dvd r120 samsung

8/18/2019 DVD R120 Samsung

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DVD-RECORDERChassis : K2 (2nd Generation)

DVD-R120/AXAX, AXAP, ASTR, ARCL, AXAODVD-R121/AXAX, AXAP, ASTR, ARCL, AXAO

SERVICE

Œ Multi format recording

DVD-RAM/ DVD-RW/ DVD-R

´Multi format playback

DVD/ DVD-RAM/ DVD-RW/ DVD-R

CD/ CD-R/ CD-RW/ MP3/ JPEG

ˇ Recording mode

XP(1Hour)/ SP(2Hour)/ LP(4Hour)/ EP(6~8Hour)

¨ Progressive scan

ˆ Automatic Chapter product on

Ø 59mmSlimDesign

Manual

DVD-RECORDER CONTENTS

S E RVI C E MAN UAL

DVD-R1 2 0 / R1 2 1

© Sam sun g Ele ctr oni cs Co ., Lt d. DEC. 2005

Printed in Korea

AK82-01020A

• The appearance of DVD-R120/XAX and appearance of DVD-R120/A XAX is same.

However it w il l be able to dist inguish with seeing the inside.

DVD-R120/XAX uses LSI LOGIC M AIN ASSY, but DVD-R120/A XAXuses SAM SUNG M AIN ASSY.

• How to identif y them by Label-Rating ; See next page.W hen servicing, be sure to confirm the model name on Label-Rating of Chassis-Rear.

This Service Manu al is a property of Samsung Electronics Co.,Ltd.Any unauthorized use of M anual can be punished under applicable

international and/or domestic law.

DVD-R120

DVD-R121

ELECTRONICS


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CONTENTS1. Precautions 1-1 ~1-6

1-1 Safety Precaution (1-1)1-2 Servicing Precautions (1-3)1-3 ESD Precautions (1-4)

1-4 Handling the optical pick-up (1-5)

2. Product Specification 2-1 ~2-122-1 Reference Information (2-1)2-2 Chassis Product Specification (2-2)2-3 Option Product Specification (2-3)

2-4 Introduction to DVD (2-4)2-5 DVD-Video Fromat (2-6)

3.Software Update 3-1 ~3-43-1 Drive Firmware Update (3-1)3-2 Flash Update (3-3)

4. Disassembly and Reassembly 4-1 ~4-84-1 Cabinet and PCB (4-1)4-2 PCB Location (4-7)

5. Trouble Shooting 5-1 ~5-16

6. Exploded View and Parts List 6-1 ~6-66-1 Cabinet Assembly (DVD-R120 Only) (6-2)6-2 Cabinet Assembly (DVD-R121 Only) (6-4)

7 Electrical PartsList 7-1~7-12


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9. Wiring Diagram 9-1 ~9-2

10. PCB Diagrams 10-1 ~10-1010-1 S.M.P.S. PCB (DVD-R120 Only) (10-2)

10-2 S.M.P.S. PCB (DVD-R121 Only) (10-4)10-3 Main PCB (10-6)10-4 Jack PCB (10-8)10-5 Key PCB (DVD-R121 Only) (10-10)

11. Schematic Diagrams 11-1 ~11-1611-1 S.M.P.S. (DVD-R120 Only) (11-2)11-2 S.M.P.S. (DVD-R121 Only) (11-3)11-3 DVD Main Connector (11-4)11-4 DVD DDR (11-5)11-5 DVD DV (11-6)11-6 DVD A/V Codec (11-7)11-7 DVD Audio In/Out (11-8)11-8 DVD Video Decoder (11-9)11-9 MICOM (11-10)11-10 A/V Input (11-11)11-11 A/V Output (11-12)11-12 TM Block (11-13)11-13 Flash Memory (11-14)

11-14 Key (DVD-R121 Only) (11-15)

12. Operating Instructions and Installation 12-1 ~12-72

13 CircuitOperatingDescriptions 13-1~13-16

CONTENTS


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14. Reference Information 14-1 ~14-4

CONTENTS


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How to identify DVD-R120/AXAX (Uses SAMSUNG MAIN ASSY)fromDVD-R120/XAX (Uses LSI LOGIC MAIN ASSY)

DVD-R120/XAX (Uses LSI LOGIC MAIN ASSY)

DVD-R120/AXAX (Uses SAMSUNG MAIN ASSY)


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1. Precautions1-1 Safety Precautions

1) Before returning an instrument to the customer,always make a safety check of the entire instrument,including, but not limited to, the following items:

(1) Be sure that no built-in protective devices aredefective or have been defeated during servicing.(1)Protective shields are provided to protect boththe technician and the customer. Correctly replaceall missing protective shields, including anyremoved for servicing convenience.(2)When reinstalling the chassis and/or other as-sembly in the cabinet, be sure to put back in place

all protective devices, including, but not limited to,nonmetallic control knobs, insulating fish papers,adjustment and compartment covers/shields, andisolation resistor/capacitor networks. Do not oper-ate this instrument or permit it to be operated with-out all protective devices correctly installed andfunctioning.

(2) Be sure that there are no cabinet openings throughwhich adults or children might be able to inserttheir fingers and contact a hazardous voltage. Suchopenings include, but are not limited to, excessive-ly wide cabinet ventilation slots, and an improper-ly fitted and/or incorrectly secured cabinet backcover.

(3) Leakage Current Hot Check-With the instrument

completely reassembled, plug the AC line corddirectly into a 120V AC outlet. (Do not use an iso-lation transformer during this test.) Use a leakagecurrent tester or a metering system that complieswith American National Standards institute (ANSI)C101.1 Leakage Current for Appliances and

Any measurements not within the limits specifiedherein indicate a potential shock hazard that must

be eliminated before returning the instrument tothe customer.

Fig. 1-1 AC Leakage Test

(4) Insulation Resistance Test Cold Check-(1) Unplugthe power supply cord and connect a jumper wire

between the two prongs of the plug. (2) Turn on thepower switch of the instrument. (3) Measure theresistance with an ohmmeter between the

jumpered AC plug and all exposed metallic cabinetparts on the instrument, such as screwheads,antenna, control shafts, handle brackets, etc. Whenan exposed metallic part has a return path to the

chassis, the reading should be between 1 and 5.2megohm. When there is no return path to the chas-sis, the reading must be infinite. If the reading isnot within the limits specified, there is the possibil-ity of a shock hazard, and the instrument must berepaired and rechecked before it is returned to the

DEVICEUNDER

TEST

(READING SHOULDNOT BE ABOVE

0.5mA)LEAKAGECURRENTTESTER

EARTHGROUND

TEST ALLEXPOSED M ETER

SURFACES

ALSO TEST W ITHPLUG REVERSED

(USING AC ADAPTERPLUG AS REQUIRED)

2-W IRE CORD


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Precautions

2) Read and comply with all caution and safety re-lated notes on or inside the cabinet, or on the chas-sis.

3) Design Alteration Warning-Do not alter or add tothe mechanical or electrical design of this instru-ment. Design alterations and additions, including

but not limited to, circuit modifications and theaddition of items such as auxiliary audio outputconnections, might alter the safety characteristics of

this instrument and create a hazard to the user. Anydesign alterations or additions will make you, theservicer, responsible for personal injury or propertydamage resulting therefrom.

4) Observe original lead dress. Take extra care toassure correct lead dress in the following areas:(1) near sharp edges, (2) near thermally hot parts (be

sure that leads and components do not touch ther-mally hot parts), (3) the AC supply, (4) high voltage,and (5) antenna wiring. Always inspect in all areasfor pinched, out-of-place, or frayed wiring, Do notchange spacing between a component and theprinted-circuit board. Check the AC power cord fordamage.

5) Components, parts, and/or wiring that appear tohave overheated or that are otherwise damagedshould be replaced with components, parts and/ orwiring that meet original specifications.Additionally, determine the cause of overheatingand/or damage and, if necessary, take correctiveaction to remove any potential safety hazard.

6) Product Safety Notice-Some electrical and mechani-cal parts have special safety-related characteristics

which are often not evident from visual inspection,nor can the protection they give necessarily beobtained by replacing them with components ratedfor higher voltage, wattage, etc. Parts that have spe-cial safety characteristics are identified by shading,an ( )or a ( )on schematics and parts lists. Useof a substitute replacement that does not have thesame safety characteristics as the recommended

replacement part might create shock, fire and/orother hazards. Product safety is under review con-tinuously and new instructions are issued whenev-er appropriate.


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Precautions

1-2 Servicing Precautions

CAUTION : Before servicing units covered by thisservice manual and its supplements, read and followthe Safety Precautions section of this manual.

Note : If unforseen circumstances create conflict between the following servicing precautions and anyof the safety precautions, always follow the safety pre-

cautions. Remember: Safety First.

1-2-1 General Servicing Precautions

(1) a. Always unplug the instrument’s AC power cordfrom the AC power source before (1) re-movingor reinstalling any component, circuit board,module or any other instrument assembly, (2)disconnecting any instrument electrical plug orother electrical connection, (3) connecting a testsubstitute in parallel with an electrolytic capaci-tor in the instrument.

b. Do not defeat any plug/socket B+ voltage inter-locks with which instruments covered by thisservice manual might be equipped.

c. Do not apply AC power to this instrument and/or any of its electrical assemblies unless all

solid-state device heat sinks are correctly in-stalled.

d. Always connect a test instrument’s ground leadto the instrument chassis ground before connect-ing the test instrument positive lead. Alwaysremove the test instrument ground lead last.

Note : Refer to the Safety Precautions section ground

lead last.

(2) The service precautions are indicated or printed onthe cabinet, chassis or components. When servic-ing, follow the printed or indicated service precau-tions and service materials.

(4) An insulation tube or tape is sometimes used andsome components are raised above the printedwiring board for safety. The internal wiring issometimes clamped to prevent contact with heat-ing components. Install such elements as theywere.

(5) After servicing, always check that the removedscrews, components, and wiring have been in-stalled correctly and that the portion around theserviced part has not been damaged and so on.Further, check the insulation between the blades of the attachment plug and accessible conductiveparts.

1-2-2 Insulation Checking Procedure

Disconnect the attachment plug from the AC outletand turn the power ON. Connect the insulation resi-stance meter (500V) to the blades of the attachmentplug. The insulation resistance between each blade of the attachment plug and accessible conductiveparts(see note) should be more than 1 Megohm.

Note : Accessible conductive parts include metal pan-els, input terminals, earphone jacks, etc.


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Precautions

1-3 ESD Precautions

Electrostatically Sensitive Devices (ESD)

Some semiconductor (solid state) devices can be dam-aged easily by static electricity.Such components commonly are called Electrostati-cally Sensitive Devices(ESD). Examples of typical ESDdevices are integrated circuits and some field-effect

transistors and semiconductor chip components. Thefollowing techniques should be used to help reducethe incidence of component damage caused by staticelectricity.

(1) Immediately before handling any semiconductorcomponent or semiconductor-equipped assembly,drain off any electrostatic charge on your body bytouching a known earth ground. Alternatively,

obtain and wear a commercially available dis-charging wrist strap device, which should beremoved for potential shock reasons prior to apply-ing power to the unit under test.

(2) After removing an electrical assembly equippedwith ESD devices, place the assembly on a conduc-tive surface such as aluminum foil, to prevent elec-

trostatic charge buildup or exposure of the assembly.

(3) Use only a grounded-tip soldering iron to solder orunsolder ESD devices.

(4) Use only an anti-static solder removal devices.Some solder removal devices not classified as“anti-static” can generate electrical charges suffi-cient to damage ESD devices.

(5) Do not use freon-propelled chemicals. These cangenerate electrical charges sufficient to damageESD devices.

(7) Immediately before removing the protective ma-terials from the leads of a replacement ESD device,touch the protective material to the chassis or cir-cuit assembly into which the device will beinstalled.

CAUTION : Be sure no power is applied to the ch-assis or circuit, and observe all other safety precau-tions.

(8) Minimize bodily motions when handling unpack-aged replacement ESD devices. (Otherwise harm-less motion such as the brushing together of yourclothes fabric or the lifting of your foot from a car-peted floor can generate static electricity sufficientto damage an ESD device).


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Precautions

1-4 Handling the optical pick-up

The laser diode in the optical pick up may suffer elec-trostatic breakdown because of potential static elec-tricity from clothing and your body.

The following method is recommended.(1) Place a conductive sheet on the work bench (The

black sheet used for wrapping repair parts.)

(2) Place the set on the conductive sheet so that thechassis is grounded to the sheet.

(3) Place your hands on the conductive sheet(Thisgives them the same ground as the sheet.)

(4) Remove the optical pick up block

(5) Perform work on top of the conductive sheet. Becareful not to let your clothes or any other staticsources to touch the unit.

◆ Be sure to put on a wrist strap grounded to thesheet.

◆ Be sure to lay a conductive sheet made of copperetc. Which is grounded to the table.

Fig.1-3

(6) Short the short terminal on the PCB, which is in-side the Pick-Up ASS’Y, before replacing the Pick-Up. (The short terminal is shorted when the Pick-Up Ass’y is being lifted or moved.)

(7) After replacing the Pick-up, open the short termi-nal on the PCB.

THE UNIT

WRIST-STRAP

FOR GROUNDING

1M

1MCONDUCTIVE SHEET


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Precautions

MEMO


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Product Specificati on

Pow er requirements 127V ca ~ 60Hz

Pow er consumpt ion 35W atts

GeneralW eight 8.27 IB

Dimensions 16.9in(W ) x 9.6in(D) x 2.3in(H)

Operat ing temp +41°F to 95°F

Other condit ions Keep level w hen operat ing. Less than 75% operat ing humidity

Video (1,2)1.0 V p-p at 75ohm load, sync negative

S-Video input (Y:1.0Vp-p, C: 0.286Vp-p at 75ohm load)

Audio (1,2) M ax. Audio input level : 2Vrms

Input DV Input IEEE 1394(4p) compat ible jack

Receivable ChannelsRegular TV broadcasting : VHF (2~13), UHF (14~69)

Cable TV broadcasting: 1~125

Audio output jacks 1,2

Optical/coaxial digital audio outputAudio

Full scale analog out put level : 2Vrms

Output Video output jacks 1,

S-Video output 1 (Y: 1.0Vp-p, C:0.286Vp-p at 75 ohm load)VideoComponent output (Y: 1.0Vp-p ,Pb:0.70Vp-p, Pr:0.70Vp-p at 75ohm load)

Picture compression format M PEG-II

A udio com pression f ormat Dolby digit al 2ch/ 256kbps

RecordingRecording Quality

XP (about 8 M bps), SP (about 4 M bps), LP (about 2 M bps),

EP (about 1.2 M bps), FR (about 1.2 M bps to 8M bps)

A ud io f re qu en cy ch ar ac te ri st i cs 2 0 H z ~ 20 KH z

2. Product Specification2-1 Product Specification


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Product Specificatio n

2-2 Chassis Product Specification

General Model Name DVD-R100 DVD-R120

Info Function Standard Standard

COLOR SYSTEM NTSC NTSC

SYSTEM BROADCAST SSTEM M M

AUTO CLOCK O O

DVD-RAM O O

DVD-R O O

DVD-RW O O

VIDEO MPEG-2 MPEG-2

AUDIO 2ch 2ch

RECORER DVD-RAM/-R(4.7GB) O O

FUNCTION HDD - -

Flexible Recording O OOTR O O

Time Slip O O

VCR+Plus -/- -/-

Quick Dubbing - -

EPG(Gemstar) - -

IR Blaster - -

Play Lis O O

SUB Auto Chaptering - -FUNCTION JPEG Browser with BG music - O

DV Input O O

10in2 Memory Slot - -

DVD-RAM/-R/-RW O/O/(O) O/O/(O)

DVD-Video/VCD/CD-DA O/O/O O/O/O

CD-R/RW O/O O/O

PLAYBACK Music CD O O

FUNCTION MPEG4/Divx -/- -/-

Multi Memory Card - -

Progressive Scan Output O O

Upscaling(720P/1080i) - -

DV/LINE1/LINE2/CH O/O/O/O O/O/O/O

Video Input 2ea 2ea

Video Output 1ea 1ea

DVINV

S-VIDEO-IEO

VIDEOIEO

LASTST MARKARK PIPI INPUTPUT TIMESLIPIE L

MODEODE

RECECCHH CHH

L(MONO)-AUDIO-R O N O ) - U D I -

DVD RECORDER DVD R100

L2IN


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2-3 Option Product Specification

Descript ion Fig Descript ion

RemoteControl

Batteries forRemot e Control

RF Cable

Video/AudioCable

Parts No

AK59-00012H

AC43-12002H

AK68-00686A

AC39-00073A

AC39-42001J

Remark

Qwner's Instructions

M odel Standard of

DVD-R120/AXAX

M odel Standard of

DVD-R120/AXAX

M odel Standard of

DVD-R120/AXAX

M odel Standard of

DVD-R120/AXAX

M odel Standard of

DVD-R120/AXAX


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2-4 Introduction to DVD

2-4-1 The Definition of DVD

DVD is the next generation medium and is the acronym of the Digital Versatile Disc or thr Digital Video Disc,which maximizes the saving density of the disk surface using the MPEG-2 compression technology to enable thestorage of 17G bytes of data on the same size CD.

1) 7 times the storage capacity of the conventional CD

•

Minimized the track pitch and pit size to 1/2 of conventional CD.•Uses red laser with short-wavelenght of 650nm (635nm).

• DVD Vs. CD-ROM

CD-ROM CD-R/RW DVD-ROM DVD-R/RW DVD-RAM

Disc Thickness 1.2mm 1.2mm 0.6* 2mm 0.6* 2mm 0.6* 2mm

Lens NA 0.45 0.45(0.5) 0.6 0.6 0.6

Laser wavelenght 780um 780um 650um 650um 650um

Track pitch 1.6pm 1.6pm 0.74pm 0.74pm 0.615pm

Capacity 0.65GB 0.65GB 4.7GB 4.7GB 4.7GB

Track structure Pit t rain Groove Pit t rain Groove Land/ Groove

2) Disc FormatsDVD consists of two 0.6mm discs attached together, enabling access to the upper and lower side of the disk,and 4 sides could be used at maximum.

Single Layer : 4.7GByte

Polycarbonate

Label

Bonding layerReflective layer

Polycarbonate

LabelPolycarbonate

Bonding layerReflective layer

Semi-reflective layer

Polycarbonate

Dual Layer : 8.5GByte


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2-4-2 DVD Types

FORMAT TYPE APPLICATIONS

DVD-Video Pl ayb ack On ly Hi gh qu al it y i mag e a nd so un d f or mo vi es an d o the r vi de o m ed ia.

DVD-ROM Re ad On ly M u l ti -f un ct io na l, m ul ti -m id ia sof tw a re t ha t req ui re s l arge st orag e cap aci ty.

DVD-Audio Pl ayb ack On ly Hi gh qu al it y sou nd th at exce eds th e CD, m ul ti -ch an ne l A ud io.

DVD-R 1 Tim e Recording A s w it h CD-R, w rit e only once

DVD-RAMRew rit able This can be virt ual ly used as hard-disk, w it h a random

(more than 100,000times) read-writ e access

Rew rit able Similar t o DVD-RA M except than it s t echnology f eat uresDVD-RW

(Abou t 1000t imes) a separated read-wr ite access more l i ke phonograph than a hard d isk.


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2-5 DVD-Video Fromat

2-5-1 Main Features

1) Able to store up to 160 minutes of Movie by utilizing the MPEG-2 compression technology. ( Aver. 133min.)

2) Enables more than 500 lines of horizontal resolution. (Class corresponding to the Master Tapes used in broadcasting stations)

3) Provides Dolby Digital 5.1ch Surround 3D sound, which enables theater quality sound (NTSC area).

• For PAL areas, 1 of either MPEG-2 Audio or Dolby Digital must be selected.

4) Multi-Language

• Able to store up to 8 languages of dubbing.

• Able to store up to 32 subtitle languages.

5) Multi-Aspect Ratio3TV Mode alternatives ; 16:9 Wide Screen (DVD Basic)/4:3 Pan & Scan/Letter Box.

6) Multi-StoryPossible to implement Interactive Viewing which enables the user to select the scenario.

7) Multi-AngleAble to view the camera angle you selected among the scenes recorded with multiple camera angles.

Note ; The above media features must have the DVD Title that contains the appropriate contents to function

properly.

2-5-2 Audio & Video Specifications

Classification DVD-Video Video-CD LD

Compression M PEG-2 M PEG-1Analog

Pixel 720 x 480 352 x 240

VIDEOHorizontal resolut ion M ax. 500 Lines M ax. 250 Lines M ax.420 Lines

Compression rate 1/ 40 1/ 140Analog

Transmission speed M ax. 9.8M bps (variable) 1.15M bps (f ixed)

TV aspect 16:9 / 4:3 4:3 4:3


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2-5-3 Detailed Feature

As the storage capacity increases, the DVD-Video separates the main data and the additional data such as theMulti-Function into different data areas, enabling the control of time-data ratio to provide the format that enablesthe flexible Software development

•

1 Movie (3.5Mbps)+ Subtitle (1 Language)+ Surround Audio (1 Language)= 160min storage (4.673Gbytes)

• 1 Movie (3.5Mbps)+ Subtitle (4 Language)+ Surround Audio (4 Language)= 160min storage (4.680Gbytes)

• 1 Music Video (4Mbps)+ 2ch High quality Audio (96kHz/24bit)= 72min storage (4.648Gbytes)

DVD-Video Feature 1 When Developing the DVD Software, various addition and modification is possible.

DVD-Video uses the variable compresion technology, the MPEG-2 to compress the moving image optimally, mini-mizing the Data loss to Provide a clear, natural screen while increasing the storage time.

DVD-Video Feature 2 Application of the MPEG-2 compression technology.

• MPEG-2 (Variable compression : Max. 1/40)

• Field unit compression.

DVD-Video• Compression rate change according to the amount of Data.•Differentiates the still image anf the moving image

compression rete, reducing Data loss and enablesefficient compression.

Time

Amount of data

L


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DVD-Video can store the audio using the 5.1ch Dolby Digital compression or the advanced Liner PCM method,providing the better-than-CD quality and theater like audio quality.

• DTS (Digital Theater System)Home theatre and music playback in the home, DTS provides high quality 5.1-channel surround sound withmany extras not offered by other consumer formats. As well as handling DTS-branded releases from a growingnumber of music labels and consumer software producers, DTS provides enhanced 6.1 matrix and DTS 6.1

discrete decoding that envelopes the listener in sound. DTS technology is featured in a wide cross section of receiver/pre-amplifiers, DVD players and and add-on components from leading consumer audio vendors

• Dolby Digital (AC-3)

- Unlike the traditional Dolby pro-Logic method, the Dolby Digital method separates all 5 main channels(Front L/R, Center, Surround (Rear) L/R)and the Sub woofer to provide live surround audio.

- Using the Down Mix method, the conventional Dolby Pro-Logic and Stereo are all compatible.

- Each separated channels are played back at CD quality sound. (Frequency band: 20Hz ~ 20KHz)

• Linear PCM (Pulse Code Modulation)

- Provides the high quality Digital sound without the audio data compression.

- Various Digital Recordings are possible as shown in the table to the right.

DVD-Video Feature 3 High quality surround audio.

Sampling Frequency Bit Rate

16bit

48KHz 20bit

24bit

16bit

96KHz 20bit

24bit

• Dolby Digital compatible Audio Mode

Audio CodingChannel Format

ModeFront Surround (Rear) Remark


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• Audio Dubbing - Max. 8 Languages

• Subtitle - Max. 32 Languages. Capable of storing, and selectiong.

• Linear PCM (Pulse Code Modulation)

DVD-Video Feature 4 Multi-Language

• Unlike the conventional VCD or LD, DVD-Video has the default of 16:9 Wide, and can be viewed using theconventional 4:3 TV, enabling the expansion of viewer selection capabilities.

• 16 : 9 TV : Wide Mode (16:9 Wide Full Screen)

• 4 : 3 TV : Letter Box Mode, Pan & Scan Mode

DVD-Video Feature 5 Multi-Aspect

4:3 Pan & Scan16:9 W ide 4:3 Letter Box

• Up to 9 angles of view may be stored, enabling the viewer to select a specific viewpoint at a given time.--> Especially, for the Music Video and Sports Title, this provides a more lively image of the scene.

DVD-Video Feature 6 Multi-Angle

Note ; Only enable to be worked correctly by an appropriate data supported this function in Disc.


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• DVD-Video provides the enviroment suitable for the bi-directional Software develoment, providing multiplescenarios. This feature enables the Multi-Story function.

DVD-Video Feature 7 Multi-Story

• For the titles that are not suitable for children viewing, Parental Locks are set, requesting user definedpasswords for viewing

• Parential Locks may be set on specific frames of the Title, enabling the player to skip those frames duringplayback.

OPTION Parental Lock

• Classify the world into 6 regions, and if the DVD Title and the Player’s “Reginal Code” do not agree, playbackis prohibited.

• Regionnal Coding is optional for the Soft developers (Region 0 All Code), but the Hardware developers

must adopt the appropriate regionnal code for sale.

• Region 1 : The United States and its territories, Canada.

• Region 2 : Europe, Japan, Greenland, Egypt, South Africa, the Middle East.

• Region 3 : Taiwan, Hongkong, Korea, South East Asia.

• Region 4 : Mexico, South America, Australia, New Zealand.

• Region 5 : Russia, Eastern Europe, India, Africa.

• Region 6 : China. • Region 0 : Worldwide (All Code)

COPYRIGHT Regional Code & Macrovision

Œˆ


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• The image quality of the DVD-Video may vary accoring to the quality of the Master and the Authoring Process

• The image quality of the DVD-Video varies according to the Digital Mastering Source such as theconventional LD, VCD, or Original Film.

• Different Authoring Process are used accoring to the Software developers, and this may affect theDVD image quality.

• Authoring Process

Remark DVD-Video Authoring Process

Video/AudioMaster

Surround AudioMaster

SubtitleMaster

MPEG-2Encoding

AC-3/MPEG AudioEncoding

CuttingMaster

DiscProduction

SubtitleEncoding

Authoring Process

Video/AudioSubtitle

Multiplexing

bit stream

bit stream

bit stream


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MEMO


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3. Software Update

3-1 Drive Firmware Update

3-1-1 Introduction

W hen you can not record and play on specific recording media (especially on new ly available DVD-RAM , DVD-RW or DVD-R).

3-1-2 How to make an update disc

• Write the downloaded file onto a blank CD-R or CD-RW disc, using the following settings :

1) Download the software update file from the samsung internet site. (www.samsung.com)

2) Write the file t o disc using the CD-RW of your computer.

• Recommended Application Program- Nero Burning / Easy CD Creator ..etc• Op ti on

- Name : SDM2224- Extension na me : “ * .REC”- M ult isession : No M ult isession- File name lenght : M ax. of 11 = 8 + 3- Format : M ode 1- Character set : ISO 9660 or Joliet Format

- CD Close & Dise at once

N O T E

It is very important : please read the below notice below before upditang your unit.

The follo w ong events m ay interrup t the upd ate process and M AY RESULT IN PERM AN ENT DAM AGE TO THE UNIT W HILE UPDATING

! Unplugging the power cord.

@ Pow er Outage.

# Dirt or Scratches on the disc.

$ Opening a disc tray during processing.

WARNING


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Software Update

Fig. 3-1

* If you don’t see the message above, try another disc. Generally, this is caused by disc quality and by disc creating problem.

4) Press the ENTERbutton on the remote control (Fig. 3-2).

Fig.3-3

5) It takes about 1~2 minutes to complete the update.The message below will be displayed in the screen after update is completed and the tray will open automatically.

Drive Update

Do you want to update drive-f irmware?

Version: Xx.X.R120 -> XX.X.R120

NoYes

Atfer checking old and new version, select “Yes” or “No”

wi t h “ ” or “ ” on the remote control.

* The Version is indicated by “ XX.X modelname”

You will see “LOAD” on FLT Display.

Drive Update

Now, processing...

please, do not turn off the pow er.

1) Press OPEN/CLOSE to open the disc tray.

2) Insert the update CD-R disc wit h the softw are update, labelfacing up.

3) Press OPEN/CLOSE to close the disc tray.

* It takes about 1~2 minites before the mesage below appears.

Fig. 3-2 Remote Control


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Software Update

3-2 Flash Update

3-2-1 Introduction

When you encounter the problem which is not related in drive firmware necessity.

3-2-2 How to make an update disc

Write the downloaded file onto a blank CD-R or CD-RW disc, using the following settings :

1) Download the software update file from the samsung internet site. (www.samsung.com)

2) Write the file t o disc using the CD-RW of your computer.

• Recommended Application Program- Nero Burning / Easy CD Creator ..etc

• Op ti on- M ult isession : No M ult isession- CD close & disc at once- ISO 9660 or joliet format- Extension nam e : “* .RUF”

• In order to increase dise playability, add a dummy file (over 100M B) together w ith the lat est program.(The dummy file can be used any kind of fi le except M P3 file etc w hich can be played in the unit and w e recommend to use a file w hinextension name as “*.dmy”, which can be changed from original one.)

N O T E

It is very important : please read the below notice below before updating your unit.

The follo w ong events m ay interrup t the up date process and M AY RESULT IN PERM AN ENT DAM AGE TO THE UNIT W HILE UPDATING

! Unplugging the power cord.

@ Pow er Outage.

# Dirt or Scratches on the disc.$ Opening a disc tray during processing.

WARNING


27/95

Software Update

Fig. 3-6

* If you don’t see the m essage above, try another disc.Generally, this is caused by disc quality and by disc creating problem.

4) Press the ENTERbutton on the remote control (Fig. 3-7).

Fig. 3-8

5) It takes about 5 minutes to complete the update.The message below will be displayed in the screen after update is completed and the tray will open automatically.

* If the message to the left isn’t displayed after 10minutes

Atfer checking old and new version, select “Yes” or “No”

wi t h “ ” or “ ” on the remote control.

* The Version is indicated by “YYM M DD.xx modelname”

Flash Updat e

Do you want t o update f lash memory?

Version : YYM M DD.xx.R120

-> YYM M DD.xx.R120

NoYes

Flash Updat e

Now , Processing...

Plase. do not turn off the power.

1) Press OPEN/CLOSE to open the disc tray.

2) Insert the update CD-R disc wit h the softw are update, label

facing up.

3) Press OPEN/CLOSE to close the disc tray.

Fig. 3-7 Remote Control


28/95

4. Disassembly and Reassembly

4-1 Cabinet and PCB

4-1-1 Top Cabinet Removal

1) Remove 3 ScrewsŒ.

2) Lift up the Top Cabinet in direction of arrow.

Œ 3 SCREW S(W 3 x 10)

Note : Reassembly in reverse order.


29/95

Disassembly and Reaasembly

ˇ 2 HOOKS

ˆ A SS'Y FRONT-CABIN ET

´ 1 HOOK

Œ 1 HOOK

¨ 2 HOOKS

Fig. 4-2 Ass’y Front-Cabinet Removal

4-1-2 Ass’y Front-Cabinet Removal

1) Release 6 HooksŒ,´,ˇ, ¨ and Ass’y Front-Cabinetˆ.


30/95


ASS'Y-DECK

Œ 2 SCREW S ´ 2 SCREW S(Y 3 x 10)

(Y 3 x 6 )

4-1-3 Ass’y Deck Removal

1) Remove 4 ScrewsŒ,´ from the Ass’y Deck and lift it up.


31/95


Œ 2 SCREW S (Y 3 x 6 )

´ M AIN PCB

¨ 1 SCREW

ˇ 4 SCREW S

(Y 3 x 6 )

(Y 3 x 10 )

ˆ SM PS PCB

4-1-4 Main PCB and S.M.P.S. PCB Removal

1) Remove 2 ScrewsŒ, from the Main PCB´ and lift it up.

2) Remove 5 Screwsˇ ,¨ from the S.M.P.S. PCBˆ and lift it up.


32/95


4-1-5 Jack PCB Removal

1) Remove 5 ScrewsŒ,´ from the Jack PCBˇ and lift it up.

Œ 4 SCREW S (Y 3 x 6 )

´ 1 SCREW

(W 3 x 6 )

ˇ J ACK PCB

Fig. 4-5 Jack PCB Removal


33/95


4-1-6 DC FAN Removal

1) Remove 2 ScrewsŒ, from the DC Fan´ and lift it up.

´ DC FAN

(B 3 x 10 )Œ 2 SCREWS

Fig. 4-6 DC FAN Removal


34/95


4-2 PCB Location

Fig 4-7 PCB Locati on

S.M.P.S. PCB

MAIN PCB

JACK PCB


35/95


MEMO


36/95

PAFT1 is normal?

Check feed back PQIZ1

Change fuse

No

No

Change short circuited oropened parts

No

No

Check 2st volt age

Yes

Yes

Yes

Yes

NO Power Detected(Stand by LED OFF)

PVDLL1, PSDZ1

PFZZ1, PVZL1SHOR and OPEN

Are normal?

Is there voitage at

Collector ofPPQQX1

Operation of PQQX1 isNormal?

Replace PQQX1

5. Troubleshooting


37/95

Troubleshooting

Check the Cable

No

No

Yes

Yes

Yes

There's no Digital Audio Out

Check Current Digi tal Audio

Setting is PCM .

ChecK Digital Audio dat aat pin 10 of CN4

(M AIN PCB)

Check 5V AVJ5

NoReplace AVJ5

Replace M ain PCB

Set the BitstreamCheck the A/V Receiver

can Decode Current

Bit-Steam

No

Yes

AUDIO DATA

T bl h ti


38/95

Troubleshooting

Pin3 in VIC1 is

In high state?

Check the RCA cable

No Check the connection betweenVIC1(PIN3) and IC601(PIN10).

Check VIC1 peripheral circuit .

Pin5 in VIC1 isIn Low state?

No

No

Check the VR01A :0 ohm

/ VR01 :OPEN

Video signal of

About P-P1V appears atOutput Jack?

Check the connection betw eenVIC1 and outpu t jack.

Yes

Yes

Yes

CVBS (Video) output error

# IF Recorder is u nder PSO (progressive scan output ) M ODE, it does not output the CVBS& S-Video signal.t

CVBS(Color-bar)

Troubleshooting


39/95

Troubleshooting

No

No

Analog signals areInputted normally

VIC1(pin2/6)

No

No

No

Check the connection betweenVIC1(pin1 ,28) and Pow er li ne (FD6,VL6).

Power i sNormal(5v) at VIC1(pin1,28)?

Pin3 in VIC1 is

In high state?

Check the connection between

VIC1(PIN1 3) an d IC601(PIN10 ).Check VIC1 peripheral circui t.

Check the connection betw een

VIC1 and outpu t jack.

Yes

Yes

Yes

Yes

S-Video output error

10Pin and 8Pin in CN3 ofJack PCB or CN2 of M ain PCB

has normal level?

Video signal ofAbout P-P1V appears at

Output Jack?

Check the DIC1 on M AIN B/ D.


10Pin and 8 Pin in CN3 Of JACK PCBand VIC1

# IF Recorder is under PSO (progressive

scan output) M ODE, it does not out put the CVBS& S-Video signal.

Troubleshooting


40/95

Troubleshooting

Pin 15 In IC201

Has normal level?

Pin 13 In IC201

Has normal signal?

Check the connection betweenPin 15 in IC201 and L2 Pin-Jack.

No

No

Check Pin 16 in IC201

of input power(5V).

Yes

Yes

Line2 CVBS Video Input Error

TIC1-Clock TIC1-DATA

A

Troubleshooting


41/95

Troubleshooting

Pin 14 In IC201

Has normal level?

Pin 13 In IC201

Has normal signal?


Pin 14 in IC201 and L1 Pin-Jack.

Check Pin 16 in IC201

of input power(5V).

No

No

Pin 9 / 10 in IC201 is

In Low and high state

Respectively?

No

No

No

Check the connection between Pin 9 and

Pin 10 i n IC201 and Pin 92 a nd 91 in IC601.

Pin80 in TIC1 of M ain PCB

has normal level?

Pin40 and pin 54~43 in TIC1

of M ain PCB has Clock and

Di i l Vid Si l

Check the connection between Pin 80 in

TIC1 of M ain PCB and Pin 13 in IC201.

Check TIC1 peripheral circuit.

Yes

Yes

Yes

Yes

Line1 CVBS Video Input Error

Pin9/10L/L : RF SignalL/H : Line1H/ L : Line2H/ H : Reserved

CVBS(Color-bar)

A

Troubleshooting


42/95

g

Change main PCB

Check the connection between pin 36and42 in TIC1 and L1 S- video j ack

No

Check TIC1 peripheral circuit.

Pin36 an d 42 i n TIC1of M ain PCB has

normal level?

Yes

Line1 S-Video Video Input Error

Pin40 and pin 54~43 in TIC1of M ain PCB has Clock and

Digital Video Signal

normal level ?

No

Yes

Troubleshooting


43/95

Tuner input line signa l is OK?

(jack PCB)

Supplied power fortuner is OK?

Tuner line conne ct TV directly

No

No

Pin 3 : 5V pin 14 : 33V check it s line(jack PCB)

Yes

Yes

Sync. detect signal i s OK?

( W040 2Vp-p)

No Check TIC2 or it s around elem ents

(jack PCB)

Yes

Tuner Video Input Error

A

Troubleshooting


44/95

2/4/ 6Pin in CN3 of

Jack PCB or CN2 of M ain PCBhas normal level?

Analog signals are

Inputted normallyVIC1(pin10/12/14)

Check the DIC1 on M AIN B/ D.

No

No

Check the connection betw een 2/4/ 6 Pinin CN3 Of J ACK PCB and VIC1

Power isNormal(5v) at VIC1(pin1,28)?

No

No

Check the connection betw eenVIC1(pin1 ,28) and Pow er li ne (FD6,VL6).

Video signal ofAbout P-P1V appears at

Output Jack?

Check the connection betw een

VIC1 and output jack.

Yes

Yes

Yes

Component output error

Yes

NoPin13 in VIC1 isIn high state?

Check the connection betw eenVIC1(PIN3) an d IC601(PIN89 ).

Check VIC1 peripheral circui t.

Troubleshooting


45/95

Check the select si gnal pin9,10of IC203(JACK PCB)

Check the passive part saround jack pin.

No

No

No

No

Yes

Yes

Yes

Yes

Audio Input is not Recording

Check all t he 12Vccpin 16 of IC203 and 12Vcc of CN10

A IC4(JA CK).

Check the 3.3V pin14and 5V pin5 of AU5

(MA IN PCB)

Check Digital clock and datapin 10, 11, 12, 15 of

AU5(M AIN PCB)

Check pin 90,91 of t he Front M rcomIC601 (JACK PCB)

Check SM PS

Replace M ain PCB

Replace M ain PCB

Digital clock(10) Digital clock(11) Digital clock(12) Digital clock(15)

Troubleshooting


46/95

Check he audio signalAR413 and A R437

(JA CK PCB)

Check all t he 5V pin8of AU2

(M AIN PCB)

Check the passive part sarond Jack pin.

Check the Low state pin22 of theFront M icom IC601(JACL PCB)

No

No

Check SM PS

Check the audio signal pin7pin8 of AU2(M AIN PCB)

No

No

Replace M ain PCB

Check digit al clock anddata pin1, 2, 3, 16 of AU2

(MA IN PCB)Replace M AIN PCB

Yes

Yes

Yes

Yes

There is no Audio Output

AUDIO DATA

Troubleshooting


47/95

Tuner input line signalis OK?

IIC line (SCL,SDA) fromfront micom is OK?

Change IC601 or checkaround elements

Tuner line connect TV directly.

No

No

Check the IIC line

Does TY2 make 14.31 M hz signal? (jack PCB)

NoCheck TY2 or around elem ents

Yes

Yes

Yes

EDS is abnormal

Troubleshooting


48/95

Are M ain and deckpower OK?

(5v, 12v)

Is the 40pinFFC cable(betw eenmain & deck)

inserted correctly?

Check he pow er

No

No

Reinsert FFC cable correctly

Is the wavefromof DIC3 pin26 normal?

(MA IN PCB)

No

Yes

Yes

Yes

Disc Ioading error

Change the M ain board

Change the deck

DIC3-Pin26

Troubleshooting


49/95

Tuner input line si gnal(pin16)is OK? (Jack PCB)

Supplied power fortuner is OK?

pin3:5Vpin14: 33V

Refer to video line in abnormal

Tuner line connect TV directly

No

No

Pin 3 : 5V pin 14 : 33V check it s line(jack PCB)

NoVideo signal of TE14 is OK?

(jack PCB)

Check IC203 or it s around element s(jack PCB)

Yes

Yes

Yes

Tuner Video Out Abnormal

Tuner Video

Troubleshooting


50/95

Tuner line signal is OK?

Supplied pow erfor IC4N01 (5V,8V)is OK?

(jack PCB)

If TIC1 is normal , refer toaudio line in abnomal

Tuner line connect TV directly.

No

No

Check its pow er line or around elements

4.5MHz signal from 13 pinof t uner(TM 1) is OK?

No

No

Check the SIF signal or tuner

Does TY1 make18.432M hz signal?

(jack PCB)

Check TY1 or around elem ents

Yes

Yes

Yes

Yes

Tuner Audio Out Abnormal

Tuner Audio

Troubleshooting


51/95

KRM C1(pin1) signa lis OK? (SM PS PCB)

IC601(pin5) signalis OK? (Jack PCB)

Change IC601 or arocw d element s

Check the pow er(pin2) lineorchange KRMC1.

No

No

Check the signal line or arocwd elements.

Yes

Yes

Remocon mpat error


52/95

6. Exploded View and Parts List

6-1 Cabinet Assembly (DVD-R120 Only) - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

6-2 Cabinet Assembly (DVD-R121 Only) - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Page

6-2

6-4

Exploded View s and Parts List


53/95

6-1 Cabinet Assembly (DVD-R120 Only)

C001

A001

W275

W275

W009

W275

W009

W275

W272W268

P001

P003

P022

S.N.A

P025

P030

W271

H001

C015

S.N.A.: Service Not Available



54/95

Loc. No Parts No. Description ; Specification Q ty S.N.A Remark

A001 AK59-00012H REM OCON-ASSY;DVD-R120,XAA,-,-,44,-, 1 SA

C001 AK97-01197E ASSY CABINET-FRONT;ASSY,DVD-R120/ XA 1 SA

C002 AK64-01135A DOOR-TRAY;DVD-R120,ABS 94HB,T2.5,H2 1 SA

C011 AK61-00137A SPRIN G ETC-DOOR;DVD-R4000,COIL,,,,, 1 SA

C015 AK64-01069B CABINET-TOP;DVD-R120,PCM ,T0.6,W 430, 1 SA

C022 AK64-01140A DOOR-FRONT;DVD-R120,ABS 94HB,T2,H40 1 SA

H001 AK97-01211A ASSY-ASSY LOADER DRIVE;-,SV-R250,AS 1 SA

P001 AK92-00768A ASSY PCB-M AIN;DVD-R120A/ XAA,M AIN PC 1 SA

P003 AK94-00053E ASSY PCB-SM PS;DVD-R120/ AXAX,SM PS PC 1 SA

P022 AK92-00769B ASSY PCB-JACK;DVD-R120/ AXAX,JACK PC 1 SA

P025 AC39-10200A CBF-POW ER CORD;AT,-,EP2/ N,HOUING(2P 1 SA

P030 3103-001158 FAN -DC;12V,20mA,2000rpm,0.125m^ 3/ mi 1 SA

W 009 6003-000276 SCREW -TAPTITE;BH,+,-,B,M 3,L10,ZPC(Y 3 SA

W 268 6003-000254 SCREW -TAPTITE;BH,+,-,S,M 3,L6,ZPC(W H 1 SA

W 271 6009-001411 SCREW -SPECIAL;TH,+,-,M 5,L14,NI PLT, 2 SA

W 272 6003-001464 SCREW -TAPTITE;BH,+,B,M 3,L10,ZPC(W HT 3 SA

W 275 6003-001561 SCREW -TAPTITE;BH,+,-,B,M 3,L6,ZPC(YE 11 SA



55/95

6-2 Cabinet Assembly (DVD-R121 Only)

W275

W275

W275

W009

W275 W009

W272

P030

P025

C015

P003

P022

C001 A001

P001

H001

W268

W271

S.N.A

S.N.A.: Service Not Available



56/95

A001 AK59-00012H REM OCON-ASSY;DVD-R120,XAA,-,-,44,-, 1 SA

C001 AK97-01137G ASSY CABIN ET-FRONT;HIPS 94HB,DVD-R1 1 SA

C002 AK64-01060A DOOR-TRAY;DVD-R121,ABS 94HB,T2,H18, 1 SA

C011 AK61-00137A SPRIN G ETC-DOOR;DVD-R4000,COIL,,,,, 1 SA

C015 AK64-01069B CABINET-TOP;DVD-R120,PCM ,T0.6,W 430, 1 SA

C657 AK64-01061B DOOR-JACK;DVD-R121,ABS 94HB,T2,H23, 1 SA

H001 AK97-01211A ASSY-ASSY LOADER DRIVE;-,SV-R250,AS 1 SA

P001 AK92-00768A ASSY PCB-M AIN;DVD-R120A/ XAA,M AIN PC 1 SA

P003 AK92-00807A ASSY PCB-SM PS;DVD-R120/ AXAX,SM PS PC 1 SA

P007 AK94-00048A ASSY PCB-KEY;DVD-R100,RECORDER 1 SA

P022 AK92-00769B ASSY PCB-JACK;DVD-R120/ AXAX,JACK PC 1 SA

P025 AC39-10200A CBF-POW ER CORD;AT,-,EP2/ N,HOUIN G(2P 1 SA

P030 3103-001158 FAN -DC;12V,20mA,2000rpm,0.125m^3/ mi 1 SA

W 009 6003-000276 SCREW -TAPTITE;BH,+,-,B,M 3,L10,ZPC(Y 5 SA

W 268 6003-000254 SCREW -TAPTITE;BH,+,-,S,M 3,L6,ZPC(W H 1 SA

W 271 6009-001411 SCREW -SPECIAL;TH,+,-,M 5,L14,NI PLT, 2 SA

W 272 6003-001464 SCREW -TAPTITE;BH,+,B,M 3,L10,ZPC(W HT 3 SA

W 275 6003-001561 SCREW -TAPTITE;BH,+,-,B,M 3,L6,ZPC(YE 11 SA

Loc. No Parts No. Description ; Specification Q ty S.N.A Remark


MEMO


57/95

MEMO


58/95

P001 AK92-00768A ASSY PCB-MAIN;DVD-R120A/XAA,MAIN PC 1 SAA C1 2 20 3- 00 51 48 C- CER, CH IP;1 00 nF,1 0% , 16 V, X7 R,TP,1 60 1 SAA C1 0 2 20 3- 00 51 48 C -CER, CH IP;1 00 nF,1 0% ,1 6V, X7 R,TP, 16 0 1 SAA C1 1 2 20 3- 00 15 54 C- CER, CH IP;1 .8 nF,1 0% ,5 0V,X7 R,TP, 16 0 1 SAA C1 2 2 20 3- 00 04 91 C- CER, CH IP;2 .2 nF,1 0% ,5 0V,X7 R,TP, 16 0 1 SA

A C1 3 2 20 3- 00 07 83 C -CER, CH IP;0 .3 3N F,5 % ,5 0V,C0 G,TP, 16 0 1 SAA C1 4 2 20 3- 00 04 91 C- CER, CH IP;2 .2 nF,1 0% ,5 0V,X7 R,TP, 16 0 1 SA

A C1 5 2 20 3- 00 04 91 C- CER, CH IP;2 .2 nF,1 0% ,5 0V,X7 R,TP, 16 0 1 SAA C1 6 2 20 3- 00 02 36 C- CER,CH IP;0 .1 nF,5 %,5 0V,C0G,1 60 8 1 SAA C1 7 2 20 3- 00 15 54 C- CER, CH IP;1 .8 nF,1 0% ,5 0V,X7 R,TP, 16 0 1 SA

A C2 2 20 3- 00 51 48 C- CER, CH IP;1 00 nF,1 0% , 16 V, X7 R,TP,1 60 1 SAA C3 2 20 3- 00 04 91 C- CER, CH IP;2 .2 nF,1 0% ,5 0V,X7 R, TP,1 60 1 SAA C4 2 20 3- 00 51 48 C- CER, CH IP;1 00 nF,1 0% , 16 V, X7 R,TP,1 60 1 SAA C5 2 20 3- 00 04 91 C- CER, CH IP;2 .2 nF,1 0% ,5 0V,X7 R, TP,1 60 1 SAA C6 2 20 3- 00 51 48 C- CER, CH IP;1 00 nF,1 0% , 16 V, X7 R,TP,1 60 1 SA

A C7 2 20 3- 00 07 83 C- CER, CH IP;0 .3 3N F,5 % ,5 0V,C0 G,TP, 16 0 1 SAA C8 2 20 3- 00 51 48 C- CER, CH IP;1 00 nF,1 0% , 16 V, X7 R,TP,1 60 1 SA

A C9 2 20 3- 00 02 36 C- CER,CH IP;0 .1n F,5 %,5 0V,C0G,1 60 8 1 SAA R1 2007-000084 R-CHIP;4.7Kohm,5% ,1/ 10W ,TP,1608 1 SAA R1 0 2 00 7- 00 00 84 R- CH IP;4.7 Ko hm ,5 %,1/ 10 W,TP,1 60 8 1 SA

A R1 1 2 00 7- 00 00 84 R- CH IP;4.7 Ko hm ,5 %,1/ 10 W,TP,1 60 8 1 SAA R12 2007-000080 R-CHIP;2Kohm ,5% ,1/ 10W ,TP,1608 1 SAA R13 2007-000080 R-CHIP;2Kohm ,5% ,1/ 10W ,TP,1608 1 SAA R1 4 2 00 7- 00 00 84 R- CH IP;4.7 Ko hm ,5 %,1/ 10 W,TP,1 60 8 1 SAA R1 5 2 00 7- 00 00 82 R- CH IP;3.3 Ko hm ,5 %,1/ 10 W,TP,1 60 8 1 SA

A R16 2007-000090 R-CHIP;10Kohm,5% ,1/ 10W ,TP,1608 1 SA

A R17 2007-000090 R-CHIP;10Kohm,5% ,1/ 10W ,TP,1608 1 SAAR2 2007-000029 R-CHIP;0ohm,5% ,1/ 8W ,TP,2012 1 SAA R3 2007-000122 R-CHIP;1.2Kohm,5% ,1/ 10W ,TP,1608 1 SAA R4 2007-000084 R-CHIP;4.7Kohm,5% ,1/ 10W ,TP,1608 1 SA

A R5 2007-000082 R-CHIP;3.3Kohm,5% ,1/ 10W ,TP,1608 1 SAA R7 2007-000084 R-CHIP;4.7Kohm,5% ,1/ 10W ,TP,1608 1 SAA R8 2007-000080 R-CHIP;2Kohm ,5% ,1/ 10W ,TP,1608 1 SAA R9 2007-000122 R-CHIP;1.2Kohm,5% ,1/ 10W ,TP,1608 1 SAATC1 2 40 2- 00 10 42 C- AL, SM D ;1 00 uF, 20 % ,1 6V,GP,TP,6 .6 x6 . 1 SA

ATC2 2 40 2- 00 01 76 C- AL, SM D ;1 0u F,2 0% ,1 6V,GP, TP,4 .3 x4 .3 1 SA

ATC3 2 40 2- 00 10 42 C- AL, SM D ;1 00 uF, 20 % ,1 6V,GP,TP,6 .6 x6 . 1 SAATC4 2 40 2- 00 01 76 C- AL, SM D ;1 0u F,2 0% ,1 6V,GP, TP,4 .3 x4 .3 1 SAATC5 2 40 2- 00 00 07 C- AL, SM D ;2 2u F,2 0% ,6 .3 V, GP,TP, 4.3 x4 . 1 SAATC6 2 40 2- 00 01 76 C- AL, SM D ;1 0u F,2 0% ,1 6V,GP, TP,4 .3 x4 .3 1 SA

ATC7 2 40 2- 00 01 76 C- AL, SM D ;1 0u F,2 0% ,1 6V,GP, TP,4 .3 x4 .3 1 SAATC8 2 40 2- 00 01 76 C- AL, SM D ;1 0u F,2 0% ,1 6V,GP, TP,4 .3 x4 .3 1 SA

C1 07 24 04 -0 00 28 4 C- TA ,CHIP;1 0uF,2 0% ,1 6V,- ,TP,3 52 8 1 SAC1 08 2 20 3- 00 51 48 C- CER,CH IP;1 00 nF,1 0% ,1 6V,X7 R, TP, 16 0 1 SAC1 09 24 04 -0 00 28 4 C- TA ,CHIP;1 0uF,2 0% ,1 6V,- ,TP,3 52 8 1 SA

C1 1 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC1 10 2 20 3- 00 51 48 C- CER,CH IP;1 00 nF,1 0% ,1 6V,X7 R, TP, 16 0 1 SAC1 12 2 20 3- 00 51 48 C- CER,CH IP;1 00 nF,1 0% ,1 6V,X7 R, TP, 16 0 1 SAC1 13 2 20 3- 00 51 48 C- CER,CH IP;1 00 nF,1 0% ,1 6V,X7 R, TP, 16 0 1 SA

C1 14 2 20 3- 00 51 48 C- CER,CH IP;1 00 nF,1 0% ,1 6V,X7 R, TP, 16 0 1 SA

C1 15 2 20 3- 00 51 48 C- CER,CH IP;1 00 nF,1 0% ,1 6V,X7 R, TP, 16 0 1 SAC1 17 2 40 2- 00 01 76 C- AL,SM D ;1 0u F, 20 % ,1 6V,GP,TP, 4.3 x4 .3 1 S AC1 18 2 20 3- 00 51 48 C- CER,CH IP;1 00 nF,1 0% ,1 6V,X7 R, TP, 16 0 1 SAC1 19 2 40 2- 00 01 65 C- AL,SM D ;4 7u F, 20 % ,6 .3 V,GP, TP,5 .3 x5 . 1 S AC1 2 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SA

C1 3 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC1 4 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC1 5 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC1 6 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SA

C1 7 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SA

C1 8 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC1 9 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC2 22 03 -0 00 42 6 C- CER,CHIP;0 .0 18 nF,5 %,50 V,C0 G,1 60 8 1 SAC2 0 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC2 1 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SA

C2 2 2 20 3- 00 15 54 C- CER,CH IP;1 .8 nF, 10 % ,5 0V, X7 R, TP,1 60 1 S AC2 3 2 20 3- 00 15 54 C- CER,CH IP;1 .8 nF, 10 % ,5 0V, X7 R, TP,1 60 1 S AC2 4 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SA

C2 5 2 20 3- 00 15 54 C- CER,CH IP;1 .8 nF, 10 % ,5 0V, X7 R, TP,1 60 1 S AC2 6 2 20 3- 00 15 54 C- CER,CH IP;1 .8 nF, 10 % ,5 0V, X7 R, TP,1 60 1 S A

C2 7 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC2 8 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC2 9 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC3 2 20 3- 00 51 48 C- CER,CH IP;1 00 nF,1 0% ,1 6V,X7 R, TP, 16 0 1 S AC3 0 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SA

C3 1 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC3 2 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC3 3 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SA

C3 4 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC3 5 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SA

C3 6 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC3 7 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC3 8 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SAC3 9 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F,1 0% ,1 6V,X7 R, TP,1 60 1 SA

Loc.No Part No Description ; Specification Q’ty S.N.A Remark Loc.No Part No Description ; Specification Q’ty S.N.A Remark

7. Electrical Parts List

Electrical Parts List

L N P tN D i ti S ifi ti Q’t SNA R k L N P tN D i ti S ifi ti Q’t SNA R k


59/95

C5 4 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SA

C5 5 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC5 6 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC5 7 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC5 8 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC5 9 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SA

C6 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC6 0 2 40 4- 00 02 84 C- TA ,CHIP;1 0u F,2 0% ,1 6V,- ,TP,3 52 8 1 SAC6 1 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC6 2 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC6 3 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SA

C6 4 2 20 3- 00 04 40 C- CER,CH IP; 1n F,1 0% ,5 0V,X 7R,TP, 16 08 , 1 S AC6 5 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC6 6 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC6 7 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC6 8 2 20 3- 00 04 40 C- CER,CH IP; 1n F,1 0% ,5 0V,X 7R,TP, 16 08 , 1 S A

C6 9 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC7 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC7 0 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC7 1 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC7 2 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SA

C7 3 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC7 4 2 20 3- 00 04 40 C- CER,CH IP; 1n F,1 0% ,5 0V,X 7R,TP, 16 08 , 1 S AC7 5 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC7 6 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC7 7 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SA

C7 8 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC7 9 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC8 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC8 0 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC8 1 2 20 3- 00 04 40 C- CER,CH IP; 1n F,1 0% ,5 0V,X 7R,TP, 16 08 , 1 S A

C8 2 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC8 3 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC8 4 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC8 5 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC8 6 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SA

C8 7 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC8 9 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC9 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC9 0 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SA

C9 1 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SA

C9 2 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC9 3 2 20 3- 00 09 75 C- CER,CH IP; 47 nF,1 0% ,2 5V,X7 R, TP,1 60 8 1 SAC9 4 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAC9 5 2 20 3- 00 16 07 C- CER,CHIP;0 .2 2n F,5 %,50 V,N P0 ,1 60 8 1 SAC9 6 2 20 3- 00 06 26 C- CER,CH IP; 0.0 22 nF,5 % ,5 0V,C0 G, 16 08 1 SA

L1 9 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP, 13 3o h 1 SA

L2 2007-000033 R-CHIP;0ohm,5% ,1/ 4W,TP,3216 1 SAL3 3 30 1- 00 03 53 BEA D- SM D ;1 20 oh m,2 x1 .2 5x0 .9 mm ,- ,TP,- 1 SAL4 2007-000033 R-CHIP;0ohm,5% ,1/ 4W,TP,3216 1 SAL5 2007-000033 R-CHIP;0ohm,5% ,1/ 4W,TP,3216 1 SA

L6 2007-000033 R-CHIP;0ohm,5% ,1/ 4W,TP,3216 1 SAL7 2007-000033 R-CHIP;0ohm,5% ,1/ 4W,TP,3216 1 SAL8 2007-000033 R-CHIP;0ohm,5% ,1/ 4W,TP,3216 1 SAR10 2007-000084 R-CHIP;4.7Kohm,5% ,1/ 10W ,TP,1608 1 SAR102 2007-001014 R-CHIP;51OHM ,5% ,1/ 10W ,TP,1608 1 SA

R103 2007-001014 R-CHIP;51OHM ,5% ,1/ 10W ,TP,1608 1 SAR11 2007-000084 R-CHIP;4.7Kohm,5% ,1/ 10W ,TP,1608 1 SAR110 2007-001014 R-CHIP;51OHM ,5% ,1/ 10W ,TP,1608 1 SAR111 2007-001014 R-CHIP;51OHM ,5% ,1/ 10W ,TP,1608 1 SAR112 2007-001014 R-CHIP;51OHM ,5% ,1/ 10W ,TP,1608 1 SA

R113 2007-001014 R-CHIP;51OHM ,5% ,1/ 10W ,TP,1608 1 SAR114 2007-000090 R-CHIP;10Kohm,5% ,1/ 10W ,TP,1608 1 SAR12 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR13 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR14 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SA

R15 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR16 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR17 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR18 2007-000869 R-CHIP;4.7Kohm,1% ,1/ 10W ,TP,1608 1 SAR19 2007-000763 R-CHIP;330ohm,1% ,1/ 10W ,TP,1608 1 SA

R2 2007-000084 R-CHIP;4.7Kohm,5% ,1/ 10W ,TP,1608 1 SAR21 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR22 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR23 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR24 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SA

R25 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR26 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR27 2007-000468 R-CHIP;1Kohm,5% ,1/ 8W ,TP,2012 1 SAR28 2007-000029 R-CHIP;0ohm,5% ,1/ 8W ,TP,2012 1 SAR29 2007-000090 R-CHIP;10Kohm ,5% ,1/ 10W ,TP,1608 1 SA

R3 2007-000109 R-CHIP;1M ohm,5% ,1/ 10W ,TP,1608 1 SAR30 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR33 2007-000084 R-CHIP;4.7Kohm,5% ,1/ 10W ,TP,1608 1 SAR34 2007-000074 R-CHIP;100ohm,5% ,1/ 10W ,TP,1608 1 SAR35 2007-000074 R-CHIP;100ohm,5% ,1/ 10W ,TP,1608 1 SA

R36 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR37 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SAR38 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR39 2007-000077 R-CHIP;470ohm,5% ,1/ 10W ,TP,1608 1 SAR40 2007-000086 R-CHIP;5.6Kohm,5% ,1/ 10W ,TP,1608 1 SA

R41 2007 000102 R CHIP 100K h 5% 1/ 10W TP1608 1 SA



LocNo PartNo Description;Specification Q’ty SNA Remark LocNo PartNo Description;Specification Q’ty SNA Remark


60/95

R56 2 00 7- 00 75 52 R- CH IP;6.3 4Ko hm ,1 %,1 /1 0W ,TP,1 608 1 SAR57 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SA

R58 2007-001044 R-CHIP;56ohm,5% ,1/ 10W ,TP,1608 1 SAR6 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR60 2007-001044 R-CHIP;56ohm,5% ,1/ 10W ,TP,1608 1 SA

R61 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SAR62 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR63 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SAR65 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SAR66 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SA

R68 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SA

R7 2007-000084 R-CHIP;4.7Kohm,5% ,1/ 10W ,TP,1608 1 SAR70 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SAR71 2007-000083 R-CHIP;3Kohm ,5% ,1/ 10W ,TP,1608 1 SAR72 2007-000074 R-CHIP;100ohm,5% ,1/ 10W ,TP,1608 1 SA

R73 2007-000074 R-CHIP;100ohm,5% ,1/ 10W ,TP,1608 1 SAR75 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR76 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR77 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAR78 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SA

R79 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SA

R8 2007-000084 R-CHIP;4.7Kohm,5% ,1/ 10W ,TP,1608 1 SAR80 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR81 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR82 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SA

R83 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR84 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR85 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR86 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR87 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SA

R88 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SAR89 2007-000071 R-CHIP;22ohm,5% ,1/ 10W ,TP,1608 1 SAR9 2007-000084 R-CHIP;4.7Kohm,5% ,1/ 10W ,TP,1608 1 SAR90 2007-000071 R-CHIP;22ohm,5% ,1/ 10W ,TP,1608 1 SAR91 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SA

R92 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR93 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR94 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR95 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR96 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SA

R97 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR98 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SAR99 2007-000072 R-CHIP;47ohm,5% ,1/ 10W ,TP,1608 1 SARA 1 2 01 1- 00 05 15 R- NET;4 .7 Ko hm ,5 % ,1 / 16 W, L, CH IP, 8P,TP 1 SARA 2 2 01 1- 00 05 15 R- NET;4 .7 Ko hm ,5 % ,1 / 16 W, L, CH IP, 8P,TP 1 SA

RA 3 2 01 1- 00 05 15 R- NET;4 .7 Ko hm ,5 % ,1 / 16 W, L, CH IP, 8P,TP 1 SARA 4 2 01 1 00 05 15 R NET 4 7 K h 5 % 1 / 16 W L CH IP 8PTP 1 SA

RP2 7 2 01 1- 00 11 94 R- NET; 51 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP 1 S ARP2 8 2 01 1- 00 11 94 R- NET; 51 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP 1 S A

RP2 9 2 01 1- 00 11 94 R- NET; 51 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP 1 S ARP3 2 01 1- 00 05 85 R- NET; 47 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP,3 1 S A

RP3 0 2 01 1- 00 11 94 R- NET; 51 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP 1 S ARP3 1 2 01 1- 00 11 94 R- NET; 51 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP 1 S ARP3 2 2 01 1- 00 11 94 R- NET; 51 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP 1 S ARP3 3 2 01 1- 00 11 94 R- NET; 51 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP 1 S ARP3 4 2 01 1- 00 11 94 R- NET; 51 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP 1 S A

RP4 2 2 01 1- 00 00 02 R- NET; 22 OH M , 5% ,1 / 16 W,L, CH IP, 8P, TP,3 1 SARP4 3 2 01 1- 00 00 02 R- NET; 22 OH M , 5% ,1 / 16 W,L, CH IP, 8P, TP,3 1 SA

RP4 4 2 01 1- 00 00 02 R- NET; 22 OH M , 5% ,1 / 16 W,L, CH IP, 8P, TP,3 1 SARP4 5 2 01 1- 00 00 02 R- NET; 22 OH M , 5% ,1 / 16 W,L, CH IP, 8P, TP,3 1 SARP5 2 01 1- 00 05 85 R- NET; 47 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP,3 1 S A

RP6 2 01 1- 00 05 85 R- NET; 47 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP,3 1 S ARP7 2 01 1- 00 05 85 R- NET; 47 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP,3 1 S ARP8 2 01 1- 00 05 85 R- NET; 47 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP,3 1 S ARP9 2 01 1- 00 05 85 R- NET; 47 oh m, 5% , 1/ 1 6W ,L, CH IP, 8P,TP,3 1 S ATC1 2 40 2- 00 12 37 C- AL,SM D ;3 30 uF, °æ 20 % ,6 .3 V, -, REEL, 6. 1 S A

TC1 1 2 40 2- 00 10 96 C- AL,SM D ;2 20 UF,2 0% ,1 6V,GP, TP,6 .6 X6 . 1 S ATC1 3 2 40 2- 00 10 96 C- AL,SM D ;2 20 UF,2 0% ,1 6V,GP, TP,6 .6 X6 . 1 S A

TC1 4 2 40 2- 00 00 07 C- AL,SM D ;2 2u F, 20 % ,6 .3 V,GP, TP,4 .3 x4 . 1 S ATC1 5 2 40 2- 00 12 37 C- AL,SM D ;3 30 uF, °æ 20 % ,6 .3 V, -,REEL, 6. 1 S ATC1 6 2 40 2- 00 01 70 C- AL,SM D ;1 uF, 20 % ,5 0V,GP,TP,4 .3 x4 .3 x 1 SA

TC2 2 40 2- 00 10 42 C- AL,SM D ;1 00 uF, 20 % ,1 6V, GP,TP, 6.6 x6 . 1 S ATC3 2 40 2- 00 10 42 C- AL,SM D ;1 00 uF, 20 % ,1 6V, GP,TP, 6.6 x6 . 1 S ATC4 2 40 2- 00 01 76 C- AL,SM D ;1 0u F, 20 % ,1 6V, GP,TP, 4.3 x4 .3 1 S ATC5 2 40 2- 00 10 42 C- AL,SM D ;1 00 uF, 20 % ,1 6V, GP,TP, 6.6 x6 . 1 S ATC6 2 40 2- 00 01 76 C- AL,SM D ;1 0u F, 20 % ,1 6V, GP,TP, 4.3 x4 .3 1 S A

TC7 2 40 2- 00 01 76 C- AL,SM D ;1 0u F, 20 % ,1 6V, GP,TP, 4.3 x4 .3 1 S ATC8 2 40 2- 00 12 37 C- AL,SM D ;3 30 uF, °æ 20 % ,6 .3 V, -, REEL, 6. 1 S AU 1 1 20 5- 00 27 04 IC- COD EC;S5 L3 20 0,B GA ,2 92 P, 27 x2 7m m, P 1 S AU 10 1 10 3- 00 11 34 IC- EEPROM ;2 4C0 40 ,5 12 x8 ,SOP, 8P,5 .1 3x 1 S AU 11 1 20 5- 00 19 88 IC- DATA COM M ./ GEN .; TS B4 1A B1 -PA P, QFP 1 S A

U 12 3 71 1- 00 55 95 CO NN ECT OR- SO CK ET; 12 P, 2R ,2 M M , SM D -S ,- 1 S AU 13 0 80 1- 00 25 87 IC- CM OS LOGI C;7 4LV X5 41 ,8 BIT B UFFER/ 1 S AU 14 3 71 0- 00 20 75 CO NN ECT OR- SO CK ET; 30 P, 2R ,2 M M , SM D ,S nP 1 S AU 15 -1 1 20 3- 00 36 98 IC- POSI. FI XED REG. ;KI A7 8D 25 F,D PA K,3 1 S AU 16 3 71 0- 00 20 75 CO NN ECT OR- SO CK ET; 30 P, 2R ,2 M M , SM D ,S nP 1 S A

U 2- 1 1 20 3- 00 38 06 IC- POSI. AD JU ST REG. ;KI A7 8R0 00 ,D PA K, 1 S A

U 3 11 05 -0 01 44 1 IC- DRA M ;H Y5 DU 28 16 22 ETP- J,-,1 28 M Bi t, 1 SAU 4 11 05 -0 01 44 1 IC- DRA M ;H Y5 DU 28 16 22 ETP- J,-,1 28 M Bi t, 1 SAU 5 12 03 -0 03 03 8 IC- POSI.A DJ UST REG.;LP29 95 ,SO,8P,4 . 1 SAU 7 08 01 -0 02 62 4 IC- CM OS LOGIC;7 4LVC1 637 4A ,1 6BIT D F 1 SA

U 8 08 01 -0 02 62 4 IC- CM OS LOGIC;7 4LVC1 637 4A ,1 6BIT D F 1 SAU 9 1 10 7- 00 12 42 IC- FLA SH M EM ORY;3 9VF1 60 ,1 M x 16 ,TSOP, 1 S NAVC1 2 20 3 00 51 48 C CER CH IP 1 00 F1 0% 1 6V X7 R TP 16 0 1 S A



LocNo PartNo Description;Specification Q’ty SNA Remark LocNo PartNo Description;Specification Q’ty SNA Remark


61/95

VC5 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAVC6 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SA

VC7 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SA

VC8 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAVC9 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SAVD 1 0 40 2- 00 03 09 DI OD E- RECTIFIER;1 SR1 54 -4 00 ,4 00 V, 1A , 1 S AVR1 2007-000113 R-CHIP;33ohm ,5% ,1/ 10W ,TP,1608 1 SAVR14 2007-000113 R-CHIP;33ohm ,5% ,1/ 10W ,TP,1608 1 SA

VR15 2007-000080 R-CHIP;2Kohm,5% ,1/ 10W ,TP,1608 1 SAVR16 2007-000080 R-CHIP;2Kohm,5% ,1/ 10W ,TP,1608 1 SAVR17 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAVR1 8 2 00 7- 00 00 84 R- CHIP;4 .7 Ko hm ,5 %,1 /1 0W ,TP,1 60 8 1 SAVR19 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SA

VR2 2007-000113 R-CHIP;33ohm ,5% ,1/ 10W ,TP,1608 1 SAVR23 2007-000074 R-CHIP;100ohm ,5% ,1/ 10W ,TP,1608 1 SAVR24 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAVR3 2007-000109 R-CHIP;1M ohm,5% ,1/ 10W ,TP,1608 1 SAVR4 2007-000113 R-CHIP;33ohm ,5% ,1/ 10W ,TP,1608 1 SA

VR5 2007-000113 R-CHIP;33ohm ,5% ,1/ 10W ,TP,1608 1 SAVR6 2007-000113 R-CHIP;33ohm ,5% ,1/ 10W ,TP,1608 1 SAVR8 2007-000113 R-CHIP;33ohm ,5% ,1/ 10W ,TP,1608 1 SA

VRP1 2 01 1- 00 00 02 R- NET;2 2OH M , 5% ,1 / 16 W, L, CH IP, 8P,TP,3 1 SAVRP2 2 01 1- 00 00 02 R- NET;2 2OH M , 5% ,1 / 16 W, L, CH IP, 8P,TP,3 1 SA

VRP3 2 01 1- 00 08 16 R- NET;1 00 OH M , 5% , 1/ 1 6W ,L, CH IP, 8P,TP 1 SAVRP4 2 01 1- 00 08 16 R- NET;1 00 OH M , 5% , 1/ 1 6W ,L, CH IP, 8P,TP 1 SAVTC1 2 40 2- 00 10 96 C- AL,SM D ;2 20 UF,2 0% ,1 6V,GP, TP,6 .6 X6 . 1 SAVTC2 2 40 2- 00 00 07 C- AL,SM D ;2 2u F, 20 % ,6 .3 V,GP, TP,4 .3 x4 . 1 S AVTC3 2 40 2- 00 10 96 C- AL,SM D ;2 20 UF,2 0% ,1 6V,GP, TP,6 .6 X6 . 1 SA

VU 1 1 20 4- 00 24 19 IC- VI DEO D ECOD ER;TW 9 90 6,TQFP,8 0P,1 2 1 SAVY1 2 80 1- 00 40 95 CRYSTA L- SM D ;2 7M H z,2 0p pm ,2 8- AB Y,1 4p F 1 SAY1 2 80 1- 00 40 95 CRYSTA L- SM D ;2 7M H z,2 0p pm ,2 8- AB Y,1 4p F 1 SA

Y2 2 80 1- 00 40 21 CRYSTA L- SM D ;2 4.5 76 M H z,2 0p pm ,2 8- AA N , 1 SA

P022 AK92-00769B ASSY PCB-JACK;DVD-R120/AXAX,JACK PC 1 SAA C1 00 2 20 3- 00 09 98 C- CER,CH IP; 0.0 47 nF,5 % ,5 0V,C0 G, 16 08 1 SAA C1 01 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 S A

A C1 6 2 20 3- 00 03 15 C- CER,CH IP; 0.1 2n F,5 % ,5 0V, C0 G, 16 08 1 SAA C1 7 2 20 3- 00 03 15 C- CER,CH IP; 0.1 2n F,5 % ,5 0V, C0 G, 16 08 1 SA

A C2 01 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 S AA C2 02 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 S AA C2 03 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 S A

A C3 0 2 20 2- 00 20 37 C- CERA M I C, M LC- AXIA L; 10 0n F, 80 -2 0% ,5 0 1 SAA C4 05 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 S AA C4 07 2 20 3- 00 01 25 C- CER,CH IP; 1.2 nF,1 0% , 50 V, X7 R,TP,1 60 1 S AA C4 08 2 20 3 00 01 25 C CER CH IP 1 2 F1 0% 50 V X7 RTP1 60 1 S A

A E1 01 2 40 1- 00 20 95 C- AL;47 uF,2 0% ,2 5V,GP,TP,6 .3 x5,5 1 SAA E1 05 2 40 1- 00 21 12 C- AL;10 uF,2 0% ,1 6V,GP,TP,4 x7 ,2.5 1 SA

A E3 0 2 40 1- 00 20 42 C- AL;2 20 uF,2 0% ,1 0V,GP,TP,6 .3 x1 1,5 1 SAA E3 1 2 40 1- 00 21 44 C- AL;4 7u F,2 0% ,1 6V,GP,TP,5 x1 1,5 1 SAA E4 04 2 40 1- 00 21 65 C- AL;10 0u F,2 0% ,1 6V,GP,TP,6 .3 x7 ,5 1 SAA E4 1 2 40 1- 00 21 12 C- AL;1 0u F,2 0% ,1 6V,GP,TP,4 x7 ,2 .5 1 SAA E4 12 2 40 1- 00 21 65 C- AL;10 0u F,2 0% ,1 6V,GP,TP,6 .3 x7 ,5 1 SA

A E42 2401-000918 C-A L;22uF,20% ,16V,GP,-,6.3x7,5 1 SAA E46 2401-000918 C-A L;22uF,20% ,16V,GP,-,6.3x7,5 1 SAA E4 7 2 40 1- 00 21 12 C- AL;1 0u F,2 0% ,1 6V,GP,TP,4 x7 ,2 .5 1 SAA E7 01 2 40 1- 00 21 12 C- AL;10 uF,2 0% ,1 6V,GP,TP,4 x7 ,2.5 1 SAA E7 02 2 40 1- 00 21 12 C- AL;10 uF,2 0% ,1 6V,GP,TP,4 x7 ,2.5 1 SA

A E7 05 2 40 1- 00 21 12 C- AL;10 uF,2 0% ,1 6V,GP,TP,4 x7 ,2.5 1 SAA E7 12 2 40 1- 00 21 12 C- AL;10 uF,2 0% ,1 6V,GP,TP,4 x7 ,2.5 1 SAA E7 14 2 40 1- 00 21 12 C- AL;10 uF,2 0% ,1 6V,GP,TP,4 x7 ,2.5 1 SAA E7 15 2 40 1- 00 21 12 C- AL;10 uF,2 0% ,1 6V,GP,TP,4 x7 ,2.5 1 SAA IC4 1 20 1- 00 01 63 I C- OP A M P;4 56 0,SOP, 8P,1 73 M IL,D UA L, 1 1 SA

A IC5 1 20 1- 00 01 63 I C- OP A M P;4 56 0,SOP, 8P,1 73 M IL,D UA L, 1 1 SAA M C0 1 2 20 3- 00 51 48 C- CER ,CH IP; 10 0n F, 10 % ,1 6V, X7 R, TP, 16 0 1 S AA M E0 1 2 40 1- 00 20 95 C- AL;47 uF,2 0% ,2 5V,GP,TP,6 .3 x5,5 1 S AA Q1 0 50 1- 00 03 98 TR- SM A LL SI GN A L; KSC9 45 ,N PN ,2 50 mW ,TO 1 SA

A Q3 0 50 1- 00 03 98 TR- SM A LL SI GN A L; KSC9 45 ,N PN ,2 50 mW ,TO 1 SA

A Q4 0 50 4- 00 01 28 TR- DIGITA L;- ,N PN ,2 00 M W ,2 2K/ 2 2K, SOT- 1 SAA Q5 0 50 4- 00 01 56 TR- DIGITA L;K SR2 10 3, PN P,2 00 M W ,2 2K/ 2 2 1 SAA Q5 1 0 50 4- 00 01 28 TR- DIGITA L;- ,N PN ,2 00 M W ,2 2K/ 2 2K, SOT- 1 SAA Q5 2 0 50 4- 00 01 56 TR- DIGITA L;K SR2 10 3, PN P,2 00 M W ,2 2K/ 2 2 1 SAA Q6 0 50 4- 00 01 28 TR- DIGITA L;- ,N PN ,2 00 M W ,2 2K/ 2 2K, SOT- 1 SA

A Q7 0 50 4- 00 01 56 TR- DIGITA L;K SR2 10 3, PN P,2 00 M W ,2 2K/ 2 2 1 SAA R1 05 2 00 7- 00 01 19 R- CH IP;56 0o hm ,5% ,1 /1 0W ,TP,1 60 8 1 SAA R1 06 2 00 7- 00 01 19 R- CH IP;56 0o hm ,5% ,1 /1 0W ,TP,1 60 8 1 SAA R1 20 2 00 7- 00 00 90 R- CH IP;10 Koh m,5 %,1 /1 0W ,TP,1 60 8 1 SA

A R1 21 2 00 7- 00 00 90 R- CH IP;10 Koh m,5 %,1 /1 0W ,TP,1 60 8 1 SA

A R1 23 2 00 7- 00 00 97 R- CH IP;47 Koh m,5 %,1 /1 0W ,TP,1 60 8 1 SAA R1 24 2 00 7- 00 00 97 R- CH IP;47 Koh m,5 %,1 /1 0W ,TP,1 60 8 1 SAA R1 25 2 00 7- 00 00 97 R- CH IP;47 Koh m,5 %,1 /1 0W ,TP,1 60 8 1 SAA R1 26 2 00 7- 00 00 97 R- CH IP;47 Koh m,5 %,1 /1 0W ,TP,1 60 8 1 SAA R1 27 2 00 7- 00 00 97 R- CH IP;47 Koh m,5 %,1 /1 0W ,TP,1 60 8 1 SA

A R1 28 2 00 7- 00 00 97 R- CH IP;47 Koh m,5 %,1 /1 0W ,TP,1 60 8 1 SAA R2 02 2 00 7- 00 00 74 R- CH IP;10 0o hm ,5% ,1 /1 0W ,TP,1 60 8 1 SAA R2 03 2 00 7- 00 00 75 R- CH IP;22 0o hm ,5% ,1 /1 0W ,TP,1 60 8 1 SA

A R2 04 2 00 7- 00 00 40 R- CH IP;15 0o hm ,1% ,1 /1 0W ,TP,1 60 8 1 SAA R26 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SA

A R4 2007-000090 R-CHIP;10Kohm ,5% ,1/ 10W ,TP,1608 1 SAA R40 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SAA R4 03 2 00 7- 00 00 90 R- CH IP;10 Koh m,5 %,1 /1 0W ,TP,1 60 8 1 SAA R4 07 2 00 7- 00 00 90 R- CH IP;10 Koh m,5 %,1 /1 0W ,TP,1 60 8 1 SAA R4 09 2 00 7 00 00 92 R CH IP 15 K h 5 % 1 /1 0W TP1 60 8 1 SA

Loc.No Part No Description ; Specification Qty S.N.A Remark Loc.No Part No Description ; Specification Qty S.N.A Remark


Loc.No PartNo Description;Specification Q’ty S.N.A Remark Loc.No PartNo Description;Specification Q’ty S.N.A Remark


62/95

A R4 75 2 00 7- 00 00 75 R- CH IP;22 0o hm ,5 %,1 /1 0W ,TP,1 60 8 1 SA

A R5 2007-000090 R-CHIP;10Kohm,5% ,1/ 10W ,TP,1608 1 SAA R6 00 2 00 1- 00 04 49 R- CA RB ON ;2 .2 KOH M , 5% , 1/ 8 W ,A A ,T P, 1. 8X 1 S AA R6 01 2 00 1- 00 04 49 R- CA RB ON ;2 .2 KOH M , 5% , 1/ 8 W ,A A ,T P, 1. 8X 1 S AA R7 02 2 00 7- 00 00 97 R- CH IP;47 Ko hm ,5 %,1 /1 0W ,TP,16 08 1 SAA R7 05 2 00 7- 00 00 97 R- CH IP;47 Ko hm ,5 %,1 /1 0W ,TP,16 08 1 SA

A R7 14 2 00 7- 00 00 97 R- CH IP;47 Ko hm ,5 %,1 /1 0W ,TP,16 08 1 SAA R7 15 2 00 7- 00 00 97 R- CH IP;47 Ko hm ,5 %,1 /1 0W ,TP,16 08 1 SAA R7 22 2 00 7- 00 00 74 R- CH IP;10 0o hm ,5 %,1 /1 0W ,TP,1 60 8 1 SAA R7 25 2 00 1- 00 02 81 R- CA RB ON ;1 00 OH M , 5% , 1/ 8 W ,A A ,T P, 1. 8X 3 1 S AA R7 34 2 00 1- 00 02 81 R- CA RB ON ;1 00 OH M , 5% , 1/ 8 W ,A A ,T P, 1. 8X 3 1 S A

A R735 2 007-001167 R-CHIP;75ohm,5% ,1/ 10W ,TP,1608 1 SAA R7 40 2 00 7- 00 00 74 R- CH IP;10 0o hm ,5 %,1 /1 0W ,TP,1 60 8 1 SAA SQ 01 0 50 4- 00 01 56 T R- DI GI TA L; KS R2 10 3, PN P, 20 0M W ,2 2K / 22 1 S AA SQ0 2 0 50 4- 00 01 28 TR- DIGITA L;- ,N PN ,2 00 M W ,2 2K/ 2 2K, SOT- 1 SAA SQ 03 0 50 4- 00 01 56 T R- DI GI TA L; KS R2 10 3, PN P, 20 0M W ,2 2K / 22 1 S A

A SQ0 4 0 50 4- 00 01 28 TR- DIGITA L;- ,N PN ,2 00 M W ,2 2K/ 2 2K, SOT- 1 SAA SR0 1 2 00 7- 00 00 84 R- CH IP;4.7 Ko hm ,5 %,1/ 10 W,TP,1 60 8 1 SAA SR0 2 2 00 7- 00 00 84 R- CH IP;4.7 Ko hm ,5 %,1/ 10 W,TP,1 60 8 1 SAAVIN 2 3722-001943 J ACK-PIN ;3P,8.3PI,N I,BLK,- 1 SAA VJ 1 3 72 2- 00 22 89 J A CK- PIN ;6 P+ 1P(VH S),SN / N I,RED / W HT/ Y 1 SA

A VJ 2 3 72 2- 00 21 11 J A CK- PIN ;6 P+ 1P, SN / N I, RED /W H T/ YEL/ BL 1 S AA VJ 5 3 70 7- 00 10 70 CO NN ECT OR -O PT ICA L; PLU G, GP1 FA 55 0T Z, 6 1 S AB D0 1 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D0 2 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D0 3 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SA

B D0 5 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D0 6 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D0 7 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D0 8 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D0 9 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SA

B D1 0 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D1 1 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D1 2 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D1 3 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D1 5 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SA

B D1 6 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D1 7 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D1 8 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D1 9 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SA

B D2 0 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SA

B D2 2 3 30 1- 00 14 19 BEA D- SM D ;2 20 oh m,1 60 8,5 00 mA ,TP,1 33 oh 1 SAB D2 3 3 30 1- 00 03 14 BEA D- SM D ;1 20 oh m,1 .6 x0 .8 x0 .8 mm ,1 50 mA 1 SAB D2 4 3 30 1- 00 03 14 BEA D- SM D ;1 20 oh m,1 .6 x0 .8 x0 .8 mm ,1 50 mA 1 SAB D2 5 3 30 1- 00 03 14 BEA D- SM D ;1 20 oh m,1 .6 x0 .8 x0 .8 mm ,1 50 mA 1 SAB D2 6 3 30 1- 00 03 14 BEA D- SM D ;1 20 oh m,1 .6 x0 .8 x0 .8 mm ,1 50 mA 1 SA

C4 M 1 0 24 01 -0 01 24 9 C- AL;4 .7 uF,2 0% ,3 5V,GP,TP,4 x5 ,2.5 1 SA

C4 M 1 1 24 01 -0 01 24 9 C- AL;4 .7 uF,2 0% ,3 5V,GP,TP,4 x5 ,2.5 1 SAC4 M 1 2 2 40 1- 000 90 9 C -A L;2 2u F,20 %,16 V,GP,TP,5x 5,2 .5 1 S AC4 M 1 3 24 01 -0 01 24 9 C- AL;4 .7 uF,2 0% ,3 5V,GP,TP,4 x5 ,2.5 1 SAC4 M 1 4 24 01 -0 01 24 9 C- AL;4 .7 uF,2 0% ,3 5V,GP,TP,4 x5 ,2.5 1 SA

C4 M 1 5 2 20 3- 00 05 31 C- CER, CH IP; 2. 7n F, 10 % ,5 0V, X7 R, TP, 16 0 1 S AC4 M 1 6 24 01 -0 00 58 8 C- AL;1 uF,20 %,5 0V,GP,TP,3 x5 ,2 .5 1 SAC4 M 1 6A 2 20 2- 00 07 97 C- CERA M I C, M LC- A XI AL ;1 0N F, 30 % ,1 6V, Y5 1 S AC4 M 1 7 2 40 1- 002 11 2 C -A L;1 0u F,20 %,16 V,GP,TP,4x 7,2 .5 1 S AC4 M 1 7A 22 03 -0 00 32 3 C- CER, CH IP; 12 nF, 10 % ,5 0V, X7 R, TP, 20 12 1 S A

C4 M 1 8A 22 03 -0 00 35 7 C- CER,CH IP;0 .1 5n F,5 % ,5 0V, C0 G, 16 08 1 S AC4 M 1 9A 2 20 3- 00 06 81 C- CER, CH IP; 0. 02 7n F, 5% , 50 V, C0 G, 16 08 1 S AC4 M 2 0 24 01 -0 02 56 9 C- AL;2 .2 uF,2 0% ,5 0V,GP,TP,4 x5 ,2.5 1 SAC4 M 2 1 2 20 3- 00 51 48 C- CER, CH IP; 10 0n F, 10 % ,1 6V, X7 R, TP, 16 0 1 S AC4 M 2 2 24 01 -0 02 56 9 C- AL;2 .2 uF,2 0% ,5 0V,GP,TP,4 x5 ,2.5 1 SA

C4 M 2 3 2 20 3- 00 51 48 C- CER, CH IP; 10 0n F, 10 % ,1 6V, X7 R, TP, 16 0 1 S AC4 M 2 4 24 01 -0 00 58 8 C- AL;1 uF,20 %,5 0V,GP,TP,3 x5 ,2 .5 1 SAC4 M 3 1 2 20 3- 00 02 57 C- CER, CH IP; 10 nF, 10 % ,5 0V, X7 R, TP, 16 08 1 S AC4 M 3 2 2 20 2- 00 07 97 C- CERA M I C, M LC- A XI AL; 10 N F, 30 % ,1 6V, Y5 1 S AC6 03 2 20 3- 00 50 65 C- CER,CH IP;1 00 0n F, +8 0- 20 % ,1 0V,Y 5V, 1 1 S A

C6 16 2 20 3- 00 51 48 C- CER,CH IP;1 00 nF,1 0% ,1 6V,X7 R, TP, 16 0 1 SAC6 17 24 01 -0 02 14 4 C- AL;4 7u F,2 0% ,16 V,GP,TP,5x 11 ,5 1 SAC6 18 2 20 3- 00 05 52 C- CER,CH IP;0 .0 2N F, 5% , 50 V, C0 G,TP,1 60 1 SAC6 19 2 20 3- 00 05 52 C- CER,CH IP;0 .0 2N F, 5% , 50 V, C0 G,TP,1 60 1 SAC6 20 2 20 3- 00 06 81 C- CER,CH IP;0 .0 27 nF,5 % ,5 0V, C0 G, 16 08 1 S A

C6 21 2 20 3- 00 06 26 C- CER,CH IP;0 .0 22 nF,5 % ,5 0V, C0 G, 16 08 1 S AC6 22 2 20 3- 00 50 65 C- CER,CH IP;1 00 0n F, +8 0- 20 % ,1 0V,Y 5V, 1 1 S AC6 23 22 03 -0 00 23 6 C- CER,CHIP;0 .1 nF,5% ,5 0V,C0 G,1 60 8 1 SAC6 24 24 01 -0 02 16 5 C- AL;1 00 uF,2 0% ,1 6V,GP,TP,6 .3 x7 ,5 1 SAC6 25 2 20 3- 00 02 57 C- CER,CH IP; 10 nF,1 0% ,5 0V,X 7R,TP, 16 08 1 SA

C6 26 2 20 3- 00 51 48 C- CER,CH IP;1 00 nF,1 0% ,1 6V,X7 R, TP, 16 0 1 SAC6 27 2 20 3- 00 16 97 C- CER,CH IP;0 .0 82 nF,5 % ,5 0V, NP0 ,1 60 8 1 S AC6 28 24 01 -0 01 16 8 C- AL;3 3u F,2 0% ,16 V,GP,TP,6.3 x5 ,2 .5 1 SAC6 29 22 03 -0 05 22 1 C- CER,CHIP;1 5nF,1 0% ,5 0V,X7 R,1 60 8 1 SAC6 30 24 01 -0 02 14 4 C- AL;4 7u F,2 0% ,16 V,GP,TP,5x 11 ,5 1 SA

C6 31 2 20 3- 00 02 57 C- CER,CH IP; 10 nF,1 0% ,5 0V,X 7R,TP, 16 08 1 SAC6 35 2 20 3- 00 02 57 C- CER,CH IP; 10 nF,1 0% ,5 0V,X 7R,TP, 16 08 1 SAC6 47 2 20 2- 00 02 16 C- CERA M IC, M LC- AXIA L;0 .0 27 NF,5 % ,5 0V, 1 S AC6 51 2 20 3- 00 06 81 C- CER,CH IP;0 .0 27 nF,5 % ,5 0V, C0 G, 16 08 1 S AC6 52 2 20 3- 00 06 81 C- CER,CH IP;0 .0 27 nF,5 % ,5 0V, C0 G, 16 08 1 S A

C6 58 2 20 2- 00 02 95 C- CERA M IC, M LC- AXIA L;6 8p F,5 % ,5 0V, SL, 1 S ACD 01 0 40 2- 00 14 94 D IOD E- RECTIFIER; SF2 4G,2 00 V,2 A, DO- 15 1 S ACE7 6 2 40 1- 00 01 18 C- AL;1 00 0u F,2 0% ,1 0V,GP, TP,1 0x 12 .5 ,5 1 S ACN 1 0 3 71 1- 00 59 29 H EA DER- BO ARD T O CA BLE; NO W AL L, 24 P, 1R 1 S ACN 7 3 72 2- 00 21 18 J ACK -I EEE1 39 4;4 P, NI,B LK, AN GLE, IEEE1 1 S A

CO N6 3 71 1 00 39 42 H EA DER BO ARD T O CA BLE BOX 2 P1R 2 M M 1 S A

Loc.No Part No Description ; Specification Qty S.N.A Remark Loc.No Part No Description ; Specification Qty S.N.A Remark




63/95

FC1 0 2 20 3- 00 02 57 C- CER,CH IP; 10 nF,1 0% ,5 0V,X7 R, TP,1 60 8 1 SAFC1 2 2 20 3- 00 51 48 C- CER,CH IP; 10 0n F, 10 % ,1 6V,X7 R, TP,1 60 1 SA

FC6 2 40 1- 00 02 40 C- AL;1 00 uF,2 0% ,1 0V,GP,TP,5 x11 ,5 1 SAFD 2 0 40 7- 00 01 14 D IOD E- ARRA Y;D AN 20 2K,8 0V, 10 0m A,CA 2- 3 1 S AFD 3 0 40 2- 00 01 65 DI OD E- RECTIFIER;1 N5 81 9,4 0V,1 A, DO- 41 1 SA

FD 4 0 40 1- 00 01 01 D I OD E- SW ITCH IN G;1 N4 14 8,7 5V,1 50 mA ,D O 1 SAFD 6 0 40 2- 00 01 65 DI OD E- RECTIFIER;1 N5 81 9,4 0V,1 A, DO- 41 1 SAFD 7 0 40 2- 00 01 65 DI OD E- RECTIFIER;1 N5 81 9,4 0V,1 A, DO- 41 1 SAFE4 2 40 1- 00 39 36 C- AL;1 00 uF,2 0% ,1 0V,GP, TP,6 .3 x5 mm ,2 . 1 SAFE5 2 40 1- 00 01 99 C- AL;1 00 0u F,2 0% ,6 .3 V, GP,TP, 10 x1 2. 5, 1 S A

FI C5 A C1 4- 12 00 9W IC- RESET;PST5 72 K,TO- 92 ,R5 9- 17 66 2 .5 1 SAFL1 2703-000398 IN DUCTOR-SM D;10uH,10% ,3225 1 SAFL4 2701-000114 IN DUCTOR-AXIA L;10UH,10% ,2534 1 SAFR24 2 00 7- 00 01 00 R- CHIP;6 8Ko hm ,5 %,1/ 10 W,TP,1 60 8 1 SAFR25 2007-000503 R-CHIP;2.2ohm,5% ,1/ 10W ,TP,1608 1 SA

H OLD ER A K6 1- 00 46 2A S UPPO RT- PCB ;S V- R2 50 0, NY LO N 6 .6 ,2 mm , 2 S NAI C2 01 0 80 1- 00 12 70 I C- CM O S L OGI C; 40 52 ,M U X/ D EM U X, SOP, 16 1 S AI C2 03 0 80 1- 00 12 70 I C- CM O S L OGI C; 40 52 ,M U X/ D EM U X, SOP, 16 1 S AI C4 M 0 1 1 20 4- 00 23 37 I C- DEC OD ER; LA 72 70 0V, SS OP, 36 P, 27 5M I L 1 S AI C6 01 A C0 9- 00 57 7A I C M I CO M ; M N 1 01 D1 0G -B C3 ,D VD -R 12 0, 10 0 1 S A

IC6 03 1 10 3- 00 13 30 IC- EEPROM ; S5 24 A4 0X4 1,5 12 x8 Bi t,D IP, 8 1 S A

L1 2701-000002 IN DUCTOR-AXIA L;100UH,10% ,4298 1 SAL331 2701-000114 IN DUCTOR-AXIA L;10UH,10% ,2534 1 SAP0 22 3 71 1- 00 56 12 CON N ECT OR- HEA DER ;B OX ,3 0P, 2R, 2m m ,S TR 1 S AP0 22 3 71 1- 00 56 12 CON N ECT OR- HEA DER ;B OX ,3 0P, 2R, 2m m ,S TR 1 S A

P0 22 A C3 7- 00 02 7A CON N ECT OR- HEA DER ;2 00 45 W S, X- 11 ,T 8. 5, 1 SAP7 7C 4 2 20 2- 00 20 37 C- CERA M I C, M LC- A XI AL; 10 0n F, 80 -2 0% , 50 1 S AP7 7C 5 2 2 0 3- 00 51 48 C- CER, CH IP; 10 0n F, 10 % ,1 6V, X7 R, TP, 16 0 1 S APE4 2 40 1- 00 21 65 C- AL;1 00 uF,2 0% ,1 6V,GP,TP,6 .3 x7 ,5 1 SAPOR0 1 2 00 7- 00 00 80 R- CHIP;2 Ko hm ,5 %,1 /1 0W ,TP,1 60 8 1 SA

POR0 2 2 00 1- 00 05 91 R- CA RB ON ; 3. 3K OH M , 5% , 1/ 8 W ,A A ,T P, 1. 8X 1 S A

PR10 2007-000070 R-CHIP;0ohm,5% ,1/ 10W ,TP,1608 1 SAQ1 0 50 1- 00 03 62 TR- SM A LL SIGN AL;KS C2 32 8A -Y,N PN ,1 00 0 1 SAQ2 0 50 1- 00 03 62 TR- SM A LL SIGN AL;KS C2 32 8A -Y,N PN ,1 00 0 1 SAQ4 M 0 1 0 50 1- 00 03 98 TR -S M A LL S IG NA L; KS C9 45 ,N PN ,2 50 mW ,T O 1 S A

Q4 M 0 2 0 50 1- 00 03 98 TR -S M A LL S IG NA L; KS C9 45 ,N PN ,2 50 mW ,T O 1 S AQ4 M 0 3 0 50 1- 00 03 98 TR -S M A LL S IG NA L; KS C9 45 ,N PN ,2 50 mW ,T O 1 S AR1 2007-000450 R-CHIP;180ohm ,5% ,1/ 10W ,TP,1608 1 SAR4 M 0 2 2 00 7- 00 00 84 R- CHIP;4 .7 Ko hm ,5 %,1 /1 0W ,TP,16 08 1 SAR4 M 0 4 2 0 07 -00 00 90 R- CHIP;1 0Ko hm ,5 %,1/ 10 W,TP,1 60 8 1 S A

R4 M 0 5 2 0 07 -00 00 90 R- CHIP;1 0Ko hm ,5 %,1/ 10 W,TP,1 60 8 1 S AR4 M 0 6 2 0 07 -00 00 90 R- CHIP;1 0Ko hm ,5 %,1/ 10 W,TP,1 60 8 1 S AR4 M 0 7 2 00 7- 00 00 84 R- CHIP;4 .7 Ko hm ,5 %,1 /1 0W ,TP,16 08 1 SAR4 M 0 8 2 00 7- 00 01 24 R- CHIP;2 .2 Ko hm ,5 %,1 /1 0W ,TP,16 08 1 SAR4 M 0 9 2 00 7- 00 00 84 R- CHIP;4 .7 Ko hm ,5 %,1 /1 0W ,TP,16 08 1 SA

R4 M 1 0 2 00 7- 00 09 65 R- CHIP;5 .1 Ko hm ,5 %,1 /1 0W ,TP,16 08 1 SAR4 M1 1 2 00 7 00 00 81 R CHIP 2 7 K h 5 % 1 /1 0W TP16 08 1 SA

R656 2007-000090 R-CHIP;10Kohm,5% ,1/ 10W ,TP,1608 1 SAR666 2007-000074 R-CHIP;100ohm,5% ,1/ 10W ,TP,1608 1 SA

R667 2007-000074 R-CHIP;100ohm,5% ,1/ 10W ,TP,1608 1 SAR6 68 2 00 1- 00 04 29 R- CA RBON ;1 KOH M ,5 % ,1 / 8W ,A A,TP, 1.8 X3 . 1 SA

R6 70 2 00 1- 00 02 81 R- CA RBON ;1 00 OH M , 5% , 1/ 8 W, AA ,TP,1 .8 X3 1 SAR672 2007-000090 R-CHIP;10Kohm,5% ,1/ 10W ,TP,1608 1 SAR673 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SAR674 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SAR676 2007-000078 R-CHIP;1Kohm ,5% ,1/ 10W ,TP,1608 1 SA

R6 77 2 00 1- 00 04 29 R- CA RBON ;1 KOH M ,5 % ,1 / 8W ,A A,TP, 1.8 X3 . 1 SAR6 78

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