training manual dvd e360 en
DESCRIPTION
Manual de entrenamiento reparacion de DVD E360TRANSCRIPT
DVD-P Samsung 300mm TRAINING MANUAL
DVD-E360K
Agenda
I. Understanding of DVD Player
II. Inside of DVD-E360K 300mm Model
III. Disassembly & Reassembly
IV. Trouble Shooting
V. Attachment
UNDERSTANDING OF DVD-PLAYER
Ⅰ. Understanding of DVD-PLAYER
CONTENTS
I. Basic Block DVD-Player
II. Product Specification
III. Signal Connection Types
IV. General Features
Ⅰ. Understanding of DVD-PLAYER
Basic Block DVD-Player
Ⅰ. Understanding of DVD-PLAYER
Ⅰ. Understanding of DVD-PLAYER
General
Power Requirements AC120V~60Hz
Power Consumption 6W (On condition), 1W (Off condition)
Weight 2.4 lbs
Dimensions 300 mm (W)X 208 mm (D)X 37 mm (H)
Operating Temperature Range +5°C to + 35°C
Operating Humidity Range 10% to 75%
Video Output
Composite Video 1 Channel : 1.0 Vp-p (75ΩLoad)
60 Hz
Component Video
Y : 1.0 Vp-p (75ΩLoad)
Pb : 0.7 Vp-p (75ΩLoad)
Pr : 0.7 Vp-p (75ΩLoad)
Audio Output
Output Terminal 2 CH
Maximum Output level 2Vrms
Frequency Responece 20Hz~20kHz
Digital audio Output Coaxial terminal (S/PDIF)
Product Specification
Signal Connection Types
Ⅰ. Understanding of DVD-PLAYER
Composite
Audio
Schart Coaxial
General Features
Digital Photo Viewer (JPEG).
MP3/ WMA playback.
MPEG4 (.avi) playback.
Parental Control (DVD) The parental control allows users to set the level necessary to proh ibit children from
viewing harmful movies such as those with violence, adult subject matter, etc)
Various On-screen Menu Function.
EZ View (DVD) enables picture adjustment to match your TVユs screen size (16:9 or 4:3)
Excellent Sound Dolby Digital, a technology developed by Dolby Laboratories, provides crystal clear sound
reproduction.
CD Ripping feature lets you to copy audio from disc to USB device into MP3 format
Progressive Scan creates an improved picture with double the scan lines of conventional interlaced picture.
Screen
Slow Motion
Repeat
Ⅰ. Understanding of DVD-PLAYER
Inside of DVD-E360K 300mm Model
Ⅱ. Inside of DVD-E360K 300mm Model
CONTENTS
I. Introduction
II. Some Functions of DVD-E360K
III. Product Feature Specification
IV. Supplied Accessory
V. Control & Connection Panel
VI. Block Diagram
VII. Inside Look DVD-E360K
VIII. Wiring Diagram
IX. Circuit Operating Descriptions
X. Board Description
Ⅱ. Inside of DVD-E360K 300mm Model
Introduction
Tool: Basic Model E360K (300mm) Black Glossy USB Display : LED Press Button
What is SEC’S Poussin ?
=Basic 300 mm Slim & Compact Design
=TOC (Touch of color)
Ⅱ. Inside of DVD-E360K 300mm Model
2012
Some Functions of DVD-E360K
Ⅱ. Inside of DVD-E360K 300mm Model
Slim & Compact Design reduce 60mm
12bit Video Digital Analog Converter
Media bright UI will allow user to choose from various option provided in the background screen that uses 196~256 color for more advanced image.
360mm
2011
Some Functions of DVD-E360K
Ⅱ. Inside of DVD-E60K Poussins Model
Key Sales Point
Divx Playback DivX
Downloading
Some Functions of DVD-E360K
Ⅱ. Inside of DVD-E360K 300mm Model
MP3, WMA, JPEG
Downloading
Some Functions of DVD-E360K
Ⅱ. Inside of DVD-E360K 300mm Model
CD Ripping :
Audio CD Playback.
Ripping into MP3 format.
Copy to MP3 Player
Enjoy your favorite song with MP3 Player.
1
CD Ripping
Ⅱ. Inside of DVD-E360K 300mm Model
Description fig Description Part no
Remote Control (AK59-00117A)
Owners Instructions
(AK68-02204A)
Video/audio Cable
(AC39-42001U &
AC39-22017Z)
Supplied Accessory
5. STANDBY/ON
Turn On/Off the DVD Player.
6. USB HOST Connect digital still camera, MP3 player, memory stick,
card reader, or other removable storage devices.
7. MIC
Connect microphone
Control & Connection Panel
Ⅱ. Inside of DVD-E360K 300mm Model
Description
Front panel Control
1. DISC TRAY
Place the disc here.
2. DISPLAY
Operation indicators are display here.
3. OPEN/CLOSE Press to open and close the disc tray.
4. PLAY/PAUSE
Play or pause the disc/Stops Disc Play
Control & Connection Panel
Ⅱ. Inside of DVD-E360K 300mm Model
Ⅱ. Inside of DVD-E360K 300mm Model
Control & Connection Panel
A. Connecting to a TV(VIDEO) - Using video/audio cables, connect the VIDEO (yellow)/AUDIO (red and white) OUT jacks
on the rear of the DVD player to the VIDEO (yellow)/AUDIO (red and white) IN jacks of your TV.
- Turn on the DVD player and TV.
- Press the input selector on your TV remote control until the Video signal from the DVD player
appears on the TV screen.
B. Connection to a TV Using the component Jacks (Progresive/Interlance) - Connecting through the Component jacks lets you view video at the 480p (Progresive Scan) resolution.
- What is “Progresive Scan”?
Progresive scan has twice as many scanning lines per frame as interlaced (480i) output and provides better
and clearer picture quality.
1. Using Component video cables (not included), connect the COMPONENT VIDEO OUT (PR, PB, and Y)
jacks on the rear of the DVD player to the COMPONENT IN (PR, PB, and Y) jacks on your TV.
2. Using the audio cables, connect the AUDIO (red and white) OUT jacks on the rear of the DVD player to
the AUDIO (red and white) IN jacks of your TV. Turn on the DVD player and TV.
3. Set the video output to P-SCAN/I-SCAN in the display Set Up menu. You can also use the VIDEO SEL.
Button to change the Video Output mode.
4. Press the input selector button on your TV remote control until the Component signal from the DVD
player appears on the TV.
Ⅱ. Inside of DVD-E360K 300mm Model
Control & Connection Panel
C. Connection to an Audio System (2 Channel, Dolby Digital, or MPEG2)
• Using the audio cables, connect the AUDIO (red and white) OUT jacks on the rear of the DVD player to the
AUDIO (red and white) IN jacks of the Amplifier. If using a Coaxial cable, connect the DIGITAL AUDIO
(COAXIAL) jack on the rear of the DVD player to the DIGITAL AUDIO IN (COAXIAL) jack of the Amplifier.
• Using the video signal cable (s), connect the COMPONENT or VIDEO OUT jacks on the rear of the DVD
player to the COMPONENT or VIDEO jacks of your TV.
• Turn on your DVD player, TV, and Amplifier.
• Press the input select button of the Amplifier to select the audio input your DVD player is connected to in
order to hear sound. Refer to your Amplifier's user manual to set the Amplifier's audio input.
11. TOOLS Button
Displays the current disc mode. It also lets you
acces the Display function.
12. OPEN/CLOSE Button
To open and close the disc tray.
13. MARKER
Quickly find bookmark sections of a DVD.
14. USB Button
To change device which acces to USB device.
15. VIDEO SEL. Button
Changes video output mode.
16. PLAY/PAUSE Button
Begins disc play.
17. SUBTITLE Button ()
18. RETURN Button
Returns to a previous menu.
19. TITLE MENU Button ()
Brings up the Title menu.
20. INFO Button
Used to display playback info banner.
Control & Connection Panel
Ⅱ. Inside of DVD-E360K 300mm Model
1. DVD POWER Button
Turns the power on or off.
2. REPEAT Button
Allows you to repeat play a title,chapter,
track, or disc.
3. DISC MENU Button
Brings up the Disc menu.
4. RECORD
5. SEARCH Buttons ( /)
Allows you to search forward/back ward
through a disc.
6. STOP Button ()
To stop the disc.
7. SKIP Buttons ( / )
Use to skip the title, chapter or track
8. MENU Button
Brings up the DVD player‟s menu.
9. ENTER / / , / Buttons
This button functions as a toggle switch.
10. AUDIO Button
Use this button to access
various audio functions on a disc. Use
this button to select an available TV
source (mode TV)
DVD-E360K
Wiring Diagram
Ⅱ. Inside of DVD-E360K 300mm Model
Location of Test Point
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
Power(SMPS)
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
1-1-1 Comparison between Linear Power Supply and S.M.P.S. 1-1-1 (a) Linear
Input :
Common
power to
transformer
(Vp).
The output Vs of transformer is determined by the ratio
of 1st Np and 2nd Ns.
Vs = (Ns/Np) x Vp
Vout is output (DC) by diode and condensor.
Input : Common power to transformer (Vp).
Fig. 1-4
• Waveform/Description
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
• Advantages and disadvantages of linear power supply
1). Advantages : Little noise because the output waveform
of transformer is sine wave.
2) Disadvantages :
Additional margin is required because Vs is changed
(depending on power source. (The regulator loss is caused
by margin design).
Greater core size and condenser capacity are needed, because
the transformer work son a single power frequency.
1-1-1 (b) S.M.P.S (Pulse Width Modulation)
Fig.1-6
Fig.1-5
Charge by common power
Regulator loss
Circuit Operating Descriptions
FLY- Back PWM (Pulse With Modulation) Control
Ⅱ. Inside of DVD-E360K 300mm Model
1-1-2 (a) AC Power Rectification/Smoothing Terminal
1) PDS01, PDS02, PDS03, PDS04 : Convert AC power to DC(Full wave rectification).
2) PER10, PER10A : Smooth the voltage converted to DC.
3) PCD01 : Noise removal at power input/output.
4) VX80JS : SMPS protection at power surge input.
1) Prevent residual high voltage at the terminals of switch during switch off/Suppress noise. High inverted power occurs at switch (PIC1) off, because of the 1st winding of transformer :(V=-L1 xdi/dt. L1 : Leakage Induction) A very high residual voltage exist on both terminals of PIC1 4, 5~8 pin because dt is a very short. 2) SNUBBER circuit protects PIC1 from damage through leakage voltage suppression by RC.
1-1-2 (c) Driving circuit When Vin supplied, driving current Ig occurs through the PIC1. By this I1 (=Hfe x Ig) occurs through the PIC1 and the Vb is inducted to base winding coil NB. By inducted Vb, Ib start flow and the VCC voltage of PIC1 is sustained stable. Ib is constant and I1 increases in Proportion to time. After constant time passed Ib become to shortage and PIC1 is cut OFF (S/W OFF).
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
Fig.1-8 Driving Circuit
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
• Operation descriptions
1.Internal OP-Amp „+‟ base potential of ICM803 is 2.5V and external “-” input potential is connected with PRS34and PRS35 to maintain
Vout of 4.4V.
2.If load of 4.4V terminal increase (or AC input voltage decrease) and Vout decrease over 4.4V, Then : ICM803 “R” potential decrease
over 2.5V -->ICM803 A-K BASE Current decrease --> ICM803 A-K Current decrease --> PICS1 DIODE Current decrease --> PICS1 C-
E Current decrease --> PICS1 C-E Voltage increase --> PICS1 F-B Voltage increase --> OUT DUTY increase TRANS Primary Cuttent
Increase --> TRANS Primary Power increase --> Vout increase --> Vout maintain 4.4V
- PRD31, PRD32 : Reduce 4.4V overshoot.
- PRS32, PCS32 : Prevent ICM803 oscillation (for phase correction).
1-1-2 (d) Feedback Control Circuit
Fig. 1-9
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
1-1-3 Iternal Block Diagram
• Internal Block Diagaram
Circuit Operating Descriptions
RF
Ⅱ. Inside of DVD-E360K 300mm Model
1-2-1 RF Signal
RF block is integrated in the MT 1389
Fig. 1-11 Show the flow of signal generated by the pick-up.
RF signal detected from pick-up is converted in to RF signal via RF block in MT 1389
A,B,C,D signals detected from pick-up are converted in to FE,TE,PI,DEFECT signals internally.
1-2-1 Block Diagram
Fig. 1-11
120
127
128
1
2
4
3
V1P4 (11)
Circuit Operating Descriptions
System Control
Ⅱ. Inside of DVD-E360K 300mm Model
1-3-1 Outline Media Tek MT1389J is a cost-effective DVD system on chip (SOC) which incorporates advanced features like
MPEG-4 video recorder, high quality TV encoder and state of art deinterlace processing. The Media tek MT1389J
Enables consumer electronics manufactures to build high quality , USB2.0,MS/SD/MMC reader, feature rich DVD
Player, portable DVD players or any other home entertainment audio/video/devices.
Based on media Tek’s world leading DVD player SOC architecture, the MT1389J is the new generation of the
DVD player SOC. It integrates the media tek 3rd generation front en digital RF amplifier and the servo/MPEG AV
decoder. To enrich the feature of DVD PLAYER, the MT1389J equips a simplified MPEG-4 advanced simple
profile (ASP) video recorder to fully support the DivX1 Home Theater profile. The Progressive scan of the
MT1389J utilized advanced motion adaptive de interlace algorithm to achieve the best movie/video playback. It
also support a 3:2 pull down algorithm to give the best film effect. The 108MHz/12-bit video DAC provides users
a whole new viewing experience.
Circuit Operating Descriptions
Servo
Ⅱ. Inside of DVD-E360K 300mm Model
1-4-1 Outline SERVO system of DVD is composed of focusing SERVO, Tracking SERVO,SLED Linked SERVO
and CLV SERVO
(DISC Motor Control SERVO).
1) Focusing SERVO : Focuses the optical spot output from object lens onto the surface. Maintains
a uniform distance between object lens of Pick-up and disc (for surface vibration of disc).
2) Tracking SERVO: Make the Object lens follow the disc track in use of tacking error signal
(created from pick-up).
3) SLED Linked SERVO : When the tracking actuator inclines outwardly as the object lens follows
the track during play, the SLED motor moves slightly ( and counteracts the incline).
4) CLV SERVO(DISC Motor Control SERVO) : Controls the disc motor to maintain a constant
linear velocity ( necessary for RF signal).
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
1-4-2 Block Diagram
DECK
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
1-4-3 Operation
1) Focusing SERVO
2) Focusing SERVO
The focus loop is changed from open loop to closed loop, and the triangular waveform moves the object lens up
and down (at pin 17 of MIC1 during Focus SERVO ON.) at that time, S curve is generated in MIC1.
Summing signal of PD A,B,C,D, is generated, and zero cross (1.65V) point occurs when S curve is focused and
ABCD signal exceeds a preset, constant value. The focus loop is changed to closed loop, and the object lens follows
the disc movement, maintaining a constant distance from the disc. (these operations are same in CD and DVD).
FOD
Internal (FE)
Summing signal of PD A,B,C,D
(internal)
Vref
Vref
Vref
(2) PLAY
When focus loop closes the loop during focus servo on, both pin 13 and 14 of IC3 are controlled by MIC1
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
2) TRACKING SERVO
(1) NORMAL PLAY MODE
For DVD
Composite : The signal output from PD A,B,C,D of Pick-up, the tracking error
Phase difference of A+C and B+D in RIC1, and inputs to MIC1. Then, it is output to MIC1 via digital equalizer,
and applied to the tracking actuator through FIC3.
Pin 15 of MIC1 is controlled by VREF(approx.1.65V)during normal play.
Meanwhile, DVD repeats the track jump from 1 to 4 in inner direction at normal play (because data-read speed from
disc is faster than data output speed on screen).
For CD,VCD
Receive the signal output trough E,F of pick-up. The tracking error signal is similar to DVD.
2) SEARCH Mode:
Search mode : Fine seek, (Moving the tracking actuator slightly little bellow 255 track) and coarse search, moving
much in use of sled motor. The coarse search will be described in sled linked servo an now, the fine is explained shortly.
If the object lens is located near target, cut off the tracking loop and give the control signal as many as desired count to move the tracking actor
via MIC1 pin 26 terminal (TRACK_PWM).
3) SLED LINKED SERVO
• Normal Play mode
Move SLED motor slightly by means of PWM signal in MIC1 pin 23, as tracking actuator moves along with track during play. Control to
move the entire Pick-up as the tracking actuator moves.
• Coarse search mode
in case of long-distance search (such as chapter search ), MIC1 uses open-loop jump method.
Then, read ID an compute the existing track count after input of next track.
If the existing track count is within fine seek range, tracking begins using fine seek.
4) CLV SERVO(DISC MOTOR CONTROL SERVO) Detect SYNC signals from R/U in MIC1, and out put PWM signal to MIC1 for constant linear velocity.
Circuit Operating Descriptions
DVD Data Processor
Ⅱ. Inside of DVD-E360K 300mm Model
1-5-1 Outline
The MT 1389J (highly-integrated device) includes the full front-end disc controller, back-end decoder
Functions As well as the host control CPU.
The principal off-chip component include the disc drive with its optical pick up, tray sled and spindle drivers
and motors,16Mbits of SDRAM, and the audio Digital-to-Analog converters some applications.
In case of general disc refresh, the memory is almost filled up periodically because write rate memory after
disc playback and signal process is faster A/V decoder. When the memory is filled, this status is reported by
interrupt to main micom, which controls the servo to kick back the pick-up to the previous track after
memorizing the last data read from disc until now. It takes some times to jump to the previous track and
return to the original (jump location) again.
The memory will have an empty space because A/V decoder reads out data of memory.
When the memory has an empty space, where data can be processed and written and the pick-up correctly
gets to the original location (before kick back location) again, it reads data again avoids the interrupt of data
read previously.
The basic operation repeats to perform as described above.
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
1-5-2 Block Diagram
Open
Close
MIC2 16M bit
SDRAM
IC4 Flash
Memory 2M bit
MOTOR
IC3
MIC1
(MT 1389J)
MPEG DECODER
DIGITAL SERVO
SDP & CPU
RF AMP &DPD
Circuit Operating Descriptions
Video
Ⅱ. Inside of DVD-E360K 300mm Model
1-6-1 Outline
MIC1 (A/V decoder with video encoder) diverges from the 27MHz crystal, then generates VSYNC an HSYNC.
MIC1( A/V decoder with video encoder), copy guard processing an D/A conversion of 8bit video data internally inputted from video
decoder block by MIC1.
Video signal converted into analog signal is outputted via amplifier of analog part.
1-6-2 NTSC/PAL Digital Encoder (MT 1389J ; Built in video encode)
MIC1 inputted from pin 161 with 27MHz generates HSYNC an VSYNC which are based on video signal.
MIC1 is synchronous signal with decoded video signal and control the output timing of 8bit video signal.
The separate signal is encoded to NTSC by control of MIC1.
The above signals, which are CVBS (Composite Video Burst Synchronize), Y/Pr and Pb, are outputted from MIC1 directly.
In Course of encoding, 8bit data can extend to 10bit or more.
To convert the extended data to quantization noise as possible,MIC1adopts 10bit D/A converter.
MIC1 perform video en-coding as well as copy protection.
Circuit Operating Descriptions
Audio
Ⅱ. Inside of DVD-E360K 300mm Model
1-7-1 Outline
A/V decoder (MIC1 ; MT 1389J) is the supply to DATA 0 for 2-channel mixed audio output.
The audio data transmitted from A/V decoder (MIC ;MT 1389J) are converted into analog signal via audi
D/A converter and outputted with only 2 channels audio data and transmit them to Post Filter.
If DVD of multichannel Source disc, if is downmixed and transmit them to Post Filter.
Mixed Audio Output (2-Channel)
MIC1
(MT 1389J)
A/V Decoder
POST FILTER SUM
POST FILTER SUM
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
Source Data Types: MPEG-1,2,Dolby
Digital, CD-DA,LPCM,WMA
MIC2 (LOCAL DRAM) MIC1 (MT 1389G: A/V DECODER)
AUDIO INPUT BUFFER
AUDIO INPUT BUFFER
HOST or DVD/
VCD INTERFACE
AUDIO DECODER
(MPEG,Dolby Digital,
CD DA,LPCM WMA)
IEC 958/1937 OUTPUT PROCESS
IEC 958/1973
INTERFACE
RECEIVER
or DECODER
(IEC 958/1937)
2,4 ot 6
CHANENNEL OUTPUT PROSES
DIGITAL AUDIO
INTERFACE AUDIO DAC
2 Channel LPCM, Decoded Dolby Digital, MPEG,WMA
Compressed Data WMA(MPEG,Dolby Digital), CDDA,LPCM
1-7-2 DVD Audio Output
Uncompressed 16 or 24 bit
LPCM samples at
fs+44.1,48,96KHz
Circuit Operating Descriptions
Ⅱ. Inside of DVD-E360K 300mm Model
1) Compressed Data
The audio data inputted to MIC1 ; MT 1389J) A/V decoder is divided into compressed data
uncompressed data.
It is compressed data that is compressed with-channel audio data such as Dolby digital, MPEG,DTS,
WMA, etc. The data compressed data inputted to MIC1; MT 1389J is converted into the uncompressed
data of 2, 4, an 6 channels through MIC1 build-in audio decoder an is outputted to data 0 through
MIC1 built-in audio decoder and is outputted to data 0 through digital audio interface. Via IEC-985
output process.
2) Uncompressed Data
The uncompressed data is called CD-DA,LPCM data.
The 2 channels data is converted through audio decoder 2-channel data an Data 0 and are outputted in
digital audio interface. Via IEC-859 Output process, they is transmitted to digital amplifier or AC-3/MPG
DTS amplifier built in the external digital input source IEC-985/1937 transmission format.
DISASSEMBLY & REASSEMBLY
III. Disassembly & Reassembly
CONTENTS
I. Cabinet & PCB
II. Deck
III. Disassembly & Reassembly
Cabinet & PCB
III. Disassembly & Reassembly
3-1-1 Top cabinet Removal
• Remove 2 Screws the back top Cabinet.
• Lift up the Top Cabinet in direction of arrow.
Cabinet & PCB
III. Disassembly & Reassembly
3-1-2 Ass‟y Front-cabinet Removal
• Remove 7 Hooks and Ass‟y Front Cabinet
Cabinet & PCB
III. Disassembly & Reassembly
3-1-2 Ass‟y Loader Removal • Remove Ass‟y Loader FPC cable from Ass‟y Main PCB.
• Remove 3 Screw from the ass‟y Loader and lift up.
III. Disassembly & Reassembly
Cabinet & PCB
3-1-4 Main PCB and SMPS PCB Removal
1) Remove 1 screw the back bottom cabinet.
2) Remove 1 screw from the Main PCB.
3) Remove 1 screw from the S.M.P.S PCB.
4) Remove 2 Screws from the S.M.P.S PCB, and lift up.
Cabinet & PCB
III. Disassembly & Reassembly
3-2-5 PCB Location
TROUBLE SHOOTING
CONTENTS
1. Disc cannot be played 2. Pick up deck can’t move 3. Can’t FF/RW 4. Pick up can’t find the disc 5. Abnormal Disc Rotation 6. Deck can’t Open/Close 7. No Audio Output 8. No Y/Pb/Pr (Component) Output 9. No Progressive Output 10. No CVBS Output 11. No Power 12. No USB Output
IV. Trouble Shooting
1. Disc can not be played
IV. Trouble Shooting
IV. Trouble Shooting
1. Disc can not be played
2. Pick-up deck can’t move
IV. Trouble Shooting
IV. Trouble Shooting
2. Pick up deck can’t move
3. Can’t FF/RW
IV. Trouble Shooting
IV. Trouble Shooting
3. Can’t FF/RW
4. Pick-up can’t find the disc
IV. Trouble Shooting
4. Pick-up can’t find the disc
IV. Trouble Shooting
5. Abnormal Disc Rotation
IV. Trouble Shooting
IV. Trouble Shooting
5. Abnormal Rotation of Disc Motor
IV. Trouble Shooting
5. Abnormal Rotation of Disc Motor
6. Deck can’t Open/Close
IV. Trouble Shooting
6. Deck can’t open close
IV. Trouble Shooting
6. Deck can’t open close
IV. Trouble Shooting
7. No Audio Output
IV. Trouble Shooting
7. No Audio Output
IV. Trouble Shooting
8. No Y/Pr/Pb (Component) Output
IV. Trouble Shooting
9. No Progressive Output
IV. Trouble Shooting
10. No CVBS Output
IV. Trouble Shooting
10. No CVBS Output
IV. Trouble Shooting
11. No Power
IV. Trouble Shooting
11. No Power
IV. Trouble Shooting
12. No USB Output
IV. Trouble Shooting
No USB Output
Is the pin VDD 33 USB (MIC1-26) normal level?
Is USB output from (MIC1-24, 25) OK?
Is the USB signal in mcon1-pin 5,12 n 13 (usb
5v, usb-p, usb-n) OK?
Check connection MCON1 and USB1
Check power connection between MIC1-26,and 3.3V,
Check MIC1 of Main Board
Check connection between MIC1-24, 25 and MCON1
Thank You