MUX and decoding while S5H2201processes the CPU functions, MPEG and I2S.Finally, the improved DNle image is sent to the DMD engine board.

The final data by DNle is processed in DDP3021 of the DMD board to display the image on the DMD panel. This image is createdby the light of the lamp through the color wheel which is enlarged and projected onto the screen.This is the DLP of the L6,L7,L8,K2 or K3 type that the actuator operates additionally during this process.

The power terminal generates the DC power needed for the product and sends it to the analog board. The analog board suppliesthe power to the digital and DMD boards.In the meantime, the power source board supplies DC220V - 400V directly to the ballast in order to light the lamp.The ballast is like a stabilizer for lighting the lamp.

The ultimate purpose of the TV set is to project an image onto the screen and output the voice signals synchronized with theimage. And based on the DMD panel used, a 1-panel TV requires a color wheel while a 3-panel TV does not. The HD3,HD4,HD5panel needs an actuator while the HD2 does not. However, the drive mechanism and the overall block structure of the two panelsare the same.

Circuit Description


13-2 Partial Block Description

Option

13-2-1 Power Board Block Description

1. What is SMPS?This is an acronym for Switching Mode Power Supply and this is responsible for receiving AC input voltage(Line frequency: 50HZ~60HZ) and supplying insulated DC output.

2. SMPS Components1) Standby Power: A combination of ICS801 (SWITCHING IC) and TS801S (TRANS) that supplies STAND-BY 5V for operating

the Micom.2) Multi Power: The voltage supplied when the power is turned on.

It is a combination of IC801S and T801S that supplies various voltages including D12V, A6.5V, S14.5V, T30V and A65V.

3. SMPS Operation1) SMPS System: Uses Fly-Back technology for both standby and multi power.2) Operation: Fly-Back is one of the most popular power-supply systems and uses less power than 200W as well as being the

cheapest of all multi output SMPS systems.Let's have a look at how it operates…

a. Converts AC input into DC (HOT) (rectifies to DS801 before smoothing to CS801)b. The converted DC voltage is high, especially compared to ground, so touching it will cause electric shock.

Use T801S (Trans) to insulate the secondary voltage and take advantage of the PWM operations of T801S and IC801S to induce it.

c. The secondary induced voltage is a dozen-KHZ square wave power, which goes through the smoothing cap (CS822) to be generated in the standby 5V.

d. Multi power also operates the same way.


Circuit Description


4. Input&Output voltage1) Input voltage ＊ America(AC120V) - OPTION

＊ Korea(AC220V) - OPTION＊ The others(AC100V~AC240V) - OPTION

2) Output voltage＊ D12V / 2.5A - 12V , 3.3V , 1.8V : For signal processing＊ A6.5V / 1A - For driving the tuner＊ S14.5V / 4A -For driving sound processor＊ T30V / 5mA - For driving the tuner＊ A65V / 30mA - For driving the actuator

Circuit Description


Option

Option

Option

Option

Option

Option

Option

Rear Board Main Board

13-2-2 Board Block Description

■ Select Sound/VideoOne is selected from multiple inputs by the switching ID. MICOM decides which port is used for output.For broadcasting signals, sub-outputs are transferred in CVBS and, the main outputs in Y/C through the 3D Comb, to the digital board.Sound signals are selected by the switching IC, of which only one input is transferred to the speaker.

■ Detection Signal FlowWhen each port is connected to a signal cable, the detection signal is "low" and can be checked by Micom scanning.

■ TC90103,SAA7119: Analog YPBPR, CVBS, Y/C(SUPER), Input MUXING and Video Decoding■ S5H2201: CPU, + MPEG Decoder, Audio signals transferred to MSP of the analog board by I2S■ DNIe: Uses a noise-filtering and picture quality improvement algorithm to implement natural colors.■ Tuner: Main-HD Tuner,Sub-Analog Tuner■ HDMI: Receives Two input signal and transfers it to S5H2201.■ Others: Anynet implementation, Optical Power Port, USB Update Port (not available for MP3)


Circuit Description


1203PDD

HSALF

MARDLR

SDVLrevieceR

XR_KLC

XR_ATAD

DOOGREWOPNE_SDVL

YDAER_CISA

tiB03 B/G/R

)TATS_PMAL(ZTIL_PMAL

A401DVL36CHT

IT-MB63M8H94TM

D223VB94TA

C2I

MORPEECS01-N20C42TA MORPEE

IS01-N80C42TA

DMD5DH

0002DAD

DMDTESER

sriaP 81 - SDVLKCOLC,LRTC,ATAD

LORTNOC

daerpSmurtcepS

neG kcolC

14-056SCI

zHM05

DMP0001

mm55 riAtnemgeS 5 leehwroloC

W231pmaL IDIV

NI REWOP V21

PSrotautcACDA

URB1087DAATAD TIB9 evirD zH06

MPR 00801)evirD rotoM(

NOITACINUMMOC TRAU

V5 V3.3 V5.2 V8.1 V5.1

teS pihC IT

13-2-3 DMD Board Block Description

■ Controls the lamp (ON/OFF)■ Drives the color wheel motor■ Drives the panel■ Controls the sensors

Circuit Description


13-3 New Circuit Description

13-3-1 Output Voltage States of the DMD Board Parts

25V

8V

- 26V

25V

8V

- 26V

High(5V) before the lamp turns on, Low(0V) LAMP LITZBD902

LAMP ENBD904

CharacteristicsLOC

when the lamp turns on

High from DDP1011

Output Terminal

Waveform for

RA600,601,602,603

13-3-2 DMD Panel Pin Terminal Characteristics Diagram

※ Remove the heat sink attached to the DMD Board and tighten the screws in four places and then inspect the characteristics ofeach pin terminal.

The vertical lines, which may occur due to improper connections between the panel and the

PCB, occur with intervals of 50 inches(26mm). If vertical lines occur with intervals of more than

26mms, it indicates a failure of the DDP1011 IC itself. If they occur with intervals of less than

26mm, it means that more than two pins have bad connections.

DA,DB output wave

[Screen:WHITE]

Pin Name Description Pin Name DescriptionV Voltage : 3.3V T Test Point

V2 VCC2 : 8V ME Mirror Bias ExtraDA A Channel Data Bus [When measured, there should be a waveform] C ClockDB B Channel Data Bus [When measured, there should be a waveform] P# A,B Channel PositiveNO. MBRST# (Mirror Bias Rest) 26V N# A,B Channel NegativeG The part from the present position to the GND (The black part is also a GND.)

Circuit Description


13-3-3 Description of Terminal CharacteristicsPin Name Description

SCTRL_BN/P B channel LVDS serial controlDCLK_BN/P B channel LVDS CLOCK

SCPDI SERIAL CONTROL DATA INPUTSCPDO SERIAL CONTROL DATA OUTPUTSCPENB SERIAL CONTROL ENABLESCPCK SERIAL CONTROL CLOCK

DMD RESETB DMD LOGIC RESETMBRST(14:0) MIRROR BIAS RESET

MBRST_EXTRA UNUSED MIRROR BIAS RESETSCR_CLR TEST CLEAR PINS(NORMAL GND)

READOUTA(1:0) A-CHANNEL SERIAL DATA OUT DURING SPAM READ TEST OPERATIONREADOUTB(1:0) B-CHANNEL SERIAL DATA OUT DURING SPAM READ TEST OPERATION

TP(2:0) MANUFACTORING TEST POINT(NO CONNECTED DURING NORMAL OPERATION)RSV_A(4:0)/RSV_B(4:0) RESERVED PINS(NORMAL:GND)

EVCC REFERENCE VOLTAGE DURING SPAM READ TEST OPERATION(NORMAL GND)VCC2 MIRROR ELECTRODE VOLTAGE(7.3V)VCC LOGIC SUPPLYVSS LOGIC GROUND

13-3-4 Engine Failure Inspection Flow Chart for the DMD BoardNo. Description Key Point Remark

1 1) When the power cord is plugged in,2) DC220V~410V(typical 300V) is automatically supplied to the ballast.

Check whether theDC220V~410V(typical 300V)power is supplied to the ballast.

2

1) When the power key is pressed via the remote control, the micom of the analog board outputs high (5V) PWR signals.

2) The power board operates normally.5V and 12V are supplied to the DMD CN105 terminal.

Check whether 5V and 12V aresupplied to the CN105 terminal.

＊12V must be supplied to operate themotor.

3

1) The MTR Reset signal is supplied to the R161 terminal of themotor IC101 from the micom on the digital board and then themotor starts to drive.

2) If the color wheel rotates for a certain time and then stops, checkwhether the color wheel sensor is normal.(Check the waveform on the No.2 terminal below CN102.)

After the set is powered on, checkwhether 5V is detected on pinNo.49 of IC101.→ After a while, the soundgenerated by the rotating colorwheel is heard.

＊If 5V is not detected, the motor willnot operate.

4 1) Check whether the signal (SCI: START CONTROL INPUT)that turns on lamp #2 of CN109 on the DMD board is high (5V).

Check whether CN109 #2 signal is5V.

＊When SCI is high (5V), the lamp litzof CN109 is low (0V).＊CN109 #2 terminal voltage changesto pulse wave form 14 seconds after(for 50 inch TV) the time that the volt-age is 5V.* When about 4 seconds have passedafter changing to pulse waveform, thescreens are displayed on the set.

5 1) Method for checking whether the DDP1010 IC RESET is normal. If the voltage between R254 andR255 is 3V, it is normal.

Circuit Description


13-3-5 IC Line Up

1. Main Board

2. Rear Board

3. Power Board

Items Descriptions RemarksMPEG2 Decoder(Albatross) S5H2201X01 , Samsung 2 MPEG, 2 IPC, 3 Scaler, AC3-Decod, 32bit Graphic,

2 TS 1n, 1 TS out, 2ch 32bit DDR, DDR SGRAM K4D551638F x 4 , Samsung 16Mx16bit (256Mbit)One NAND Flash Memory KFG5616U1M , Samsung 16Mx16Bit (256Mbit)SDRAM K4S561632E x 2 , Samsung 4Mx16x4BitScaler SDP52 , Samsung MNR, CTI, AW, Pre-Processor, Main/Sub Scaler,JRDDR SGRAM K4D263238F x 2 , Samsung 4x1Mx32Bit (128Mbit)IPC Main SDP51 , Samsung Input Formats(INP),Super NE/NR(NRP),IPCSDRAM K4S643232H x 2 32Mx4Bit (64Mbit)Video Enhance SDP42 DNIe4Analog Decoder, ADC_Sub SAA7119E , Philips Sub Tuner CVBSTMDS Transmitter Sil7170 iTMDS Transmitter, 10bitMicom S3F84BBXZZ, Samsung Micro ControllerAudio Processor STV8258DSX, ST Digital Audio DecoderSound AMP STA323W , ST Digital AMP

Items Descriptions RemarksVideo Switch TEA6425, SGS-Thomson Video Switch IC for TV * 2Audio Switch TEA6422, SGS-Thomson Audio Switch IC for TVHDMI Receiver & ADC MST3369M , Mstar Digital Receiver for HDMI with HDCP(Component,HDMI,PC)

Analog Decoder,ADC Main & 3D-Comb TC90103AFG , Toshiba Video Processor, ADC

(Video, S-Video, Main Tuner CVBS)

Items Descriptions RemarksMain SMPS FS7M0880, Fairchild IC-PWM Controller ; Main PowerStand-by SMPS [America] KA1M0565, Fairchild IC-PWM Controller ; Stand-by Power

Circuit Description


4. DMD BoardItems Descriptions Remarks

DMD Driver DDP3021, TI DLP Data ProcessorReset, Power DAD2000, TI DMD Power and Reset Driver

Motor Controller PMD1000, TI 12V VCM/Spindle Pre-Driver, PowerSupply(2.5V,3.3V,1.5V)

Frame Buffer MT49H8M36BM-TI, Micron 128M(246K x 16 x 32B), Rambus DRAMSpread Spectrum ClockGenerator ICS650-41, ICS 50Mhz Spread Spectrum Clock Generator

Program ROM M29W800BT x 2, ST 8M(1M x 8 or 512K x 16), Flash MemoryActuator Driver DDP3021, TI DLP Data ProcessorAD Converter AD7801BRU Actuator Drive , 60Hz TMDS Receiver SiI7171 TMDS Digital Receiver, 75MHz


MEMO

Reference Information


14. Reference Information14-1 Other issues related to other products

Problem Descriptions

A fixed screen can causepermanent damage to the TVBraun tube.

Braun, PDP and LCD TVs can all be damaged. When a still image is displayed in a sequence,this can leave stains or after-images due to the characteristics of the panel.However, the DLP TV has the advantage that no stains or after-images are left on the screen.The DLP TV has mirror pixels on the DMD panel that project the beam onto the screen, inwhich the mirror is a digital representation of 0s and 1s, leaving no trace of light.The mirror returns to a blank state so that no stains or after-images are left.

Confusion between theANYNET Port and theSERVICE Jack Port

The SAMSUNG SKY500N model has both an ANYNET port and a SERVICE jack port.Because the shape of the ANYNET port on the DLP TV is the same as that of the SERVICEjack port of the SKY500N, it fails to turn the TV off after a connection has been reported.The ANYNET port uses an RS232 port called Phone Jack, and the SERVICE jack port alsouses the RS232 port. However, you must not connect the SERVICE port and the ANYNET port.Check if the port is the ANYNET port or the SERVICE port before connecting the port.Even if the TV cannot be turned on after connecting, the TV will turn on if you disconnect theconnection.

Length of DVI Cable / PC RGBCable

- A too long DVI cable may cause a malfunction or degradation of the visual quality due to an attenuation of the signal. There is no recommendation for the cable length at present.In general, although a cable length of up to 5 meters should work, please check if video is properly displayed on the screen after connecting. If you think the length of the cable is longer than for normal use, check the visual quality of the video on the screen and shorten the length, if necessary.

- This also applies to the PC RGB (D-Sub) cable. When the length of the cable is longer than for normal use, video may not be displayed on the screen. In this case, shorten the cable length.

When a digitally distributed TVuser receives HD-ratedbroadcasts:

The digital distributed TV (Ready Technique) can render HD sources as HD-rated.However, you need to install a set-top box for this purpose. The digital TV alone cannot renderHD broadcasting as HD-rated. Install the formal set-top box for HD broadcasts.

When a digital distributed TVuser selects normal size (4:3) toreceive SD-rated digitalbroadcasts:

The digitally distributed TV (Ready Technique) renders any broadcasting service as SD-rated.However, when connected to a set-top box, the digital TV renders HD broadcasts as HD-ratedand renders SD as SD-rated. The screen size is scaled to 4:3.

When a digitally built-in TV userreceives SD (air) broadcasting:

The digitally integrated TV ("built-in" type) renders SD broadcasting as SD-rated.This can be understood easily.Even a high-resolution TV cannot improve a low resolution picture into high quality.In contrast, an SD-rated TV cannot represent HD broadcasting as HD because the resolution ofthe TV is lower than the original.

When selecting a picture size of4:3 in connection with acomputer or a multimediadevice:

The representation capability of SD or HD-rated depend entirely on the TV set. The HD TV canrender HD broadcasting as HD-rated only when it receives HD sources.In the meantime, the HD TV renders SD as SD-rated when it receives SD sources.The picture size has nothing to do with the resolution; TV models like SVP-XXL3HD orSVP-XXL6HD have a size adjustment feature to 16:9, 4:3, Panorama, Zoom1, Zoom2 and AutoWide. This is about the aspect ratio of the top and bottom boundaries to the overall screen andusers can select their preference.



■ SD/HD broadcasts and the TV's display capability are related

1. A digital broadcast should be transmitted in wide screen (an aspect ratio of 16:9) HD. If the broadcasting station converts aconventional program created in normal screen (aspect ratio of 4:3) into a digital signal and broadcasts the signal, the left and right of the picture will not be displayed.This symptom also appears in other manufacturer's TV's. The three appliance companies are trying to resolve the problem through the Ministry of Information and Communication.＊ When watching an SD (normal) broadcast through a Digital (Wide) TV (480P normal broadcast)＊ When watching an SD (normal) broadcast through a Digital Ready (Wide) TV (Using a set-top-box)＊ When watching an analog (normal) broadcast through a wide TV

(When watching a broadcast after changing the aspect ratio of the TV from 16:9 (wide screen) to 4:3)

2. When watching a DVD title or video tape in wide screen (21:9) through a wide (16:9) TV, watching video from a computer or game console by selecting the aspect ratio to 4:3, or watching video from a DVD, VCR, computer or game console through a wide TV by selecting the aspect ratio to normal (4:3) or wide (21:9), the left and right, or top and bottom of the picture will not be displayed.This symptom appears in other manufacturer's TV's. The three appliance companies are trying to resolve the problem through the Ministry of Information and Communication.

■ Changing the Order of the Picture Size for 16:9 Display Devices

■ Zoom 3 is available in HD broadcast only.

■ Restrictions

1. When you want to change the picture size in PIP 'ON', you must turn the PIP off before changing the size.However, you can change the main picture size even in PIP ON for products with no restrictions.

2. When the picture size is not Normal (4:3 for 4:3 display devices, 16:9 for 16:9 display devices) and you turn PIP on, the picture size is changed to Normal.However, you can turn PIP on without changing the picture size for products with no restrictions.

3. In the OSD notation for the picture size, 16:9 is represented as "Wide" instead of "16:9" for devices other than with 16:9 displays.Ex: For LCD 15:9 devices, "Wide" is displayed on the OSD instead of "16:9".

4. The picture size can be changed even in the blue screen.However, the picture size should be controlled by the product specifications if the change is impossible due to hardwarerestrictions.



PIP (Picture In Picture)A feature to enable two video images being displayed on onescreen at the same time. For instance, you can see the TVchannel and the video image at the same time.

Digital BroadcastingThe ATSC (Advanced Television Systems Committee) signalsthat the station digitalizes before transferring the audio/videosignals.

MonoA sound system that transmits voice signals in only onechannel. It is hard to experience a 3D effect but can be run withone speaker.

LNA (Low Noise Amplifier)This uses satellite technologies to amplify weak signals forimproved quality even in poor reception areas.

StereoA sound system that transmits voice signals in two channelsThis implements 3D effects by transmitting to both speakers(left/right).

Analog BroadcastingThe conventional system in which the station transfers theaudio/video signals in NTSC formats.

Antenna TerminalA terminal which the TV antenna is connected to. A roundcoaxial cable is connected to this terminal, which is usuallyused to watch air broadcasts.

English Captions (Subtitle)A feature to provide English captions or character informationservices, which the user can use to study English using AFKNbroadcasting or video tapes marked with "CC".

Audio/Video TerminalThe old 3- or 4-channel TV with no AV terminal has a low quali-ty issue for video tape. The problem can be resolved using anA/V terminal that separates the audio and video signals. Thevideo terminal is in yellow; the audio terminal is divided in two,white for left and red for right.

External SourceThis includes sources from the video recorder, DTV set-top boxand DVD player, (anything but the TV).

DVI-I CableOne of the DVI cables that can transfer both digital and analogsignals.

Satellite BroadcastingThis uses a satellite system to support a maximum of 100channels including air services and provides high qualitypictures anywhere in the country, even in poor reception areas.A set-top box (unbundled) is required to watch satellitebroadcasting.

Closed BroadcastingOther than VHF and UHF, this includes movies, entertainmentand educational programs broadcast by hotels or schools. Thisis different from cable broadcasting.

MultiplexingTwo languages are provided at the same time when broadcast-ing foreign movies, dramas and news programs. You canchoose either a native or foreign language, or choose both atthe same time.

Component Terminal (Green, Blue, Red)This provides maximum quality by dividing the contrast signalsbefore transferring.

Cable BroadcastingCompared to air broadcasting, it uses the cable system totransfer the signals. You should subscribe to a local cablebroadcasting company and install a separate receiver.

TunerA device used to select a particular frequency from the TV setor the radio receiver.

AnynetAn AV networking system of Samsung's various AV devices,which enables the user to conveniently control AV devicesusing the TV.

DVD (Digital Versatile Disc)This is a CD-sized, high storage disk that can store multimediadata including videos, games and audio applications usingMPEG-2 compression technology.

DVI (Digital Visual Interface) TerminalThis is a digital signaling standard.This uses TMDS to reduce the signal loss rate for sharperimages.

DVI-D CableOne of the DVI cables that can only transfer digital signals.

HDMI (High Definition Multimedia Interface)An interface into which the digital signals as well as the highquality image data can be connected with one cable. There isno need to compress the bit rate.

14-2 Technical Terms



S-video TerminalThis is, called "Super-video", divided into video and color sig-nals for sharper image display.

VHF/UHFVHF refers to the 2 - 13 channel system; UHF indicates the14 - 69 channel system.



14-3 K280 Engine Ass'y



K280 Engine Exploded View ListNo. Description Specification Q'ty1 ASSY LENS P-OPTIC MODULE NTR,xHD5 12 BRACKET-ENGINE BASE SVP-50L6HR,SECC,T1.6,XHD5 13 SHIELD CASE-DMD(F) SVP-50L6HR,SECC,T1.0 14 HODER-CLAMP DMD SVP-50L6HR,MG D/C,T2.5 15 DLP 1920x1080/xHD5,0.65,TYPE A 16 HODER-SOCKET DMD LCP,T3.0,BLACK,203PIN 17 ASSY PCB S-DMD GALILEI,K3,HLS6187,XHD5 18 BRACKET-PANEL SVP-50L6HR,AL D/C,T3.5 19 BRACKET-COOLER SVP-50L6HR,AL,T4.0 1

10 ASSY SHIELD P-PCB DLP ENGINE,SPTE,T0.5,DMD 111 BRACKET-FAN SVP-50L6HR,SECC,T1.0 112 FAN G6015M12B2-RG,K220,PBTP 113 COVER-P/J LENS SVP-50L6HR,ABS,T2.5,XHD5 114 RUBBER-COLOR WHEEL SVP-50L6HR,SILICON,NTR 115 GLASS-COLOR WHEEL 55mm,FLOAT GLASS,T0.7,AIR 116 HOLDER-COLORWHEEL SVP-50L6HR,MG D/C,T2.5,INSIDE 117 HOLDER-COLORWHEEL SVP-50L6HR,MG D/C,T2.5 118 GLASS-UV FILTER NA,GLASS,NTR,26x26,T1.1 119 BRACKET-UV FILTER SVP-50L6HR,SUS,T0.3 120 COVER-WHEEL K280,PC ABS,T2.5,BLK 121 LAMP-BALLAST EUC 132D P/41,132W,20KV 122 HODER-BALLAST K280,PC ABS,T2.5 123 COVER-DUCT TOP SVP-50L6HR,PC G/F20,T2.5,XHD5 124 RUBBER-FAN SVP-50L6,CR RUBBER,30,NTR,LAMP 225 FAN G9225L12B2-AG(WS),K220,PBTP 126 COVER-DUCT BOT SVP-50L6HR,PC G/F20,T2.5,XHD5 127 COVER-LAMP SVP-50L6HR,PPS G/F30,T2.5 128 ASSY MISC-THERMOSTAT HD5,125/250VAC 129 HODER-BALLAST PC G/F20,T2.5,SEKINOS 130 HODER-HOUSING LAMP SVP-50L6HR,AL D/C,T3.0 131 RUBBER-LAMP SVP-50L6HR,SILICON,NTR,BLACK 132 LAMP UHP 120W/132W 1.0,E22,65*70,LL 1

NUT-HEXAGON 2C,M4,ZPC(YEL),SM20C 1WASHER-SPRING M4,ID4.1,0D7.6,T1.7,ZPC(YEL),S 1

HODER-SCREW LAMP B3K,PE,T0.5 1HODER-LAMP SVP-50L6HR,PPS G/F30,T2.5 1

BRACKET-LAMP SVP-50L6HR,SUS,0.3,BOTTON 1BRACKET-LAMP SVP-50L6HR,SUS,0.3,FRONT 1

COVER LAMP K280,PC G/F20,T3.0,xHD5 1HANDLE-LAMP SVP-50L6HR,SUS,2.0 1LABEL-00,LAMP A/P(90G),40,15,PHILIPS 132W 1SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 1

SCREW-MACHINE WSP,PH,+,B,M4,L8,ZPC(YEL),SWRCH1 2SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 1

33 COVER-DUCT RIGHT SVP-50L6HR,PC G/F20,T2.5,XHD5 134 HODER-DETECT S/W SVP-50L6HR,PC ABS,T2.5,BLK 135 SHEET-PAD S/W SVP-50L3,TIM,T0.5,NAT



K280 Engine Exploded View ListNo. Description Specification Q'ty36 HOLDER-CAP SVP-56K2,NYLON,1.0NTR,BODY 337 HOLDER-CAP SVP-56K2,NYLON,1.0NTR,CAP 338 HOLDER-BOSS K220,SUM24L,T1.0,12.5,M4 239 RUBBER-FAN HD5 L/C,SILICON NTR,BLACK,M4 240 GASKET-MODULE R T4,2,31 241 GASKET-MODULE L T4,2.3,43.5 242 GASKET-DMD,R T3.5,2.2,35.5 243 GASKET-DMD,R T3.5,2.2,22.9 244 SCREW-MACHINE BH,+,M3,L12,NI PLT,SWRCH18A 445 SCREW-MACHINE BH,+,M3,L12,NI PLT,SWRCH18A,FP 246 SCREW-MACHINE BH,+,M3,L12,NI PLT,SWRCH18A,FP 147 SCREW-MACHINE BH,+,M3,L12,NI PLT,SWRCH18A,FP 548 SCREW-MACHINE PWH,+,-,M3,L30,NI PLT,SWRCH18A 449 SCREW-MACHINE BH,+,M2,L5,ZPC(BLK) 350 SCREW-MACHINE BH,+,M2,L5,ZPC(BLK) 251 SCREW-TAPTITE PWH,+,-,B,M3,L6,ZPC(YEL) 452 SCREW-TAPTITE BH,+,-,S,M3,L6,ZPC(YEL) 253 SCREW-TAPTITE BH,+,-,S,M3,L6,ZPC(YEL) 254 SCREW-TAPTITE BH,+,-,S,M3,L6,ZPC(YEL) 255 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 356 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 257 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 158 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 259 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 360 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 261 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 162 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 263 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 164 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 265 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 266 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 267 SCREW-TAPTITE PWH,+,B,M3,L10,ZPC(YEL) 368 SCREW-TAPTITE BH,+,S,M4,L20,ZPC(BLK) 269 SCREW-MACHINE WSP,PH,+,M4,L8,ZPC(YEL) 270 SCREW-MACHINE WSP,PH,+,M4,L8,ZPC(YEL) 271 SCREW-MACHINE WSP,PH,+,M4,L8,ZPC(YEL) 372 ASSY MISC-C/W SENSOR C/W SENSOR,BP41-00271A 173 ASSY MISC-DETECTOR S/W HD5,L64D 174 SPONGE-ENGINE K220,PU FORM,18,7,NTR,FRONT 175 SPONGE-ENGINE K220,PU FORM,18,7,BACK 176 SPONGE-ENGINE K220,PU FORM,18,7,LEFT 177 SPONGE-P/J LENS K280,PU,FORM,307 178 SPONGE-ENGINE K220,PU FORM,18,7,LEFT 179 SPRING ETC-H/S,DMD B3K,SUS,T1.0 180 SPRING ETC-COIL,DMD B3K,SPRING,STEEL 481 CLAMPER CORE-WIRE NYLON,66,-,GRAY 182 CLAMPER CORE-WIRE NYLON,66,V2,-,NTR,5MM 1



K280 Engine Exploded View ListNo. Description Specification Q'ty83 CABLE CLAMP DAWS-1NE,ID11,L21.0,NTR 184 HOLDER-WIRE NYLON 6/6,NATURAL,DAWH-2NC 185 HOLDER-WIRE NYLON 6/6,CAFC-2500 186 HOLDER-WIRE PJTV,POM,6,NATURAL 387 GASKET GASKET TYPE,0.1,20mm,150mm 288 GASKET CONDUCTIVE FABRIC,2MM,10MM,40MM 289 GASKET 1mm,3mm,34mm 290 GASKET 1mm,4mm,43mm 291 GASKET 1mm,3mm,55mm 192 GASKET 5mm,10mm,10mm 393 GASKET 20mm,30mm 194 SPACER-FELT 42P4A,FELT,L20,T0.5,W20 195 SPACER-FELT K220,FELT,BLACK,T0.5 296 HOLDER-PCB SVP-50L6,NYLON6.6,BLACK 297 BRACKET-COOLER K220,AL,T5.8PMD 198 COVER-LENS SVP-50HR,PS,T0.3,XHD5 199 SHEET-DMD BOARD HD5,T5.6,8.8,BLACK,PMD1000 1

100 LABEL-00,OPEN K2/K3/,T/P,60,30,COVER DUCT 1101 LABEL WARNING CTV,MOJO 90G,110,15,2D0,EXPORT 1102 LABEL-00,OPEN K2/K3/,T/P,40,50,LAMP 1

hls6767w

Documents

power board

ac power cord

ac power source

ac power line

ac leakage test

tv chassis

high voltage power

safety features