Sony MV-900-SDDS Service manual

MV-900SDS

SERVICE MANUAL

Ver. 1.3 2005.10

COMPONENT MODEL NAME

MODEL NUMBER LABEL PRINTED MODEL NAME

DVD PLAYER MV-900SDS XVM-R90D CORDLESS STEREO HEADPHONE MDR-IF0140 MDR-IF0140 CARD REMOTE COMMANDER – RM-X137

US Model

Copyrights

This product incorporates copyright protection technology that is protected by method claims of certain U.S. patents, other intellectual property rights owned by Macrovision Corporation, and other rights owners. Use of this copyright protection technology must be authorized by Macrovision Corporation, and is intended for home and other limited viewing uses only unless otherwise authorized by Macrovision Corporation. Reverse engineering or disassembly is prohibited.

• “Memory Stick,” Memory Stick” are trademarks of Sony Corporation.

• “Memory Stick Duo” and “ are trademarks of Sony Corporation.

• “MagicGate” and “ trademarks of Sony Corporation.

• “Memory Stick PRO” and “ are trademarks of Sony Corporation.

Manufactured under license from Dolby Laboratories. “Dolby”, “Pro Logic”, and the double-D symbol are trademarks of Dolby Laboratories.

“DTS,” “DTS Digital Surround” and “DTS Digital Out” are trademarks of Digital Theater Systems, Inc.

and “MagicGate

” are

SPECIFICATIONS

DVD player XVM-R90D

System

Laser Semiconductor laser Signal format system NTSC/PAL

Audio characteristics

Frequency response 20 Hz to 20 kHz Signal to noise ratio 90 dB (A) Harmonic distortion 0.05 % Dynamic range 90 dB

”

Wow and flutter below measurable limits

(±0.001% W PEAK)

General

Outputs FM output

Inputs Audio input

Power requirements 12 V DC Dimensions Approx. 285 × 73 × 455 mm

Mass Approx. 3.5 kg

Operating temperature 0 °C to 45 °C

Audio output Video output Optical output

Video input DC 12V input

1

/4 × 2 7/8 × 18 in)

(11 (w/h/d)

(7 lb 12 oz)

(32 °F to 113 °F)

Supplied accessories Card remote commander

RM-X137 Power supply cord (1) RF modulator cable (1) Mounting plate (1) Screws (5) Tapping screws (8) Operating Instructions (1)

Monitor

System Liquid crystal color display Display Manual flipdown panel Drive system TFT-LCD active matrix

Picture size 9 inches wide screen (16:9) Picture segment 336,960 (w 1,440 × h 234)

Cordless Stereo Headphones MDR-IF0140

system

dots

General

Modulation system Frequency modulation Carrier frequency Right 2.8 MHz

Frequency response 18 − 22,000 Hz Power source DC 1.5 V (size AAA) dry

Mass Approx. 125 g (4.41 oz)

Operating temperature 5 °C to 35 °C

Design and specifications are subject to change without notice.

Left 2.3 MHz

battery

including battery

(41 °F to 95 °F)

9-877-871-04

MOBILE DVD SYSTEM

Sony Corporation

e Vehicle Group Published by Sony Engineering Corporation

MV-900SDS

CAUTION

The use of optical instruments with this product will increase eye hazard.

CAUTION

Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.

Notes on chip component replacement

• Never reuse a disconnected chip component.

• Notice that the minus side of a tantalum capacitor may be

damaged by heat.

Flexible Circuit Board Repairing

• Keep the temperature of the soldering iron around 270 ˚C during repairing.

• Do not touch the soldering iron on the same conductor of the circuit board (within 3 times).

• Be careful not to apply force on the conductor when soldering or unsoldering.

DANGER INVISIBLE LASERRADIATIONWHEN OPEN.

This is located on the drive unit's internal chassis.

AVOID DIRECT EXPOSURE TO BEAM.

SERVICING NOTES

MV-900SDS

NOTES ON HANDLING THE OPTICAL PICK-UP BLOCK OR BASE UNIT

The laser diode in the optical pick-up block may suffer electrostatic break-down because of the potential difference generated by the charged electrostatic load, etc. on clothing and the human body. During repair, pay attention to electrostatic break-down and also use the procedure in the printed matter which is included in the repair parts. The flexible board is easily damaged and should be handled with care.

NOTES ON LASER DIODE EMISSION CHECK

Never look into the laser diode emission from right above when checking it for adjustment. It is feared that you will lose your sight.

UNLEADED SOLDER

Boards requiring use of unleaded solder are printed with the leadfree mark (LF) indicating the solder contains no lead. (Caution: Some printed circuit boards may not come printed with

the lead free mark due to their particular size)

: LEAD FREE MARK

Unleaded solder has the following characteristics.

• Unleaded solder melts at a temperature about 40 ˚C higher than ordinary solder. Ordinary soldering irons can be used but the iron tip has to be applied to the solder joint for a slightly longer time. Soldering irons using a temperature regulator should be set to about 350 ˚C. Caution: The printed pattern (copper foil) may peel away if

the heated tip is applied for too long, so be careful!

• Strong viscosity Unleaded solder is more viscou-s (sticky, less prone to flow) than ordinary solder so use caution not to let solder bridges occur such as on IC pins, etc.

• Usable with ordinary solder It is best to use only unleaded solder but unleaded solder may also be added to ordinary solder.

3

MV-900SDS

About discs this player can play

This player can play the following discs:

• DVD

• DVD-R/DVD-RW

• Video CD

• Audio CD

• CD-R/CD-RW

Disc type Label on the disc

DVD VIDEOs

Video CDs

Audio CDs

MP3 files/ JPEG files

“DVD VIDEO,” “DVD-R” and “DVD-RW” are trademarks.

Region code of DVDs this player can play

This player has a region code printed on the rear of the player and will only play DVDs that are labeled with identical region codes. DVDs

ALL

labeled

will also be played on this player. If you try to play any other DVD, the message “REGION ERROR” will appear on the screen. Depending on the DVD, the region code indication may not appear even if the DVD is prohibited by area restrictions.

Region code

Cautions

• This player CANNOT play these discs.

— DVD-Audio — DVD-RAM — DVD-ROM — CD-G — SVCD — CD-I — Photo-CD — VSD — Active-Audio (Data) — CD-Extra (Data) — Mixed CD (Data) — CD-ROM (the data other than the MP3/JPEG

file)

— DVD-RW recorded in VR mode

• This product incorporates copyright protection

technology that is protected by method claims of certain U.S. patents and other intellectual property rights owned by Macrovision Corporation and other rights owners. Use of this copyright protection technology must be authorized by Macrovision Corporation, and is intended for home and other limited viewing uses only unless otherwise authorized by Macrovision Corporation. Reverse engineering or disassembly is prohibited.

Note on PBC (Playback Control)

Notes on CD-Rs (recordable CDs)/ CD-RWs (rewritable CDs)/DVD-Rs (recordable DVDs)/DVD-RWs (rewritable DVDs)

• Some CD-Rs/CD-RWs/DVD-Rs/DVD-RWs (depending on the equipment used for its recording or the condition of the disc) may not play on this player.

• You cannot play a CD-R/CD-RW/DVD-R/ DVD-RW that is not finalized*.

• You cannot play a CD-R/CD-RW that is recorded in Multi Session.

• You can play MP3/JPEG files recorded on CD-ROMs, CD-Rs, and CD-RWs.

* A process necessary for a recorded CD-R/CD-RW

disc to be played on the audio CD player.

4

This player conforms to Ver. 1.1 and Ver. 2.0 of Video CD standards. You can enjoy two kinds of playback according to the disc type.

Disc type

Video CDs without PBC functions

You can

Video playback (moving pictures) as well as music.

(Ver. 1.1 discs) Video CDs with

PBC functions (Ver. 2.0 discs)

• Interactive software with menu screens displayed on the monitor.

•Video playback functions.

• High-resolution still pictures if they are included on the disc.

Location of controls

SECTION 2

GENERAL

MV-900SDS

This section is extracted from instruction manual.

1 2 3 4 5 6

7 8

Refer to the pages listed for details.

1 Disc slot 2 POWER (on/off) button

To turn on/off the player.

3 DISC IN light

When a disc is in the player, the DISC IN light glows orange.

4 RESET button 5 . (previous)/> (next) buttons 6 Receptor for the card remote

commander/Transmitter for the cordless headphones

7 Monitor 8 VOL +/– buttons

To turn up or down the volume or to select the item during menu operation.

9 EJECT button

Available to eject a disc from the player even when the player is turned off.

9

0 qa

qs qd

qf

qg qh

XVM-R90D

q; “Memory Stick” slot qa x (stop) button qs u (play/pause) button qd OPEN button

Slide to open the monitor.

qf Speakers (left/right) qg REVERSE button

To switch images upside down and reverse the output of the audio channels.

qh MENU button

To make various display settings and FM transmitter setting.

Note

Even when the player is turned off by pressing (POWER), you can eject a disc from the player, though you cannot insert a disc.

5

MV-900SDS

Card remote commander RM-X137

ENTER

INPUT

POWER

SEARCH

CLEAR

SUBTITLE

ANGLE

AUDIO

SETUP

DISPLAY

123 456 7 890

TOP MENU

MENU

VOL

The corresponding buttons of the card remote commander control the same functions as those on the player.

Instructions in this manual describe how to use the player by mainly using the card remote commander.

Tip

Refer to “Replacing the lithium battery” for details on how to replace the battery.

Refer to the pages listed for details.

1 DISPLAY button

To display the time information of the disc.

2 Number buttons (0 to 9) 3 TOP MENU button

To display the top menu of a recorded DVD.

4 MENU button

To display the recorded DVD menu, or to turn on/off the PBC (Playback control) menu of a Video CD.

5 O (return) button 6 ./> (previous/next) buttons 7 m (fast reverse)/

M (fast forward) buttons

8 M/,/m/< buttons 9 POWER (on/off) button

To turn on/off the player.

q; SEARCH button

To specify a desired point on a disc by chapter, title, or track.

qa CLEAR button

qs SUBTITLE button

To change the subtitle language while playing a DVD.

qd ENTER button

To enter a setting.

qf ANGLE button

To select the multiple angles of view while playing a DVD.

qg AUDIO button

To change the audio output/audio language.

qh

(slow reverse)/y (slow forward)

buttons

qj u (play/pause) button qk x (stop) button ql SETUP button

Used to perform menu operations.

w; INPUT button

To select the input source.

wa VOL (–/+) buttons

To turn up or down the volume.

6

Cordless Stereo Headphones MDR-IF0140

EN

P O

1 Battery compartment lid

To set a battery, open the lid.

2 Ear pad

The ear pads are replaceable.

3 Power (ON/OFF) switch 4 POWER indicator

When the power switch of the headphones is set to ON, the POWER indicator lights up in red.

5 VOL control dial

To adjust the volume level from 0 to 10.

ON

O

F

POW

ER

VO

L

Battery life

Size AAA dry battery (1) is supplied with the headphones.

Battery Approx. hours*

Sony alkaline battery 60 hours* LR03/AM-4 (N)

Sony manganese battery 28 hours* R03/UM-4 (NU)

*1at 1 kHz, 1 mW+1 mW output

2

Time stated above may vary, depending on the

*

temperature or conditions of use.

Tip

Refer to “Replacing the battery” for details on how to replace the battery.

2

MV-900SDS

1

7

MV-900SDS

Where to install

Before installing this unit, please check your local traffic rules and regulations. Follow the diagram below to install this unit in a suitable position in your car.

Connections

Installation diagram

Refer to the installation diagram and ask a qualified technician for the installation of the unit.

Front Left speaker

Tweeter Left

Head unit

Tweeter Right

Cordless Stereo Headphones MDR-IF0140

DVD player XVM-R90D

Do not install this unit where:

— It will obstruct the driver’s view when the

monitor is in either the open or closed position.

— It will obstruct the operation of the airbag

system.

— It will obstruct the operation of the

vehicle, especially the steering wheel, shift lever, or brake pedal.

—A driver or passengers may injure

themselves when getting into or out of the car.

If you have any questions or problems concerning your unit that are not covered in this manual, please consult your nearest Sony dealer.

Before installing

Make sure that the POWER SELECT switch is set to the correct position. A*: If your car has an accessory position on

the ignition key.

B : If your car has no accessory position on

the ignition key.

* A is the factory preset position.

When the POWER SELECT switch is set to B

Press (POWER) on the player to turn on. The player does not turn on by pressing (POWER) on the card remote commander.

Note

Be sure to turn off the player after driving your car. To turn off the player, follow the operations below: – Press (POWER) on the player. – Press (POWER) on the card remote commander. If the power is left on, it will cause battery drain.

Connection diagram

Refer to the connection diagram for the proper connections.

Note

Set the POWER SELECT switch before installing (page 6).

Amplifier equipped with a digital input (optional)

From the car antenna

0.5 m

POWER SELECT

switch

Relay box

Front Right speaker

B

A

Optical cable (optional)

5 m

Rear Left speaker

Subwoofer

Be sure to securely fasten all equipment to the car chassis, etc., to prevent them moving while your car is in motion.

Note

All equipment other than one DVD player and two cordless stereo headphones is optional.

Rear Right speaker

Black

Yellow

Filter box Red

Blue

Notes on the locations for PS one™

Do not set PS one™: — on a dashboard, or in a place subject to direct

sunlight.

— in a place near magnetic source such as

magnets, speakers and a TV/Monitor. — on an unstable or uneven surface. — in a place subject to excessive vibration. — in a place subject to excessive dust or dirt. — in poorly ventilated or humid place. — in a place to subject to temperature extremes

(below 5˚C (41˚F) or above 35˚C (95˚F)). Refer to the operating instructions supplied to PS one™.

“PS one” is a trademark of Sony Computer Entertainment Inc.

GND (1 m)

Back-up (5 m)

Fuse (5 A)

Fuse (1 A)

ACC (5 m)

POWER REM (5 m)

Max. supply current 0.3 A

To a metal surface of the car chassis

To car battery (12 V)

To ignition switch* (ACC position)

To a power amplifier

2

Antenna connector*

Speaker system (optional)

1

*

An adapter (optional) may be necessary for your car and car audio system. In such a case, consult your dealer.

2

If your car has no ACC (accessory) position on

*

the ignition key switch, set the POWER SELECT switch to B (page 6) and connect this ACC cable to the +12 V power (battery) terminal.

Monitor (optional)

Car audio (optional)

8

1

Monitor cable (optional)

AUDIO/VIDEO OUTPUT

RCA pin cord (optional)

Connection box

(optional)

4 Pin Power connector

Precautions on PS one™

• Be sure to fasten PS one™ in a safe place securely.

• For your safety, do not use PS one™ while driving your car.

• Make sure that the operating voltage of PS one™ is 7.5 V. Other voltages may cause malfunction, or damage PS one™.

Refer to the operating instructions supplied to PS one™.

“PS one” is a trademark of Sony Computer Entertainment Inc.

AUDIO/VIDEO INPUT

PS one™ (optional)

AV Cable (integrated audio/video) (optional)

• This set can be disassembled in the order shown below.

)

3-1. DISASSEMBLY FLOW

SET

MV-900SDS

SECTION 3

DISASSEMBLY

3-2. BRACKET (MAIN)

(Page 9)

3-3. DVD MECHANISM

DECK BLOCK (Page 10)

Note: Follow the disassembly procedure in the numerical order given.

3-4. MAIN BOARD

(Page 10)

3-2. BRACKET (MAIN)

3-5. REAR COVER (HINGE)

(Page 11)

3-6. LCD BLOCK

(Page 11)

3-7. LCD BOARD

(Page 12)

3-8. LIQUID CRYSTAL

DISPLAY PANEL (LCD1) (Page 12)

2

two screws (BTP2.6

3

1

four screws (B2.6

×

8)

bracket (support)

4

six screws (BTP2.6

×

4)

×

8)

5

bracket (main

9

MV-900SDS

3-3. DVD MECHANISM DECK BLOCK

2

two screws

4

bracket (front)

6

(BTP2.6

DVD mechanism deck block

×

6)

3

two screws (BTP2.6

5

two screws (BTP2.6

×

8)

×

8)

3-4. MAIN BOARD

3

three screws (BTP2.6

1

flexible flat cable (30P) (CN102)

2

connector (CN702)

×

8)

5

MAIN board

3

screw (BTP2.6

1

flexible flat cable (50P) (CN101)

2

connector (CN108)

×

8)

4

harness

2

connector (CN105)

2

connector (CN107)

2

connector (CN302)

2

connector (CN103)

2

connector (CN104)

2

connector (CN701)

2

connector (CN705)

10

1

flexible flat cable (50P) (CN101)

3-5. REAR COVER (HINGE)

4

rear cover (hinge)

3

two claws

A

B

LCD block

2

two screws (P2 × 8)

MV-900SDS

1

Slide the knob (open) in the direction of arrow A, and open the LCD block in the direction of arrow B.

3-6. LCD BLOCK

5

4

two screws (PS3

Lifting up the LCD block in the direction of arrow

A

.

×

10)

1

A

3

front cover (hinge)

4

two screws (PS3

×

rear cover (hinge)

10)

2

two connectors (CN105, 108)

2

connector (CN107)

2

connector (CN103)

11

MV-900SDS

)

3-7. LCD BOARD

4

connector (CN850)

5

eight screws (BTP2 × 6)

6

screw (PS2.6 × 6)

4

two connectors (CN906, 907)

1

four screws (B2 × 5)

2

rear case (LCD

3-8. LIQUID CRYSTAL DISPLAY PANEL (LCD1)

2

two retainers (LCD)

6

liquid crystal display panel (LCD1)

3

flexible board (CN801)

1

two screws (BTP2 × 6)

7

LCD board

4

two connectors (CN905, 908)

12

front case (LCD) block

4

5

two retainers (LCD)

3

two screws (BTP2 × 6)

shield plate (LCD)

SECTION 4

TEST MODE

MV-900SDS

Note: This set is able to setting the adjustment data, reset to factory default

and initialize the EEPROM (IC402 on the MONITOR board) in the test mode.

ENTER THE TEST MODE

Procedure:

1. Press the [POWER] button to turn the power ON.

2. While pressing the [VOL --] and . buttons, press the [RESET] button.

3. The set is enter the test mode and display as bellow figure.

Display

TEST MODE MENU

1. NTSC/PAL SELECT

2. FOR FACTORY

3. LCD SETTING

4. FM TRANSMITTER

5. HEAT PROTECTION

6. VOLTAGE SETUP

7. LOAD DEFAULT

8. SOFT RESET(EXIT) Dream System 20XX Ver.20XX-XX-XXx

Note: If initial data is not written to the EEPROM (IC402 on the MONITOR

board) or data is clobbered, the set is not able to display normally screen.

BATCH WRITING OF THE INITIAL DATA TO EEPROM

In the test mode, by pressing the [VOL --] button at two seconds, batch writing is possible of the initial data to EEPOM (IC402 on the MONITOR board).

3. LCD SETTING

This mode is not used in servicing.

4. FM TRANSMITTER

In this mode, switch the frequency range of FM transmitter as follow.

1) USA (88.3 to 89.9 MHz)

2) Japan (76.5 to 79.5 MHz)

3) Transmitter off

5. HEAT PROTECTION

This mode is not used in servicing.

6. VOLTAGE SETUP

This mode is not used in servicing.

7. LOAD DEFAULT

This mode is not used in servicing.

8. SOFT RESET (EXIT)

Releasing the test mode.

OPERATION OF THE TEST MODE

All operations are performed using the bellow buttons.

Button Function

MENU Select the item REVERSE Enter VOL + Up the data value VOL − Down the data value

RELEASING THE TEST MODE

In the test mode menu screen, press the [MENU] button to select “8. SOFT RESET (EXIT)”, and press the [REVERSE] button to release the test mode.

OPERATING THE EACH ITEM

1. NTSC/PAL SELECT

In this mode, switch the signal format system to NTSC or P AL.

2. FOR FACTORY

In this mode, change the data of adjustment data. Enter this mode, it displays each adjustment item as follow.

1) Com Gain

2) Y Gain

3) Black Limit

4) White Limit

5) R-Sub BRT

6) B-Sub BRT

7) R-Sub CONT

8) B-Sub CONT

9) Gamma 1

10) Gamma 2

11) VCO Free Run

12) PLL/V Pos

13) H Pos

13

MV-900SDS

r

SECTION 5

ELECTRICAL ADJUSTMENTS

1. DC/DC CONVERTER ADJUSTMENT

1-1. Frequency Adjustment

Setting:

oscilloscope

or

frequency counte

MONITOR board

TP802 TP804

Procedure:

1. Connect an oscilloscope or frequency counter to the TP802 and TP804 on the MONITOR board.

2. Check that the voltage between TP951 (−) and TP952 (+) is

14.4 V. Press the [POWER] button to turn the power on.

3. Adjust the RV801 on the MONITOR board so that the value of oscilloscope or frequency counter becomes 243 kHz ±3 kHz.

1-2. 5V Voltage Adjustment

Setting:

MONITOR board

TP807 TP804

Procedure:

1. Connect a digital voltmeter to the TP804 and TP807 on the MONITOR board.

2. Check that the voltage between TP951 (–) and TP952 (+) is

14.4 V. Press the [POWER] button to turn the power on.

3. Adjust the RV803 on the MONITOR board so that the value of digital voltmeter becomes 5.05 V ±0.03 V .

1-3. Other Voltages Check

Setting:

MONITOR board

TP805/TP806/TP808

TP804

Procedure:

– Vdd Voltage Check –

1. Connect a digital voltmeter to the TP804 and TP808 on the MONITOR board.

2. Check that the voltage between TP951 (–) and TP952 (+) is

14.4 V. Press the [POWER] button to turn the power on.

3. Check that the value of digital voltmeter is 3.45 V ±0.2 V.

– Vgh Voltage Check –

4. Connect the digital voltmeter to the TP804 and TP806 on the MONITOR board.

5. Check that the value of digital voltmeter is 17.5 V ±1.5 V.

– Vss Voltage Check –

6. Connect the digital voltmeter to the TP804 and TP805 on the MONITOR board.

7. Check that the value of digital voltmeter is –12.0 V ±1.5 V.

+ –

digital voltmete

+ –

digital voltmete

+

–

2. PLL ADJUSTMENT

Setting:

digital voltmete

MONITOR board

TP601 TP602

+

–

Procedure:

1. Connect a digital voltmeter to the TP601 and TP602 on the MONITOR board.

2. Check that the voltage between TP951 (–) and TP952 (+) is

14.4 V. Press the [POWER] button to turn the power on.

3. Adjust the RV601 on the MONITOR board so that the value of digital voltmeter becomes 2.4 V ±0.15 V .

3. INVERTER HIGH VOLTAGE CHECK

Setting:

digital voltmete

MONITOR board

TP853 TP854

+

–

Procedure:

– High Voltage Check –

1. Connect a digital voltmeter (for withstand high voltage) to the TP853 and TP854 on the MONITOR board.

2. Check that the voltage between TP951 (–) and TP952 (+) is

14.4 V. Press the [POWER] button to turn the power on. (DIMMER: off)

3. Check that the value of digital voltmeter is 550 V ±150 V (rms).

– Frequency Check –

4. Connect an oscilloscope (use a probe for withstand high voltage) to the TP853 and TP854 on the MONITOR board.

5. Check that the frequency of oscilloscope is 66 kHz ±2.5 kHz.

4. OSD DOT CLOCK CHECK

Setting:

MONITOR board

TP403 TP405

Procedure:

1. Connect a frequency counter (high impedance) to the TP403 and TP405 on the MONITOR board.

2. Check that the voltage between TP951 (–) and TP952 (+) is

14.4 V. Press the [POWER] button to turn the power on.

3. Check that the value of frequency counter is 6.5 MHz ±0.2 MHz.

frequency counte

+ –

14

MV-900SDS

r

e

V

e

5. NTSC SUB CARRIER CHECK

Setting:

frequency counte

MONITOR board

TP510 TP513

+ –

Procedure:

1. Connect a frequency counter (high impedance) to the TP510 and TP513 on the MONITOR board.

2. Check that the voltage between TP951 (–) and TP952 (+) is

14.4 V. Press the [POWER] button to turn the power on.

3. In the normal mode, press the [INPUT] key on the remote commander to select the “VIDEO” mode.

4. Input NTSC video signal to the “VIDEO INPUT” jack (J701 on the VIDEO (IN) board).

5. Check that the value of frequency counter is 3.579545 MHz ±100 Hz.

6. PAL SUB CARRIER CHECK

Setting:

frequency counte

MONITOR board

TP510 TP513

+ –

– Waveform Position Set-up Adjustment –

7. Adjust the RV802 on the MONITOR board so that A value

of waveform becomes –1.7 V ±0.1 V.

4.6 V ± 0.1 V

0 V

A

: – 1.7 V ± 0.1

8. VIDEO ADJUSTMENT

Note: Perform the following adjustment items in test mode.

Common Setting:

1. Check that the voltage between TP951 (–) and TP952 (+) is

14.4 V. Press the [POWER] button to turn the power on.

2. Enter the test mode, and enter the “2. FOR FA CTOR Y” mode. (refer to “4. TEST MODE”)

3. Set the signal format system to NTSC. (refer to “4. TEST MODE”)

4. Input 10 steps signal (NTSC, without burst) to the VIDEO INPUT jack (J301 on the POWER board) from pattern generator.

Waveform of input signal

1 Vp-p

Procedure:

1. Connect a frequency counter (high impedance) to the TP510 and TP513 on the MONITOR board.

2. Check that the voltage between TP951 (–) and TP952 (+) is

14.4 V. Press the [POWER] button to turn the power on.

3. In the normal mode, press the [INPUT] key on the remote commander to select the “VIDEO” mode.

4. Input PAL video signal to the “VIDEO INPUT” jack (J701 on the VIDEO (IN) board).

5. Check that the value of frequency counter is 4.433619 MHz ±100 Hz.

7. V-COM ADJUSTMENT

Setting:

oscilloscop

MONITOR board

TP819 TP832

Procedure:

– Voltage Set-up Adjustment –

1. Connect an oscilloscope to the TP819 and TP832 on the MONITOR board.

2. Check that the voltage between TP951 (–) and TP952 (+) is

14.4 V. Press the [POWER] button to turn the power on.

3. Enter the test mode, and enter the “2. FOR FA CTOR Y” mode. (refer to “4. TEST MODE”)

4. Press the [MENU] button to display “Com Gain”, and press the [REVERSE] button.

5. Adjust by pressing the [+]/ – buttons so that the voltage of oscilloscope becomes 6.3 Vp-p ±0.1 V.

+ –

0.286 V

fig. 8-1

Waveform of output signal (TP810, TP811, TP812)

0 V

AB CDE

fig. 8-2

1 Contrast Level of Luminance Signal

Setting:

oscilloscop

MONITOR board

TP811 TP513

+ –

Procedure:

1. Connect an oscilloscope to the TP513 and TP811 on the MONITOR board.

2. Press the [MENU] button to display “Y Gain”, and press the [REVERSE] button.

3. Adjust by pressing the [+]/ – buttons so that the D value of waveform (fig. 8-2) becomes 3.4 V V.

+0.2 –0.1

4. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

6.3 Vp-p ± 0.1

6. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

15

MV-900SDS

r

2 Back Limiter Level

Procedure:

1. In the “1 Contrast Level of Luminance Signal” status, press the [MENU] utton to display “Black Limit”, and press the [REVERSE] button.

2. Adjust by pressing the [+]/ – buttons so that the A value of waveform (fig. 8-2) becomes 1.0 V V.

+0.2 –0.1

3. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

3 White Limiter Level

Procedure:

1. In the “2 Black Limiter Level” status, press the [MENU] button to display “White Limit”, and press the [REVERSE] button.

2. Adjust by pressing the [+]/ – buttons so that the E value of waveform (fig. 8-2) becomes 3.9 V V.

+0.2 –0.1

3. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

4 R-sub Bright

Procedure:

1. In the “3 White Limiter Level” status, connect the oscilloscope to the TP513 and TP810 on the MONITOR board.

2. Press the [MENU] button to display “R-Sub BRT”, and press the [REVERSE] button.

3. Adjust by pressing the [+]/ – buttons so that the A value of waveform (fig. 8-2) becomes 1.0 V V.

+0.2 –0.1

4. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

5 B-sub Bright

Procedure:

1. In the “4 R-sub Bright” status, connect the oscilloscope to the TP513 and TP812 on the MONITOR board.

2. Press the [MENU] button to display “B-Sub BRT”, and press the [REVERSE] button.

3. Adjust by pressing the [+]/ – buttons so that the A value of waveform (fig. 8-2) becomes 1.0 V V.

+0.2 –0.1

4. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

6 R-ch Sub Contrast

Procedure:

1. In the “5 B-sub Bright” status, connect the oscilloscope to the TP513 and TP810 on the MONITOR board.

2. Press the [MENU] button to display “R-Sub CONT”, and press the [REVERSE] button.

3. Adjust by pressing the [+]/ – buttons so that the D value of waveform (fig. 8-2) becomes 3.4 V V.

+0.2 –0.1

4. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

7 B-ch Sub Contrast

Procedure:

1. In the “6 R-ch Sub Contrast” status, connect the oscilloscope to the TP513 and TP812 on the MONITOR board.

2. Press the [MENU] button to display “B-Sub CONT”, and press the [REVERSE] button.

3. Adjust by pressing the [+]/ – buttons so that the D value of waveform (fig. 8-2) becomes 3.4 V V.

+0.2 –0.1

4. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

8 Gamma 1

Procedure:

1. In the “7 B-ch Sub Contrast” status, connect the oscilloscope to the TP513 and TP811 on the MONITOR board.

2. Press the [MENU] button to display “Gamma 1”, and press the [REVERSE] button.

3. Adjust by pressing the [+]/ – buttons so that the B value of waveform (fig. 8-2) becomes 1.9 V V.

+0.2 –0.1

4. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

9 Gamma 2

Procedure:

1. In the “8 Gamma 1” status, press the [MENU] button to display “Gamma 2”, and press the [REVERSE] button.

2. Adjust by pressing the [+]/ – buttons so that the C value of waveform (fig. 8-2) becomes 3.1 V V.

+0.2 –0.1

3. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

q; VCO Free Run

Setting:

frequency counte

MONITOR board

TP506 TP513

+ –

Procedure:

1. In the “9 Gamma 2” status, connect a frequency counter to the TP506 and TP513 on the MONITOR board.

2. Press the [MENU] button to display “VCO Free Run”, and press the [REVERSE] button.

3. Adjust by pressing the [+]/ – buttons so that the value of frequency counter becomes 15.734 kHz ±50 Hz.

4. Confirm that the displayed screen is normally display.

5. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

qa Vertical Position

Procedure:

1. In the “q; VCO Free Run” status, input the monoscope signal to the VIDEO INPUT jack (J301 on the POWER board).

2. Press the [MENU] button to display “PLL/V Pos”, and press the [REVERSE] button.

3. Adjust by pressing the [+]/ – buttons so that the vertical position of screen on the monitor becomes the most suitable.

4. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

qs Horizontal Position

Procedure:

1. In the “qa Vertical Position” status, press the [MENU] button to display “H Pos”, and press the [REVERSE] button.

2. Adjust by pressing the [+]/ – buttons so that the horizontal position of screen on the monitor becomes the most suitable.

3. Press the [REVERSE] button and write the date to EEPROM (IC402 on the MONITOR board).

16

Adjustment Location:

– LCD BOARD (Side A) –

RV601

RV802

MV-900SDS

TP853

RV803

RV801

– LCD BOARD (Side B) –

TP506

TP510

TP513

TP405

TP403

TP832

TP601

TP987

TP811

TP812

TP602

TP983

TP805

TP951 (

TP810

TP819

TP808

−

)

TP828

TP806 TP807

TP804

TP952 (+)

TP802

TP854

17

MV-900SDS

MEMO

18

SECTION 6

DIAGRAMS

6-1. BLOCK DIAGRAM – MPEG DECODER Section –

B+8V B+5V

+8V

+5V

HD0 – HD15

DVD MECHANISM

DECK BLOCK

HCS1J

HCS16J

HCS3J

HINTJ

IORDY

ENDSW

HA0 HA1 HA2

IOWJ

IORJ

RST

HDO – HD15

122 – 128,

131 – 137, 140, 141

154

HA0

155

HA1

158

HA2

152

XHCS1FX

151

XHIOCS16

153

HCS3FX

144

HIRQ

146

HIORDY

149

XHWR

150

XHRD

166

ENDSW

145

XHRST

114VBS

113Y

108B-Y

106R-Y

33DAC DATA 39DAC MCLK 40DAC BCK

32DAC LRCK 165DAC ML 143DAC MC 118DAC MD

CVBS

B-Y

R-Y

D/A CONVERTER

2 DATA

16 SCK

1 BCK

3 LRCK 15 ML 14 MC 13 MD

MV-900SDS

CVBS,

Y, B-Y, R-Y

Y

IC7

7VOUTL

8VOUTR

R-CH

11ZEROR

LOW-PASS

FILTER

IC701

MUTING

Q702, 704

MUTING SWITCH

Q1, 2

R-CH

DELAY

D13, Q3

L-CH_AU

A

B

(Page 21)

(Page 20)

• R-ch is omitted due to same as L-ch.

• SIGNAL PATH : DVD (VIDEO)

: DVD (AUDIO)

: DIGITAL OUT

: CHECK IN

: CHECK OUT

MS SDIO

MC SCLK

MS BS

MS INS

VCC

(Page 20)

MEMORY

STICK

DA-BE, CK-BE, CS-BE

C

B+3.6V

142 MS SDIO

117 MC SCLK

167 M S BS

119 M S INS

DA-BE

CK-BE

168169162

CS-BE

41SPDIF

SDA

160

161

5

4

SDA

EEPROM

IC5

SCL

OPTICAL

TRANSCEIVER

J301

DB0 - DB15 DMA0 - DMA11 LD0 - LD14 LA0 - LA19

77 - 82, 85 - 90,

93 - 96

2, 4, 5, 7, 8, 10, 11, 13, 42,

44, 45, 47, 48, 50, 51, 53

DQ0 - DQ15 A0 - A11

OPTICAL OUTPUT

MPEG DECODER

53 - 58, 61 - 66

22 - 26,

29 - 25, 22

SD-RAM

IC6

IC1

102

38

DSCK_EN

DSCK

70

CLK37CKE

DBANK0

73

20

BA021BA1

DBANK1

74

XDCAS72XDRAS0

69

18

17

XCAS

XRAS0

71

16

XDWE

100

19

XWE

XDCS0

DQM

101

39

XCS

DQMH

178 - 182, 185 - 191,

194 - 196

29 - 36, 38 - 44

DQ0 - DQ14

204 - 207, 2-7,

10 - 16, 19 - 21

45, 25, 24 - 16,

8 - 1, 48

A–1, A0 - A18

FLASH ROM

IC3

XLWRLL

198

11

XWE

176

26

XLCS3

170

28

XCE

XLOE

XOE

24XRESET

12XRST

RESET SIGNAL

GENERATOR

IC2

B+5V

MV-900SDS

1919

MV-900SDS

6-2. BLOCK DIAGRAM – AUDIO Section –

RV900

VCO

AUDIO INPUT

B

(Page 19)

D

(Page 21)

L-CH_AU

SW1

J701 (1/2)

L

R

R-CH

DIFFERENTIAL

AMP

IC703

AUDIO INPUT

VIN1

1

3 VIN2

SELECT

IC704

2

VOUT

SW1

7

R-CH

IR TRANSMITTER

MODULATOR

IC904

ELECTRICAL VOLUME

IC706

8

LIN1

LOUT1

CLK4DATA

5

CLK

DATA

LED DRIVE

Q902

D912, 914, 916

(IR TRANSMITTER)

• R-ch is omitted due to same as L-ch.

• SIGNAL PATH : DVD (AUDIO)

: AUX INPUT (AUDIO)

LINE AMP

IC708

POWER ON

MUTING

Q321, 322

MUTING

Q708

MUTING SWITCH

Q318

POWER ON

MUTING

Q319, 320

D911, 913, 915

(IR TRANSMITTER)

MUTING

B+8V

R-CH

MUTING CONTROL Q316, 317

Q713

R-CH

DISCHARGE SWITCH

POWER AMP

IC707

STANDBY

SWITCH

Q710, 711

+

Q714, 715

R-CH

J702 (1/2)

POWER ON

L

R

SP1

(L)

SP2

(R)

E

AUDIO

OUTPUT

R-CH

7

(Page 22)

C

(Page 19)

DA-BE, CK-BE, CS-BE

DA-BE

15

16

DA (IN)-BE

CK-BE

CS-BE

17

CK-BE18CS-BE

DA (OUT)-BE

DATA

7

S-SDA

CLK

6

S-SCL

BUFFER

Q206

49

Q207

FM1

R-CH

Q202, 204

RF LEVEL

SWITCHING

Q204

BUFFER

Q205

50

FM2

Q202

R-CH

22

R-CH

B+8V

1

B+ SWITCH

Q323, 324

D317

SYSTEM CONTROLLER

IC401 (1/3)

LIN

RIN

14 13

MPX ADJ

XIN

X201

7.6MHz

5

XOUT

+5V

REGULATOR

IC304

LOW-PASS FILTER

Q208, 209

FM STEREO

MODULATOR

IC201

FM+5V

VTIN

9

PD

7

17

LEVEL SHIFT

Q210 – 213

4

RF OUT

DATA16CLK15CE18ATT

3

5

FM-CE

FM-CLK

FM-DATA

64

AMP ON

BPF

FL201

(FM MODULATOR)

D204

11

53

AMUTE

MV-900SDS

2020

6-3. BLOCK DIAGRAM – VIDEO, PANEL Section –

VIDEO INPUT

SELECT

IC101

6 VIN1

4 VIN2

SW1

1

VIDEO INPUT SELECT

IC102

1 IN1B

16 IN1A

9 IN3B 8 IN3A

14 IN2B 11 IN2A

SW27SW3

SW1

12

2

2VOUT

3OUT1

6OUT3

5OUT2

S908

(PANEL CLOSE DETECT)

(ON: CLOSE)

30

MONITOR SW

VIDEO INPUT

A

(Page 19)

D

(Page 20)

CVBS, Y, B-Y, R-Y

SW1

J701 (2/2)

CVBS

Y

B-Y

R-Y

63

SW1

J702 (2/2)

VIDEO

OUTPUT

SYNC

SEPARATOR

Q502, 503

X501

3.58MHz

VXO-NTSC63VXO-PAL

CTRAPOUT

YIN

52

CIN

57

B-Y IN

5

R-Y IN

4

CSYNCIN

46

CSYNCOUT

V-SDA48V-SCK47HSYNCLOCK

51

52

V-SCK

V-SDA

X502

4.43MHz

64

HDOUT VDOUT

39

SYNC LOCK

Q505, 506

21

SYNC-DET

TRAP

53

RGB DECODER

34

32 31

IC501

BUFFER

Q501

43

VD

PAL/NTSC SWITCH

Q504

CTRAPIN

54

VDIN

35

HD

VD

SYSTEM CONTROLLER

IC401 (2/3)

VCOMOUT

R-OUT

G-OUT

B-OUT

R-IN2 G-IN2 B-IN2

BLAK36POL

18

BLAK

POL

MV-900SDS

LIQUID CRYSTAL

Q603

DISPLAY MODULE

LCD1

VCOM VCOM

RED

GREEN

BLUE

STV1 STV2 STH1 STH2

CPH1 CPH2 CPH3 CPV

OEV1 OEV2 OEV3 OEH

L/R

U/D

VHG

VDD1

VCC

VEE

VGH +17V VDD +3.3V VCC +5V

VB

VSS –13V

RV802

54

STV1

U/D

V-COM

R

G

B

20 26STV2 23STH1 24STH2

29CPH1 27CPH2 25CPH3 16CPV

19OEV1 18OEV2 17OEV3 21OEH

28L/R

55

LR

V COM AMP

IC802

28

26

21

19

14 15 16

17

YS

R

G

B

OSD DRIVER

IC405

16

VR 17 VG 18 VB

15 BLK

20 HSYNCN 19 YSYNCN

3

DATA

19

OSC OUT

SCLK2CSN

DATA

1

CLK

CS

CLK

20

22

OSD CSN

OSD SCLK

OSD DATA

7

OSC

8OSC IN

PHASE

COMPARATOR

IC602

RV601

PLL

Q601

23

N/P

HD VD BLAK POL

33

36 VCO1 37 VCO0

2HSYNCIN 5VDBIN 8 BLACK

14 POL

46 NP

LCD CONTROLLER

PD

QHSEL31JUST13UD

CPHSEL

4

3

59

58

SIDE1

SIDE2

V COM BIAS

Q803 – 807

IC601

LTBOX

12

57

61

JUST

ZOOM

(Page 22)

MV-900SDS

X2

KEY PW/EJ

29

D402

RESET

F

S902, 903

WAKE UP

SWITCH

Q401, 403

KEY HALT

44

KEY IN

27

S401 – 404

KEY DVD

28

S904 – 907

REM HALT45REM IN

47

SIRCS BUFFER

Q901

REMOTE CONTROL

RECEIVER

IC902

11

LED DRIVE

Q955

POWER EJECT

D901D900

LIGHT PW/EJ

DISC_LED

12

LED DRIVE

Q953

D902

DISC IN

TEMP

33

TEMPERATURE

SENSOR

IC901

SDA13SCL

14

5

SDA

EEPROM

IC402

6

SCL

X1

41 40

X401

4.19MHz

• SIGNAL PATH

: DVD (VIDEO)

: AUX INPUT (VIDEO)

2121

MV-900SDS

6-4. BLOCK DIAGRAM – POWER SUPPLY Section –

FAN CONT

BATT

M301

MM

(FAN)

8

+12V

REGULATOR

IC302

B+SWITCH

Q307, 308

SW12V

SYSTEM CONTROLLER

IC401 (3/3)

IR CONT

DIMMER

TFT ON

PW-ON

CONTROL Q305, 306

CONTROL Q302, 303

VCC

B+SWITCH

Q904, 905

+8V

REGULATOR

IC903

+8V

REGULATOR

IC303

SWITCHING

REGULATOR

Q304

SWITCHING

REGULATOR

Q301

9

F950

F302

F301

B+ SWITCH

Q309, 311

B+ SWITCH

Q325, 326

CN301

3

2

BATT

AMP REM

IR LED B+

48

D903

DC/DC

CONVERTER

VSS –13V

VGH +17V

VCC +5V

VDD +3.3V

RV803

5V

VOLTAGE

(DC/DC CONVERTER)

RV801

FREQUENCY

(DC/DC CONVERTER)

INVERTER

TRANSFORMER

BACK LIGHT

UNIT

D852, 853

60

56

2

D801

D802

D803

D804

T850

Q857, 858

T801

POWER CONTROL

IC801

3

1IN+

2RT

OSC

POWER CONTROL

IC850

1IN+

1

71OUT

DIMMER

Q860, 861

162IN+

11

C2

12VCC

VCC +7.5V

DC/DC

CONVERTER

Q801, 802

D950

SWITCHING

REGULATOR

Q855, 856, 859

B+ SWITCH

Q853, 854

+8V

REGULATOR

IC950

VCC

F801

F850

F951

B+ SWITCH

Q951, 952

DISC SLOT

ILLUMINATION

B+2.8V

B+3.6V

SWITCHING

REGULATOR

IC305

SWITCHING

REGULATOR

IC306

D305

D307, 308

D306

D315, 316

DEAD TIME

Q310

DEAD TIME

Q314

LATCH

Q313

+

SWITCHING

Q312

E-VOL +8V

B+5V

B+8V

POWER CONTROL

1

OUT1

10 OUT2

6 DT1

11 DT2

15 SCP

IR +8V

REGULATOR

IC301

MV-900SDS

E

(Page 20)

POWER ON

RESET

ACC Y/N

ACC IN

U-COM +3.3V

36

Q402

31

46

B

S301

(POWER SELECT)

A

S901

RESET

RESET SIGNAL

GENERATOR

IC403

+3.3V

REGULATOR

IC952

PANEL +5V

+5V

REGULATOR

IC951

ACCESSORY

DETECT

Q315

4

RESER

ACC

F

(Page 21)

2222

• Note for Printed Wiring Boards and Schematic Diagrams • Circuit Boards Location

MV-900SDS

Note on Printed Wiring Boards:

• X : parts extracted from the component side.

• Y : parts extracted from the conductor side.

• x : parts mounted on the conductor side.

• : Pattern from the side which enables seeing.

(The other layers' patterns are not indicated.)

Caution: Pattern face side: Parts on the pattern face side seen from (Conductor Side) the pattern face are indicated. Parts face side: Parts on the parts face side seen from (Component Side) the parts face are indicated.

Caution: Pattern face side: Parts on the pattern face side seen from (Side B) the pattern face are indicated. Parts face side: Parts on the parts face side seen from (Side A) the parts face are indicated.

Note on Schematic Diagram:

• All capacitors are in µF unless otherwise noted. (p: pF) 50 WV or less are not indicated except for electrolytics and tantalums.

• All resistors are in Ω and 1/ specified.

• C : panel designation.

• A : B+ Line.

• B : B– Line.

• H : adjustment for repair.

• Power voltage is dc 14.4V and fed with regulated dc power

supply from ACC and BATT cords.

• Voltages and waveforms are dc with respect to ground under no-signal conditions. no mark : DVD PLAY (): STANDBY

∗ : Impossible to measure

• Voltages are taken with a V OM (Input impedance 10 MΩ).

Voltage variations may be noted due to normal production tolerances.

• Waveforms are taken with a oscilloscope. Voltage variations may be noted due to normal production tolerances.

• Circled numbers refer to waveforms.

• Signal path.

L : DVD (VIDEO) F : DVD (AUDIO) J : DIGITAL OUT a : AUX INPUT (VIDEO) E : AUX INPUT (AUDIO) d : CHECK IN G : CHECK OUT

4

W or less unless otherwise

JACK (OUT) board

MAIN board

JACK (IN) board

LCD board

FRONT board

SW board

SERVO board

KEY board

MV-900SDS

2323

MV-900SDS

Ver 1.1

6-5. PRINTED WIRING BOARD – MAIN Board (Component Side) –

• See page 23 for Circuit Boards Location.

: Uses unleaded solder.

• Semiconductor

Location

Ref. No. Location

D4 I-9 D13 I-12 D204 D-3 D317 F-3

IC1 H-7 IC101 G-4 IC304 E-3

Q1 I-12 Q2 I-12 Q3 I-12 Q205 E-3 Q206 F-3 Q207 E-3 Q208 D-2 Q209 E-3 Q708 E-12 Q709 E-12 Q710 D-14 Q711 D-14

1 2 3 4 5 6 7 8 9 10 11 12 13 14

CN103

(Page 30)

B

C732

+

C736

+

C738

+

C735

C744

C743

LCD BOARD

CN906

113

+

R730

R754R755

+

C734

+

C718

+

C719

R731

R84

Q3

BCEQ2BCE

R86

R87

R85

R88

+

C150

R83

D13

AKA

C726

C724

C725

C727

R769

R768

+

C745

+

C340

R80

C149

R775

R774

4

1

Q709

BCE

ECB

Q708

R82

ECB

+

CN705

R81

R738

R740

R736

R734

L701

CN701

1

D

R784

7

R785

JACK (IN)

BOARD CN703

(Page 37)

11

(11)

L702

R735

R737

R741

R739

+

C755

+

C756

L703

R782

+

C757

R781

R783

Q711

Q710

ECB

BCE

+

C759

1-863-445-

+

4

3

Q1

2

1

SP1

(L-CH)

–

+

SP2

(R-CH)

–

(Page 30)

LCD BOARD

CN908

11

2

3

MAIN BOARD

+

C397

A

FM

MODULATOR

ANTENNA

B

(Page 37)

JACK (OUT)

CN704

E

C

61

CN702

R1760

R1761

R1762

D

E

+

C776

+

C772

R1759

L704L705

+

C771

+

C775

R1758

C218

C211

C217

R211

R218

+

F

+

C769

+

G

C766

+

C765

R786

R103

C342

C343

+

H

I

J

C222

L203

Q208

C215

R217

C165

R214

C226

C219

R212

R216

ECB

+

R236

R235

L202

SGD

C221

R215

+

C220

D204

KA

+

R231R213

Q209

C255

Q205

A

+

C367

(COMPONENT SIDE)

+

CN201

3

1

X201

R227

R228

R229

13

R230

C346 C345

BCE

Q207

BCE

Q206

BCE

K

D317

C176

+

C372

150

C362

IC304

+

C344

+

C364

+

C169

L101

R105

+

C370

L307

+

C162

CN101

+

C365

+

IC101

136

+

C166

C170

+

4

C378

+

C254

+

C175

+

C161

C171

+

C173

R108R107

+

C168

R106R104

+

C381

C177

C178

C179

C134

C100

C95

+

C384

FB2

FB1

FB3

L1

L3

L4

C147

+

C146

+

1

M301

+

C324

L305

L302

+

C328

+

C22

C23

L51

C96

R70

R31

C31

R32

C99

R72

C34 R34 C35

RB10

RB11

C44C52C58

RB12

RB13

RB14

RB15

+

RB16

+

C144

C702

+

C705

C701

R29

R30

+

C72

L56

C30

C33

105

C32

156

C69

C66

C68

R66

R68

R712

R710

+

R704

R703

R709

C704

C703

R711

C710

C711

M

–

(FAN)

L303

C27C28C29

L306

2

R27

RB3RB4RB5RB6RB7RB8

R25

R24

C26

IC1

R44

R43

R42

C74

C71

R40

C103

C104

R75

R76

+

C706

+

C78

C75

C102

C101

R77

R73

R74

+

(Page 30) (Page 30)

LCD BOARD

F C

RB2

C24C25

RB21

CN905

CN302

2

L304

C21

L48

C19

RB1

53104

208157

C82

C17

52

1

D4

+

R21 R20 R19

R12

R9 R8 R7 R5

C4 C7 C18

RB20

RB19

RB18

RB17

C1 C2 C3

AK

LCD BOARD

H

CN907

+

1

C151 C105 C106 C135

C338

CN107

CN105

L314

C392

G

+

C395

+

CN108

R377

+

(Page 37)

SW BOARD

+

C335

18

111

110

R111R110R109

+

C390

L313

+

C386

C383

C382

130

CN104

12

CN102

MV-900SDS

SERVO BOARD

P

CN1

(Supplement-1

page 11)

KEY BOARD

A

CN911

(Page 36)

2424

6-6. PRINTED WIRING BOARD – MAIN Board (Conductor Side) –

1 2 3 4 5 6 7 8 9 10 11 12 13 14

A

MAIN BOARD

S301

(POWER SELECT)

B

D303

AK

C

R752

R748

C720

R742

R746

4 1

C722

R744

IC703

C723

R745

R751 R750

5 8

BCE

Q714

R743

BCE

R778

C721

C751

9

C752

Q715

R1768

R777R779

R776

R747

R749

C749

C750

R753

C747

R772 R773

C748

3

C341

D

18

C758

E

F

C761

G

C763

IC707

16

D701

R1769

R1767

R1765

C762

+

R1766

+

C764

+

A

B

D304

KA

C733

R771

R767

R766

R770

C746

IC704

1

4

1

4

C731 C730

IC705

IC706

4

58

R761

2

IC303

1

C253

(CONDUCTOR SIDE)

8

5

L350

C737

8

5

1

R762

R764R765

R763

C796

C797

IC305

KA

R369

8 5

14

C387

R368

C391

C314

+

D321D320

KA

C389C388

H

(CHASSIS)

R719

R1709

R725

C717

R721

C715

R1710

C716

R726

C714

R722

C712C713

C790

R720

ECB

R1734

Q704

Q702

C795

C791

I

R1733

Q703

BCE

R723 R724

Q701

BCE

J

• See page 23 for Circuit Boards Location.

C

R337

13

BCE

Q308

C336

IC302

C337

Q307

R336

B

E

R338R335

R313R314R306

D314

R312R308

R305

D302

R330

R333

R334

AK

C10

R1

Q313

R331R332

C92

R2R3R4

BCEBCE

R327

Q312

C304

IC6

R372

C396

R371

IC306

8

5

14

C400

R370

C394

C393

C320

C321C313

+

X1

C14

R22

L55 L11 L12 L41

D306

C310

+

C309

C15

R23

R16

R17

L52

C9

R14

R11 R10

1

C8

C6 C5

D305

IC3

24

IC2

453

C80

1

C83

R47

R46

R48

R49

AK

C333R329C348

C326

R316

+

D14

R90

R57

L9L8L7

L10

R716

R727

R715

Q304

D

DDG

Q301

D

DDG

C350

R325

R326 C330

R324

IC301

C351

R315

C90C91

C94

R54

48

25

S

C347

R714

C707

R713

K

R321

171

127

5428

A

R52

RB25

RB24

RB23

RB22

R39

: Uses unleaded solder.

C317

R310

R309

C305 C316

R322

C331

814

Q314

C329

C327 R318

R317

R319

C315

D1

K

IC5

4

C84

58

C87

C89

R61

A

D12

C708 8

14

C709

+

F301 F302

C332

R328R323

ECB

A

K

C349

1

R62

R307

R301

D307

D308

R320

D316

C86

L53

5

IC701

Q305

C306

R302

Q302

Q309

KA

E

C

KA

B

Q310

ECB

D315

KA

R33

R71

16

IC7

18

C143

R708

R706

R707

R311

R304

R705

ECBECB

Q306

R303

ECBECB

Q303

R380

C97

R69

9

BCE

R381

C157

C148

C145

J301

OPTICAL

OUTPUT

13

C318

C307

R378R379

Q311

L2

L50

C794

L54

C793

L707

C792

L706

MV-900SDS

R341

R340

AK

D310

34

CN301

1

L301

C172

IC102

C174

L311

C339

C377

D309

KA

2

18

169

C167

C376

R339

Q318

R383

C398

C369

TH301

D

R351

Q323

DD

BCE

Q325

DGS

R352

L309

D312

R355

R354

Q210

Q211

Q212

Q213

R365

BCE

R367

R364

ECB

R353

Q316

ECB

R385 R384

KA

R358

R357

R356

KAK

D318

C251

R366

C371

R386

BCE

ECB

Q324

Q326

Q319

Q317

C373

BCE

Q320

C229

R223

R224

R225

R226

C231

C232

BCE

R361

C368

R360

AK

C363

12

C230

22

R204

R206

L308

C366

R359R362

D313

C227

C228

IC201

C204

C202

R202

Q202

Q204

R208

BLK

GND

BLU

R794

R790

R1702

C774

R798

8

5

RED

BLK

YEL

R796

AMP REM

ACC

GND

BATT

Q712

ECB

R792

C768R788

TO

1

11

1

C201

R343

R344

Q321

R342R345

Q322

C225

R221

C210

C209

R210

R232

ECB

D202

C213

C214

C212

3 4

AK

C224

R209

C767R789

2

+

AK

L201

KA

Q713

R793

R791

1

4

D203

C770

R787

C223

F304

F303

D201

R219

R1701

C773

R799

BCE

R795

IC708

C252

R797

CN301

FL201

3

1

R220

C216

C203

R201

R203

Q201

ECB ECB

BCE BC E

R205

Q203

R207

11

1-863-445-

(11)

Q315

ECB

C325

D301

VDR301

C301

+

C303

C302

C98C79

C379

R78

L312

C385

• Semiconductor Location

MV-900SDS

D1 F-8 D12 I-8 D14 H-8 D201 E-14 D202 C-13 D203 C-13 D301 B-10

Ref. No. LocationRef. No. Location

D302 C-8 D303 C-3 D304 C-3 D305 D-7 D306 D-7 D307 C-9 D308 C-9

Ref. No. Location Ref. No. Location Ref. No. Location

D309 A-11 D310 B-11 D312 B-12 D313 C-12 D314 B-8 D315 D-9 D316 D-9

D318 C-12 D320 F-4 D321 F-5 D701 E-1

IC2 I-6 IC3 H-7

IC5 H-8 IC6 F-7 IC7 I-9 IC102 G-11 IC201 E-13 IC301 D-8 IC302 B-5

Ref. No. Location Ref. No. Location Ref. No. Location

IC303 F-3 IC305 F-4 IC306 F-6 IC701 J-9 IC703 D-3 IC704 C-3 IC705 D-3

IC706 E-3 IC707 E-2 IC708 F-14

J301 A-10 Q201 F-13

Q202 F-13 Q203 F-13 Q204 F-13 Q210 E-12 Q211 E-12 Q212 E-12 Q213 E-12

2525

Ref. No. Location Ref. No. Location

Q301 C-8 Q302 C-9 Q303 C-9 Q304 B-8 Q305 B-9 Q306 B-9 Q307 A-6

Q308 A-6 Q309 C-9 Q310 D-9 Q311 D-9 Q312 D-7 Q313 C-7 Q314 C-8

Ref. No. Location

Q315 A-11 Q316 C-12 Q317 C-12 Q318 C-11 Q319 B-12 Q320 B-12 Q321 F-13

Ref. No. Location Ref. No. Location

Q322 G-13 Q323 E-12 Q324 E-12 Q325 B-12

Q703 I-3 Q704 I-3 Q712 F-14

Q713 F-14 Q326 B-12 Q701 J-3 Q702 J-3

MV-900SDS

Ver 1.1

6-7. SCHEMATIC DIAGRAM – MAIN Board (1/4) –

(1/4)

CN101

50P

HIDCS16#

HIORDY

HRST

HD0

HD1

HD2

HD3

HD4

HD5

HD6

HD7

HD8

HD9

HD10

HD11

HD12

HD13

HD14

HD15

HIRQ

HA1

HA0

HA2

HWR#

HRD#

HCS1#

HCS3#

AUX4

C1

0.1

LA4

LA5

LA6

LA7

LA8

LA9

LA10

LA11

C2

0.1

LA12

LA13

LA14

LA15

LA16

LA17

LA18

LA19

C3

0.1

C4

0.1

TWS

TSDO

C7

0.1

MCLK

TBCK

C10

L52

330p

L40

C134 C179

33p 100p

P

SERVO BOARD

(2/3)

CN1

(Supplement-1

page 13)

+5V

GND

RST

HD0

HD1

HD2

DH3

HD4

HD5

HD6

HD7

HD8

HD9

HD10

HD11

HD12

HD13

HD14

HD15

GND

HINTJ

HA1

HA0

HA2

GND

IORDY

IOWJ

IORJ

HCS1J

GND

HCS16J

HCS3J

GND

LOAD+

LOAD-

GND

SPD_DET

ENDSW

SLOT_OUT_DET

SLOT_IN_DET

PA5V

SPD_STP

GND

SM8V

• See page 39 for Waveforms. • See page 47 for IC Pin Function Description.

L

3

5

4

2

L

1

R

D

D L

L

W

C78

0.1

33

10

4

3

4

4 R

R

L

0

1

EE

IN

V

M

A

A C

C

5 A

S

E

M

E

S V

D

V

7

6

A

H

3

5

4

S

H

S

R

V

W L X

7

6

A

M

D

0

1

3

B2

B R

R

2

L

1

R

D

L

W L X

0

1

8

9

A

S

M

S

D

V

0

1

8

9

1

A

H

8

6

9

7

0

1

D

1

1 D L

S

EE

S V

V

S A C

E

D

E

X

V

3 3

4 B R

# S

E

A

K

C

L

D L

8

9

0

7

1

D

L

D

D L

L

N

0

1

E

S

K

_

E

A

N

K

N

R

A

W

C

A

B

S

B

D

X

D

3

3 4

5

2

2 R

R

0 7

2 R

#

0

1

O

K

#

S

N

E

A

W

R

B

3

5 D L

5

6

S

D

S

L

V

MPEG DECODER

ES6008FF

0

S

E

B

E

S V

D

V

0 1

5 B R

0

1

B

D

0

1

2

4

D

L

4

EE

D L

V

IC1

1

2

B

B D

D

3

2

B

B D

D

#

D

3

L

S C L

33

42 R

3

0

1

2

D

LD

L

3

4

B

D

4 B D

C24 C25 C26 C27 C28 C29 C30 C72

0.1 0.1 0.1 0.1 0.1 0.1 0.1 15p

2

3

S S

S

D

S

L

LD

V

C

L

X

5

6

7

C

S

B

C

S

D

V

D

0

1

1 7

6

B

B R

R

5

6

7

B

D

4.7k

R1

R5

RB17

RB18

4.7k

C5

C6

R12

C8

C9

R17

R16

R19

R20

R21

C14 R22X1 11p 100k27MHz

C15 11p

10

RB19

10

RB20

10

R2 R3 R4

4.7k 4.7k 4.7k

R10 R11

4.7k 4.7k

100p

4.7k

100p

33

4.7k

100k

1

2

3

0

A

A L

L

RB21

VSS

1

2

3

0

A

L

VEE

LA4

LA5

LA6

LA7

LA8

LA9

VSS

VCC

LA10

LA11

LA12

LA13

LA14

LA15

LA16

VSS

VEE

LA17

LA18

LA19

LA20

LA21

XRESET

TDMDX

VSS

100k

R7

100k

R8

100k

R9

33

R14

R23

1.5k

C18

0.1

C17

10

16V

C19

0.1 L48

C21

0.1

C22

C23

10

100p

16V

VEE

TDMDR

TDMCLK

TDMFS

TDMTSC#

DAC LRCK

DAC DATA

VSS

VCC

SEL_PLL1

NC

DAC MCLK

DAC BCK

SPDIF

NC

VSS

VCC

RSD

RWS

XIN

RBCK

XOUT

NC

AVEE

AVSS

1

4

2

3

0

A

M

D

RB1

10

1

2

4

3

0 A H

5

A

H

R68 R66 10k 4.7k

7

#

X

E

U

O

A

L

33

40 R

E

C

1

0

S

O

C

S

L

V

C

L

X

0

1

8

9

1

S

B

S

D

V

D

0

1

8

9

1

B

D

CN102

BS AUX5

SDIO

INS

SCLK

1

0

D

2

FT

S

N

3

6

4

5

X

U

A

A S

B

E

-B

-B S C

CK

2 1

E

B

E V

D

3

2

1

B

D

2

X

U

A

C69C71C74C75

0.10.10.10.1

3 3

9 3 R

W

L

S

E

S

E

S

E

S

B

-B

M

D

V

S

A

C

N

A

D

E

M

D

B-Y

VREF C

R-Y

DCLK

#

3

5

1

14

S

E

B

C

E

S

D

V

D

10

29 R

RB8

10

#

5

4

1

1 B D

O

B

S C

D

C66C68

0.10.1

C89

C87

100p

A

2

L

VEE

E

A

D

C

E

S

H

V

VSS

HA1

HA0

HCS3FX

XHCS1FX

XHIOCS16

XHRD

XHWR

VEE

VSS

HIORDY

XHRST

HIRQ

MC

MS SDIO

HD15

HD14

VCC

VSS

HD13

HD12

HD11

HD10

HD9

HD8

HD7

VEE

VSS

HD6

HD5

HD4

HD3

HD2

HD1

HD0

VCC

VSS

MS INS

MD

MS SCLK

PCLK2XSCN

YUV7

VBS

Y

ADVSS

ADVEE

RSET

COMP

0

K

S

M

C

S

E

Q

S

D

E

S V

D

X

V

10 0

6

3

5

R

L

X M

K

Q

L C

D

33

RB16

33

RB15

33

RB14

RB13

RB12

RB11

33

RB10

33

R34

33p

C35

270

R32

0.1

C32

R31

0

L51

100p

HA2

HA1

HA0

HCS3#

HCS1#

HIDCS16#

HRD#

HWR#

C58

0.1

HIORDY

HRST

HIRQ

AUX4 O

SDIO

C52

33

0.1 HD7

HD6

HD5

HD4

HD3

HD2

HD1

33

C34

0.1

C33

10

16V

C31

0.1

HD0

C44

0.1

HD15

HD14

HD13

HD12

HD11

HD10

HD9

HD8

INS

EAUX31

SCLK

R72 C99

75 470p

R69

C157

75

470p

R70

C96

75

470p

R33

0

R71

C97

75

470p

C367

C368

10

0.1 35V

C372

C373

10

0.1 35V

A

G

02

5

S

IC

A

C

L

4

C

-2

S

SD

S

R61 R62

1k 1k

EEPROM

p 33

105 C

AUX2

L12

AUX7

L55

AUX6

L11

C100

L3

2.2µH

470p

L50

2.2µH

C79

470p

L1

2.2µH

C95

470p

L2

2.2µH

C98

470p

L308 22µH

C366

1

L309 22µH

C371 C369

C370

100

1 0.1

16V

FB3

C

C V

W

C104

33p

L10

L9

L8

L7

R77

4.7k

C86

0.1

p 33

33p 1

6 0

15

1 C

C

R76

C103

33p

R75

C102

33p

R74

C101

33p

R73

30P

33

IN

RST

EJ

A/D

CONT

TEMP

REM

VCC

REM

TEMP

SW

CONT

A/D

EJ

RST

IN

SW

MS BS

MS SDIO

MS INS

MS SCLK

MS VEE

MS GND

IR RCH

IR GND

IR LCH

LED DISC IN

RESET

KEY PW/EJ

KEY A/D

IR CONT

TEMP DET

REM

REM VCC

LIGHT GND

SW12V

KEY GND

LIGHT PW/EJ

LIGHT KEY/GATE

CN103

13P

REMVCC

REM

TEMP-DET

MONITOR SW

IR CONT

DA-BE

CK-BE

CS-BE

KEY A/D

KEY PW/EJ

RESET

LED DISC IN

KEY GND

CN104

2P

MONITOR SW

SW GND

(Page 38)

(Page 34)

(Page 38)

LIGHT-PWEJ

CVBS

Y

B-Y

R-Y

SW12V

IR-L

IR-R

+5V

SPDIF

(Page 29)

(Page 28)

MV-900SDS

4

2

1

3

A

7

5

6

A

8 A

0

9

1

A

11 A

(Page 27)

2626

MV-900SDS

6-8. SCHEMATIC DIAGRAM – MAIN Board (2/4) –

A3

A1

A2

(2/4)

C83

0.022

CD NC

GND

VDD

IC2

OUT

MA8068-L-TX

R47

0

RESET SIGNAL

GENERATOR

PST3645NR

C82

C81

1000p

R48 C80 R46 10k 0.1 0

A4

• See page 39 for Waveforms. • See page 41 for IC Block Diagrams.

(Page 26)

A5

A6

A7

LA0

LD7

LD6

LD14

R52

0

10

DQ7

DQ6

GND

DQ15

DQ14

A9

A10

A12

A11

A13

LA10

LA11

LA12

LA13

LA14

D14

RB491D-T146

C84 R54

0.1 0

FLASH ROM

IC3

MBM29LV800TA

-70PFTN

LA17

RB25

A16

BYTE

A14

A15

LA16

LA15

A8

LD1

LD2

LD8

LD4

LD5

LD12

LD13

10

RB24

VCC

DQ5

DQ4

DQ13

DQ12

A8

WE

RST

R49

0

LA9

WRLL

LD9

LD3

LD11

LD10

10

RB23

RB22

DQ8

DQ1

DQ9

DQ3

DQ2

DQ11

DQ10

A6

A4

A17

A18

BY#

VPP

WP#

LA8

LA7

LA18

LA19

LA1

LD0

LOE#

OE

CE

GND

DQ0

A2

A4

A3

A5

LA3

LA4

LA5

LA6

LCS3#

A0

A1

LA2

A9

R57

0

R90

4.7k

A10

A11

MD

DGND

FB1

FB2

(CHASSIS)

R1734

0

C177 C178 100p 100p

C794 C795

R727

4700p 4700p

C701

1

R703

50V

22k

C703

R78 33k

C147

10

16V

C793 100p

AGND

VCOM

ZEROR

ZEROL

VDD

VOUTL

VCC

L706

C146

0.1

47

16V

C145

VOUTR

C792 100p

L707

D13

DAN202K

R87 47

R85

R88

220k

C150

C149

10

100p

35V

L54

100µH

1000p

C148

0.1

C702

1

50V

16V

10

47k

C705

R705

R706

16V

220

0.1

C706

C707

C704

1000p

R704

22k

R83R84 33k33k

2SC2412K

R86

120k

DELAY

R709

R711

3.3k

R707

3.3k

R708

3.3k

Q3

22k

C709 150p

GND

C708 150p

R710

3.3k

2SC2412K

VCC

R712

22k

R81 R82

3.3k 100k

Q2

MUTING SWITCH

R713

R715

R719

C711

000

1k

10

16V

C713 100p

R721

4.7k

C715

0.1

LOW-PASS

FILTER

IC701

RC45580R

C710

10

R714

R716

16V

1k

Q1

2SA1037AK

Q1,2

R80 10k

C714

0.1

R722

4.7k

C712 100p

R720

0

Q701

2SC2412K

Q702

2SC2412K

Q701-704

MUTING

0

R723 470

Q703

R725

4.7k

2SC2412K

C717

0.1

C716

0.1

R726

4.7k

Q704

2SC2412K

R724 470

R1710

C790 100p

47k

R1709

C791 100p

47k

R1733

0

SWITCHING REGULATOR

IC306

L312

100µH

R377

150

XC63778103SR

LX

EXT1

EXT2

GND

PBST

VOUT

LX

EXT1

EXT2

GND

PBST

VOUT

IC305

XC63778103SR

SWITCHING REGULATOR

C378

220 16V

VIN

CE

VIN

CE

L314 22µH

R370

56k

R372

1.2k

R371

22k

R368

18k

R369

10k

D321

C396 470p

RB161L-

10TE25

C395

470 16V

L313 22µH

D320

RB161L-

10TE25

C391

2200p

C390

470 16V

C385

0.1

C383

1000p

C381

100 16V

C394

0.1

C389

0.1

C384

100 16V

C382

100 16V

C379 L311 C376C377

0.1

C797

1000p

C796

4700p

C400

0.1

C392

C393

4700p

C388

4700p

0.10.1

10

16V

C387

0.1

C386

10

16V

L-CH_AUDIO

AUDIO_GND

R-CH_AUDIO

(Page 28)

+8V

L41

C135

33p

C94

DB15

DB14

VSS

DQ14

VSSQ

DQ15

DQ1

VCCQ

DQ0

VCC

DB0

DB1

C90 C91

0.1 0.1

0.1

DB9

DB8

DB10

DB11

DB13

DB12

DQ9

DQ8

VCCQ

DQ10

VSSQ

DQ11

DQ12

DQ13

VCCQ

SD-RAM

IC6

HY57V641620HGTP

-HI

DQ7

VSSQ

DQ6

DQ5

VCCQ

DQ4

DQ3

DQ2

VSSQ

DB4

DB2

DB6

DB3

DB7

DB5

D1

RB491D-T146

HA4

HA5

HA6

HA7

HA8

HA9

CLK

CKE

HA11

DQMX

A4

A5

A6

A7

NC

A9

NC

CLK

VSS

DQMH

DQML

VCC

WE

CAS

CAS#

RASO#

WE#

C92

1

A8

CKE

A11

BA1

A10

BA0

RAS0

CS

BANK1

BANK0

HA10

CSO#

HA0

VSS

VCC

A3

A2

A1

A0

HA3

HA2

HA1

D12

RB491D-T146

L53

D/A CONVERTER

IC7

PCM1751DBQR

AUX3

MCLK

AUX4 O

EAUX31

ML

MC

SCK

DATA

LRCK

BCK

TWS

TSDO

TBCK

C144

C143

47

0.1

16V

MV-900SDS

2727

MV-900SDS

6-9. SCHEMATIC DIAGRAM – MAIN Board (3/4) –

(3/4)

(Page 38)

(Page 26)

(Page 27)

FM MODULATOR

ANTENNA

L-CH_AUDIO

R-CH_AUDIO

R+

R-

L-

L+

AUDIOGND

VGND

VIN

AUDIO_GND

SW12V

CN201

3P

CN701

7P

IR-L

IR-R

+5V

SPDIF

+8V

C255 4700p

J301

OPTICAL

OUTPUT

SPDIF

5V

GND

TRANSCEIVER

OPTICAL

C254 4700p

L203

C253

4700p

L202

2.2µH

D204

1SS356

R740

2.2k

C724

4.7

L701

L702

L703

R730

0

R731

0

25V

R736

10k

R734

47k

R737

10k

R735

R745 100k

47k

R739

10k

R741

2.2k

C723

C721 100p

100p

R308

10k

• See page 38 for Waveforms. • See page 41 for IC Block Diagrams.

R212

10k

VCC

C734

22µH

RB050L-40TE25

R220

6.8k

0.047

C221

R213 C220

220 33

10V

Q208

2SK209GR

C718

10

35V

C731

1

100 16V

D302

C320 2200 25V

C719

10

35V

Q301

TPC6102

SWITCHING

REGULATOR

R334 D305

1k 1SS355

L306

22µH

Q304

TPC6102

SWITCHING

REGULATOR

D314

RB050-40TE25

Q208,209

LOW-PASS

S

Q302,303

REGULATOR

CONTROL

FILTER

R215

4.7k

AUDIO INPUT SELECT

IC704

NJM2233

GNDVIN1

SWI

VOUT

VIN2

V+

NC

AUDIO INPUT SELECT

IC705

NJM2233

GNDVIN1

SWI

VOUT

VIN2

V+

NC

R304 C306

47 100p

Q303

2SA1576A

S

R311

47

Q306

2SA1576A

R214

R231

2.2k

10

R216C219

Q209

1.5k1

2SC4081

C736

35V

C737

0.1

C738

100 16V

C735

35V

L350

100µH

R302 R301

220 2.2k

Q302

2SC4081

R303

220

Q305

2SC4081

Q305,306

REGULATOR

CONTROL

1500.1

D203 D202

1SS356 1SS356

C720

R742

C722R744 100p100k

R738

10k

R746

12k

2200

25V

1000p 20k 0.01

C726

100p

100k

4.7 25V

DIFFERENTIAL

AMP

IC703

RC45801PWR

R750

22k

C725

4.7 R747

25V

12k

C727

4.7 R749

25V

12k

R743

R754

100k

1k

L304 L303 22µH

R306

82k

R305

C313

15k

0.01

R313

68k

C324

C325 R312 C321

R314

10

22k

35V

D315D316

1SS3551SS355

FL201R221C225

D304 D303

UDZS5.6B UDZS5.6B

R748 C730

R752

22k

12k 1

GND

R751

22k

R753

R755

22k

1k

C732

C733

47

0.01

16V

C309C314

C310

470

0.01 25V

C212

1

C217

10 35V

C218 330p

R211

10k

C224R218R217

R219

82p3.3k3.3k

10k

C223

C222

2200p

KV1471ETR

10

2A 72V

C307

C305

100p

0.01

R307

2.2k

R309 220

C317 100p

R310 220

C318 100p

10p

D201

F301

L201

100nH

C251

4700p

C252

4700p

L302 22µH

C304

470 25V

L305 22µH

F302

1A

72V

C315

C316

470

0.01 25V

R209

18k

C214 R232

33p 33

C216

0.01

R210

2.2k

Q210 Q211 Q212 Q213

DTC144EUA DTC144EUA DTC144EUA DTC144EUA

FM-CE

C346 C345

0.1 0.1

R333

1k

D306

1SS355

R332 R331

1k 47k

C213

C215

0.01

1000p

VTIN

RFGND

RFOUT

XIN

XOUT

VCC

X201

C227 C228

0.01 0.1

+5V REGULATOR

R330

220

R317

R319

C327

7.6MHz

-CLK

FM

C344

22

16V

R326

39k

POWER CONTROL

IC301

BA9743AFV

39k

18k

0.47

22p

C229

C230

C348 R324

0.01 10k

C226

100 16V

R227 R228 R229 R230

4.7k 4.7k 4.7k 4.7k

Q210-213

LEVEL SHIFT

IC304

XC6202P502PR

OGI

Q313

2SA1576A

LATCH

22p

100

R223

2SA1797

VCC

CE

100

R224

Q324

Q323

2SC4081

PD

CLK

100

R225

R365

10k

2SC4081

SWITCHING

VREF

CT

35V

10

C211

GND

MPX ADJ

ATT

DATA

100

R226

C231 C232 150p 2200p

FM-DATA

Q312

39k

R325

SCP

NON2

NON1

CR

150p

C210

VC

SEP

Q323,324

B+ SWITCH

470p

C350

C330 470p

INV2

INV1

2200p

C209

RLPF

LLPF

39k

R321

FB2

FB1

C347 470p

C351R315R316C326 470p39k22k220p

REMP

LEMP

R367

47k

DT2

DT1

RIN

LIN

470k

R322

R323 C331

OUT2

OUT1

R366

22k

R364

10k

2SA1576A

18k 0.47

VCC

GND

R318

27k

FM STEREO

MODULATOR

Q314

DEAD

TIME

IC201

BH1415F

D317

DAN202K

R327

47k

R329

22k

C332

2.2

C329

0.15

Q310

2SA1576A

R320 C349

47k 2.2

1SS355

C201

C203

4700p

C202

2SA1797

D307

D308

Q201-204

RF LEVEL

1

C204

1

C333

1

Q309

R328

47k

SWITCHING

R203

2.2k

Q201

DTC144EUA

R201

2.7k

R202

2.7k

C328

10

35V

Q202

DTC144EUA

R204

2.2k

Q205

DTA144EUA

BUFFER

Q207

DTC144EUA

INVERTER BUFFER

R378 R380

R379

4.7k

47k 4.7k

Q309,311

B+ SWITCH

Q311

2SC4081

R207

10k

R205

3.3k

Q203

DTC144EUA

B1

Q204

DTC144EUA

R206

R208

3.3k 10k

Q206

DTA144EUA

FM2

FM1

R381

22k

B2

B3

B4

B5

B6

B7

B8

B9

B10

B11

(Page 29)

MV-900SDS

2828

MV-900SDS

6-10. SCHEMATIC DIAGRAM – MAIN Board (4/4) –

MV-900SDS

(Page 26)

(Page 28)

LIGHT-PWEJ

• See page 41 for IC Block Diagrams.

4.7 25V

GND

POWER

GND

POWER

Q325

TPC6102

R383

D701

1SS133

MUTING SWITCH

R356

15k

0

C759

16V

C757

NC

22

R782

R783

4.7k

Q318

2SA1576A

Q325,326

B+ SWITCH

10

35V

VCC

LOUT

ROUT

STBY

STANDBY SWITCH

10k

S

Q710,711

C771

4.7 25V

R797

2.2k

R796

2.2k

C772

4.7 25V

C363

2.2

R384 150k

Q710

2SC4081

C758

0.1

POWER AMP

R795

100

R792

100

UDZS5.6B

R385 150k

IC707

LA4627

Q713

DTC314TU

MUTING

Q712

DTC314TU

MUTING

C364

1

50V

D313

CN705C762 C764

4P1000 10V 1000 10V

R1769

D310

MA8068-L

L704

L705

Q715

2SC4081

D309

UDZS-308

POWER

SELECT

680

CN702

6P

CN108

10P

S301

B

A

R339

4.7k

L301

CN301

FM1

FM2

FM-CLK

FM-DATA

FM-CE

S-SCK

S-SDA

4P

ACC

BATT

AMP REN

BATT GND

CN107

CN105

8P

11P

C761 C763 1000

1000

10V

R781

10k

R784

1k

Q711

2SA1576A

R785

10k

R798

22k

R799

22k

R109

0

R110

0

R111

0

Q319

2SB1694

Q320

2SC4081

Q319,320

POWER ON

MUTING

Q326

2SC4081

C397

C301 2200

25V

R1767 R1768

10k 4.7k

R1701

100

C773 100p

C774 100p

R1702

100

R360R359 100k10k

C365

47

25V

R386

22k

ACCESSORY

47

16V

C302 C303 D301

0.01 100 1N5404TU

DISCHARGE SWITCH

2SC4081

R1765 R1766

10k 10k

C775

10

35V

C776

10

35V

L307

47µH

R362

10k

R361 100k

Q315

2SC2412K

DETECT

R341 C339

4.7k 0.1

VDR301

Q714,715

Q714

R340

10k

RCH

AUDIOGND

LCH

VGND

VOUT

A MUTE

SW1

FM1

FM2

AMP ON

POWER ON

FM-CLK

FM-DATA

FM-CE

S-SCK

S-SDA

SP1

(L-CH)

SP2

(R-CH)

FAN CONT

ACC IN

ACC SW

LIGHT PW/EJ

V GND

Y/CVBS

V GND

R-Y

V GND

B-Y

GND

BATT

(Page 38)

(Page 32)

(Page 34)

GND

AMP REM

ACC

F304

1A

GND

BATT

F303

5A

R789 R791 R793

10k 6.8k 12k

GND

C768 100p

R357

0

1SS356 0

R355

15k

R354

10k

D318

DAN202K

R338

22k

R335

10k

C755 C756

100 16V

9

10 11 14 15 16

DC

P.P

LIN

RINNCPRE

876 321

C767 100p

LINE AMP

IC708

NJM4558V

VCC

R790 R794

6.8k 12k

D312 R358

Q316,317

MUTING

CONTROL

Q317

2SC4081

TH301

C398

0.15

(4/4)

C748

R762 C744

4.7k 10

C746

0.01

R764

6.8k

R765

B1

B2

B3

B4

B5

L101

22µH

R105

75

C166

100 16V

C167

0.01

10 35V

C161

10 35V

C162

10 35V

C176

10

35V

C174

0.1

C173

CN302

2P

R104

75

B6

B7

C175

10

35V

R107

75

R108

75

B11

B8

B10

B9

CVBS

R-Y

B-Y

Y

M301

(FAN)

FAN+

FAN-

R763

4.7k

VIDEO INPUT SELECT

NJM2283V

IN1A

GNDI

IN2B

V+

SW2

IN2A

GND3

IN3B

6.8k

GND

VIN1

IC102

IC101

MM1508

IN1B

SW1

OUT1

GND2

OUT2

OUT3

SW3

IN3A

35V

C745

220 16V

C743

10

35V

V+VIN2

VOUT

SW

R766

100

1

C

T1

LK

C

U

C

V

LIN

LO

T1

A

1

D

U

N

O

IN

AT D

R

G

C168

10

35V

R106C172

750.1

ELECTRICAL

C165

470 16V 75

C169

VOLUME

PT2257

10

35V

C170

10 35V

C171

10 35V

R768

4.7k

IC706

R769

4.7k

R767

100

A

K

D

-S

-S S

S

R103

10

R761

R770

R771

R345 R343

10k 10k

C338

47

25V

R772 100k

R773 100k

C747

1k

Q321,322

POWER ON

C343

47

25V

NJM78L12UA-TEJ

C337 C336

0.1 0.1

111k

MUTING

R344

47k

+8V REGULATOR

IC303

TA78DL08AF

OGI

IC302

OGI

R774

10k

R775

10k

+12V REGULATOR

R342

2SB1694

1k

2SC4081

C765

4.7

25V

Q321

Q322

C342

10

35V

C341

0.1

C335

22

16V

R787

4.7k

R786

4.7k

C766

4.7 25V

C340

47

25V

C750

0

Q708

DTC314TU

MUTING

Q709

DTC314TU

MUTING

C749

0

Q308

2SA1797

Q307

2SC4081

R776

10k

C752

1

R778

2.2k

R779

2.2k

C751

R777

1

10k

25V

47

0.1

C770

C769

R788

10k

C362

R353

220

22k

25V

Q316

2SC4081

R352R351

22k3.3k

Q307,308

R337

10k

B+ SWITCH

R336

47k

2929

MV-900SDS

6-11. PRINTED WIRING BOARD – LCD Board (Side A) –

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

LCD BOARD

(SIDE A)

A

B

C

D

E

C502

R539

R537

C501

R540

+

R538

F

S402

G

H

REVERSE

S403

MENU

R518

R525

R517

C532

R516

C533

C541

Q502

+

C504

+

C505

C544 +

+

C536

Q503

ECB

R515

+

C531

R514

L402

L501

+

L502

C514

C546C547

X502 X501

+

C511

+

C507

+

C529

C483

+

• See page 23 for Circuit Boards Location.

(Page 24) (Page 24)

MAIN

BOARD

CN108

F

8

+

C481

+

C515

L503

R609

R610

R612

Q603

R601

R603

R606

R607

R608

C608 +

R642

R639

R638

L606

C609

1

IC601

12

R611

R614

R615

BCE

+

C522

+

C516

R602

+

C517

C513

C512

+

C525

R604

+

C520

R507

CN909

L601

R637

R616

MAIN BOARD CN105

H

NC

1

C604

+

KA

D602

C658

C657

C606

R633

R643

L604

3748

36

R630

FL603

FL602

25

2413

FL601

R621

R620

R619

R617

R618

R432

R438

R439

R440

R442

R443

R444

R445

R446

R447

R448

R472

R449

11 1

10

L602

RV601

R661

R660

C660 +

R460 R434

49

54

R450 R494

CN905

CN908

: Uses unleaded solder.

R433

R498

R430

R497

C407

2

IC403

32

R429

Q402

R477 R427

R426

R424

C551

R435

R471

48 33

13

C409

IC401

17

R495

16

R479

R411

R412

R413

R416

R417

AK

D954

13 1

81

C829 +

CN801

R662

1

R402

C610

R403

R404

L603

C659

L605

R405

R406

1

R407

R473

R408

C827 +

Q403

R462

R496

130

R461

R425

R423

R422

R421

R420

R419

R418

CN907

(Page 24) (Page 24)

MAIN BOARD CN103

B

ECB

R493

ECB

R492 R470

Q401

R456

R455

AK

D402

C412

C963

BCE

Q953

AK

D955

AK

D956

CN906

C817

+

C826

+

C831

+

C833

+

C845

C837

R830

R829

C836

+

C835

L812

C823 +

C820 +

R499

C405

+

Q955

R959

R955

BCE

R956

R960

R964

L950

C816

D801

+

C825 +

C822 +

C819 +

K

D804

C959 +

D803

AK

D950

D802

L803

AK

BOARD

CN107

C957 +

AAAK

MAIN

G

L850

+

F850

+

C955

C954

+

C962

T801

DC/DC CONVERTER

RV802

R842

R841

C841 +

C956

C851

C844

+

C839

C850

R849

+

C852

C838 +

L851

KA

D851

C806

C805

+

L801 L802

RV803 RV801

R832

R833

+

C809

+

C813

C860

C859

R801

F801

D852

R866 R865

R864

C864

K

A/K

L852

T850

INVERTER

TRANSFORMER

A

R870

R869

TP853

R868

CN850

12

S404

VOL +

S401

VOL –

I

MV-900SDS

• Semiconductor Location

Ref. No. LocationRef. No. Location

D402 C-10 D602 F-7 D801 E-10 D802 G-11 D803 G-11 D804 F-11 D851 D-12

D852 G-14 D950 E-11 D954 D-9 D955 D-9 D956 D-9

IC401 C-8

LCD1

LIQUID CRYSTAL

DISPLAY MODULE

Ref. No. Location Ref. No. Location

IC403 B-9 IC601 G-6

Q503 H-4 Q603 H-6 Q953 C-10

Q401 B-9

Q955 C-10 Q402 B-9 Q403 B-9 Q502 H-3

3030

BACK LIGHT

UNIT

1-863-447-

11

(11)

Sony MV-900-SDDS Service manual

TABLE OF CONTENTS

SERVICING NOTES

GENERAL

3-1. DISASSEMBLY FLOW

DISASSEMBLY

3-2. BRACKET (MAIN)

3-3. DVD MECHANISM DECK BLOCK

3-4. MAIN BOARD

3-5. REAR COVER (HINGE)

3-6. LCD BLOCK

3-7. LCD BOARD

3-8. LIQUID CRYSTAL DISPLAY PANEL (LCD1)

TEST MODE

ELECTRICAL ADJUSTMENTS

DIAGRAMS

6-1. BLOCK DIAGRAM – MPEG DECODER Section –

6-2. BLOCK DIAGRAM – AUDIO Section –

6-3. BLOCK DIAGRAM – VIDEO, PANEL Section –

6-4. BLOCK DIAGRAM – POWER SUPPLY Section –

6-5. PRINTED WIRING BOARD – MAIN Board (Component Side) –

6-6. PRINTED WIRING BOARD – MAIN Board (Conductor Side) –

6-7. SCHEMATIC DIAGRAM – MAIN Board (1/4) –

6-8. SCHEMATIC DIAGRAM – MAIN Board (2/4) –

6-9. SCHEMATIC DIAGRAM – MAIN Board (3/4) –

6-10. SCHEMATIC DIAGRAM – MAIN Board (4/4) –

6-11. PRINTED WIRING BOARD – LCD Board (Side A) –