Philips DVP-5900 Service manual

Published by BB 0549 Service Audio Printed in the Netherlands Subject to modification 3139 785 31770

DVP5900/12/05/37/98/93

DVD Player

CLASS 1

LASER PRODUCT

1 Technical Specifications and Connection

Facilities ...................................................................

2
2 Measurements Setup, Service Aid &

Service Hints ...........................................................4

3 Directions For Use ...................................................8

4 Dismantling Instructions & Service Positions .........

10

5 Service Test Program ............................................

13

6 Block Diagram ........................................................

15

Wiring Diagram ......................................................

16

7 Circuit Diagram and PWB Layout ..........................17

Zoran Peak Design DVP5900 ................................ 17

Zoran Peak Design DVP5900 -

Layout (Top View) ..................................................23

Zoran Peak Design DVP5900 -

Layout (Bottom View) ............................................. 24

Front Board ............................................................

25

Front Board - Layout (Top View) ............................

26

Front Board - Layout (Bottom View) .......................

27

Standby Board .......................................................

28

Standby Board - Layout (Top View) .......................28

Standby Board - Layout (Bottom View) ..................

28

8 Exploded View & Spare Parts List .........................

29

Exploded View of the Set .......................................

29

Spare Parts List ......................................................

30

©

Copyright 2004 Philips Consumer Electronics B.V. Eindhoven, The Netherlands.

All rights reserved. No part of this publication may be reproduced, stored in a retrieval system or
transmitted, in any form or by any means, electronic, mechanical, photocopying, or otherwise without
the prior permission of Philips.

Version 1.0

Page

TABLE OF CONTENTS

GB

EN 2

3139 785 317701.

LOCATION OF PC BOARDS

Technical Specifi cations and Connection Facilities

VERSION VARIATIONS:

TYPE /Versions:

Features &
Board in used

Video (Yellow, Cinch)
Component Video, (Y/Pb/Pr) -P-scan

SCART (CVBS/RGB)

Coaxial Out

Line out (Audio)

HDMI

DVP5900

DVP5900

/05 /12 /37 /93 /98

x

x
x

x

x

x

x

x
x

x

x

x

x

x

-

x

x

x

x

x

-

x

x

x

x

x

-

x

x

x

Technical Specifi cations and Connection Facilities

1. Specifi cations

3139 785 31770

1.

EN 3

1.1 GENERAL:

Mains voltage : 120V for /37
220-240V for /05, /12
110-127V/220-240V for

/93, /98
Mains frequency : 50/60Hz
Power consumption : < 14W
< 3W at Standby mode
Dimension centre unit : 435 x 48 x 310mm

1.2 AUDIO PERFORMANCE:
Normal Mode Stereo L/R

Output Voltage : 2Vrms ± 1.5dB
Channel Unbalance (1kHz) : < 0.45dB
Crosstalk : > 90dB (1kHz)
> 70dB (16kHz-20kHz)
Freq. Response (20Hz-20kHz) : ± 1.0dB
Signal to Noise Ratio : > 90dB (A-weighted)
Distortion and Noise : < 80dB (1kHz)

1.3 AUDIO FORMAT:

MPEG/AC-3/PCM : Compressed Digital
16, 20, 24 bits
fs, 44.1, 48, 96 kHz
MP3 (ISO 9660) : 96, 112, 128, 256 kbps

& variable
bit rate fs, 32, 44.1,
48 kHz

1.4 VIDEO FORMAT:

Digital Compression : MPEG-2 for DVD,

SVCD
MPEG-1 for VCD
MPEG-4

DivX

1.5 VIDEO PERFORMANCE:

CVBS
YPbPr
RGB (Scart)

1)

: 1.0V

1)

: 0.7V

1)

: 0.7V

p-p

p-p

p-p

1)

Output terminals to be terminated with 75Ω

EN 4

3139 785 317702.

Measurements Setup, Service Aid & Service Hints

2. Measurements Setup, Service Aid & Service Hints

MEASUREMENT SETUP

Tuner FM

Bandpass

LF Voltmeter

e.g. PM2534

RF Generator

e.g. PM5326

DUT

250Hz-15kHz

e.g. 7122 707 48001

Ri=50Ω

S/N and distortion meter

e.g. Sound Technology ST1700B

Use a bandpass filter to eliminate hum (50Hz, 100Hz) and disturbance from the pilottone (19kHz, 38kHz).

Tuner AM (MW,LW)

RF Generator

e.g. PM5326

Ri=50Ω

DUT

Frame aerial

e.g. 7122 707 89001

Bandpass

250Hz-15kHz

e.g. 7122 707 48001

LF Voltmeter

e.g. PM2534

S/N and distortion meter

e.g. Sound Technology ST1700B

To avoid atmospheric interference all AM-measurements have to be carried out in a Faraday´s cage.
Use a bandpass filter (or at least a high pass filter with 250Hz) to eliminate hum (50Hz, 100Hz).

CD

Use Audio Signal Disc
(replaces test disc 3)

DUT

L

R

SBC429 4822 397 30184

S/N and distortion meter

e.g. Sound Technology ST1700B

LEVEL METER

e.g. Sennheiser UPM550

with FF-filter

Recorder

Use Universal Test Cassette CrO2 SBC419 4822 397 30069

or Universal Test Cassette

LF Generator

e.g. PM5110

Fe SBC420 4822 397 30071

DUT

L

R

S/N and distortion meter

e.g. Sound Technology ST1700B

LEVEL METER

e.g. Sennheiser UPM550

with FF-filter

Measurements Setup, Service Aid & Service Hints

SERVICE AIDS

Service Tools:

Universal Torx driver holder .................................. 4822 395 91019

Torx bit T10 150mm ............................................. 4822 395 50456

Torx driver set T6 - T20 ......................................... 4822 395 50145

Torx driver T10 extended ...................................... 4822 395 50423

Compact Disc:

SBC426/426A Test disc 5 + 5A ............................ 4822 397 30096

SBC442 Audio Burn-in Test disc 1kHz ................. 4822 397 30155

SBC429 Audio Signals disc .................................. 4822 397 30184

Dolby Pro-logic Test Disc ...................................... 4822 395 10216

3139 785 31770

2.

EN 5

HANDLING CHIP COMPONENTS

EN 6

3139 785 317702.

Measurements Setup, Service Aid & Service Hints

GB

All ICs and many other semi-conductors are
susceptible to electrostatic discharges (ESD).
Careless handling during repair can reduce life
drastically.
When repairing, make sure that you are
connected with the same potential as the mass
of the set via a wrist wrap with resistance.
Keep components and tools also at this
potential.

Tous les IC et beaucoup d’autres
semi-conducteurs sont sensibles aux
décharges statiques (ESD).
Leur longévité pourrait être considérablement
écourtée par le fait qu’aucune précaution n’est
prise à leur manipulation.
Lors de réparations, s’assurer de bien être relié
au même potentiel que la masse de l’appareil et
enfiler le bracelet serti d’une résistance de
sécurité.
Veiller à ce que les composants ainsi que les
outils que l’on utilise soient également à ce
potentiel.

F

WARNING

ATTENTION

GB

Complete Kit ESD3 (small tablemat, wristband,

connection box, extention cable and earth cable) ...........4822 310 10671

Wristband tester ....................................................................4822 344 13999

ESD

D

WARNUNG

Alle ICs und viele andere Halbleiter sind
empfindlich gegenüber elektrostatischen
Entladungen (ESD).
Unsorgfältige Behandlung im Reparaturfall kan
die Lebensdauer drastisch reduzieren.
Veranlassen Sie, dass Sie im Reparaturfall über
ein Pulsarmband mit Widerstand verbunden
sind mit dem gleichen Potential wie die Masse
des Gerätes.
Bauteile und Hilfsmittel auch auf dieses gleiche
Potential halten.

ESD PROTECTION EQUIPMENT:

NL

Alle IC’s en vele andere halfgeleiders zijn

gevoelig voor electrostatische ontladingen (ESD).

Onzorgvuldig behandelen tijdens reparatie kan

de levensduur drastisch doen verminderen.

Zorg ervoor dat u tijdens reparatie via een

polsband met weerstand verbonden bent met

hetzelfde potentiaal als de massa van het

apparaat.

Houd componenten en hulpmiddelen ook op

ditzelfde potentiaal.

Tutti IC e parecchi semi-conduttori sono

sensibili alle scariche statiche (ESD).

La loro longevità potrebbe essere fortemente

ridatta in caso di non osservazione della più

grande cauzione alla loro manipolazione.

Durante le riparazioni occorre quindi essere

collegato allo stesso potenziale che quello della

massa dell’apparecchio tramite un braccialetto

a resistenza.

Assicurarsi che i componenti e anche gli utensili

con quali si lavora siano anche a questo

potenziale.

WAARSCHUWING

I

AVVERTIMENTO

GB

Safety regulations require that the set be restored to its original
condition and that parts which are identical with those specified,
be used

Safety components are marked by the symbol

!

.

NL

Veiligheidsbepalingen vereisen, dat het apparaat bij reparatie in
zijn oorspronkelijke toestand wordt teruggebracht en dat onderdelen,
identiek aan de gespecificeerde, worden toegepast.

De Veiligheidsonderdelen zijn aangeduid met het symbool

!

F

Les normes de sécurité exigent que l’appareil soit remis à l’état
d’origine et que soient utiliséés les piéces de rechange identiques
à celles spécifiées.

Less composants de sécurité sont marqués

!

D

Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zu
beachten. Der Original zustand des Geräts darf nicht verändert werden;
für Reparaturen sind Original-Ersatzteile zu verwenden.

Sicherheitsbauteile sind durch das Symbol

!

markiert.

I

Le norme di sicurezza esigono che l’apparecchio venga rimesso
nelle condizioni originali e che siano utilizzati i pezzi di ricambio
identici a quelli specificati.

Componenty di sicurezza sono marcati con

!

CLASS 1

LASER PRODUCT

GB

Invisible laser radiation when open.
Avoid direct exposure to beam.

Osynlig laserstrålning när apparaten är öppnad och spärren
är urkopplad. Betrakta ej strålen.

SF

Avatussa laitteessa ja suojalukituksen ohitettaessa olet alttiina
näkymättömälle laserisäteilylle. Älä katso säteeseen!

DK

Usynlig laserstråling ved åbning når sikkerhedsafbrydere er
ude af funktion. Undgå udsaettelse for stråling.

S

Warning !

Varning !

Varoitus !

Advarse !

GB

After servicing and before returning set to customer perform a leakage
current measurement test from all exposed metal parts to earth ground to
assure no shock hazard exist. The leakage current must not exceed

0.5mA.

F

"Pour votre sécurité, ces documents doivent être utilisés par
des spécialistes agréés, seuls habilités à réparer votre
appareil en panne".

Measurements Setup, Service Aid & Service Hints

3139 785 31770

2.2 Service Hints

CAUTION

CHARGED CAPACITORS ON THE SERVO BOARD MAY DAMAGE THE DRIVE
ELECTRONICS WHEN CONNECTING A NEW DRIVE.THAT’S WHY, BESIDES THE SAFETY
MEASURES LIKE

• SWITCH OFF POWER SUPPLY

• ESD PROTECTION
ADDITIONAL ACTIONS MUST BE TAKEN BY THE REPAIR TECHNICIAN.

The following steps have to be done when replacing the defective loader :

1. Dismantling of the loader to access the ESD protection point if necessary.

2. Solder the ESD protection point*.

3. Disconnect fl exfoil cable from the defective loader.

4. Put a paper clip on the fl exfoil to short-circuit the contacts (fi g.1)

5. Replace the defective loader with a new loader.

6. Remove paperclip from the fl exfoil and connect it to the new loader.

7. Remove solder joint on the ESD protection point.

2.

EN 7

ATTENTION: The laser diode of this loader is protected against ESD by a solder joint which shortcircuits the laserdiode to ground.

Type 1 Type 2

(ESD protection point is accessible from top of loader) (ESD protection point is accessible from bottom of the loader)

*Only applicable for defective loader needed to be sent back to supplier for failure analysis and to support backcharging
evidence.
This is also applicable for all partnership workshops.

For proper functionality of the loader this solder joint must be remove after connection loader to the set.

EN 8

3139 785 317703.

Directions For Use

3. Directions For Use

The following except of the Quick Use Guide serves as an introduction to the set.
The Complete Direction for the Use can be downloaded in different languages from the internet site of Philips Customer care Center:

www.p4c.philips.com

DivX DVD Player

See, hear, play everything
with HDMI

Be impressed with this Philips DVD player with HDMI digital video and audio connection. Step into
another home entertainment arena as you immerse yourself with High Denition video (720p /
1080i).

Unrivalled video performance

• HDMI out for digital high-denition video and digital audio

• Video Upscaling for improved resolution of up to 1080i lines

• Displays high denition pictures (JPEG) in true resolution

Enrich your movie experience

• Progressive Scan for razor-sharp and icker free images

• 192kHz/24-bit audio DAC delivers high-quality audio

Plays it all

• Movies: DVD, DVD+R/RW, (S)VCD, DivX 3.11/4.x/5.x/6.x, MPEG4

• Music: CD, MP3-CD, CD-R/RW & Windows Media™ Audio

• Photos: Picture CD (JPEG)

DVP5900

Directions For Use

3139 785 31770

DivX DVD Player

Technical specications Product highlights

3.

EN 9

Picture/Display

• D/A converter: 10 bit, 54 MHz

• Picture enhancement: Progressive Scan, Video
upscaling, Video upsampling

Sound

• D/A converter: 192kHz/24-bit

• Signal to noise ratio: 108 dB

• Distortion and Noise (1kHz): 80 dB

• Crosstalk (1kHz): 100 dB

• Dynamic Range (1kHz): 94 dB

• Sound System: Dolby Digital, MPEG2, Stereo

• Sound Enhancement: Night Mode

Video Playback

• Disc Playback Media: CD, CD-R/CD-RW, Video
CD/SVCD, DVD, DVD-RW (Video mode),
DVD-R, DVD-Video, DivX, WMA, DVD+R/
+RW

• Compression formats: MPEG1, MPEG2, MPEG4,
XviD, DivX 3.11, DivX 4.x, DivX 5.x

Audio Playback

• Disc Playback Media: CD, MP3-CD, WMA, CD­R/RW

• Compression format: Dolby Digital, MP3, PCM,
Windows Media (TM) Audio

• MP3 bit rates: 32 - 256 kbps

Still Picture Playback

• Disc Playback Media: Picture CD

• Picture compression format: JPEG

• Picture enhancement: Rotate, Zoom, High
Denition Resolution

Connectivity

• Other connections: HDMI out

• Audio Output - Analog: Stereo (Red/White
cinch)

• Audio Output - Digital: Coaxial (cinch)

• Video Output - Analog: Component RGB
(SCART), Composite CVBS (on SCART),
Component Y Pb Pr (cinch), Composite CVBS
(yellow cinch)

Convenience

• On-Screen Display languages: Danish, Dutch,
English, French, German, Italian, Norwegian,
Portuguese, Spanish, Swedish, Turkish, Polish,
Russian

Power

• Power supply: 100-240VAC, 50/60Hz

• Standby power consumption: < 3W

Accessories

• Batteries:

• Cables: None

• Remote control: 3141 017 90221

• User Manual: Danish, Dutch, English, Finnish,
French, German, Greek, Italian, Norwegian,
Portuguese, Spanish, Swedish, Turkish, Polish,
Russian

• Included batteries: 2x Longlife AA

Dimensions

• Packaging dimensions (W x H x D):
562 x 85 x 411 mm

• Weight incl. Packaging: 3.5 kg

• Set dimensions (W x H x D):
435 x 48 x 310 mm

• Set weight: 1.9 kg

HDMI

HDMI stands for High Denition Multimedia Interface.
It is a direct digital connection that can carry digital HD
video as well as digital multichannel audio. By
eliminating the conversion to analog signals it delivers
perfect picture and sound quality, completely free from
noise. HDMI is fully backward-compatible with DVI.

Video Upscaling

With Video Upscaling you can increase the resolution of
SD (Standard Denition) video signals that DVD uses to
HD (High Denition) so you’ll be able to see more
details thanks to a sharper, more true-to-life picture.The
resulting HD video output signal can be fed to an HD
display through HDMI (High-Denition Multimedia
Interface).

High denition pictures

With High Resolution JPEG playback, you can show up
to 2 Megapixel resolution on your FTV. Now you can
view your digital pictures in their true resolution, without
loss of quality or details.

Progressive Scan

Progressive Scan doubles the vertical resolution of the
image resulting in a noticeably sharper picture. Instead
of sending a eld comprising the odd lines to the screen
rst, followed by the eld with the even lines, both elds
are written at one time. A full image is created
instantaneously, using the maximum resolution. At such
a speed, your eye perceives a sharper picture with no
line structure.

192kHz/24 bit audio DAC

192KHz sampling enables you to have an accurate
representation of the original sound curves. Together
with a 24-bit resolution, more information is captured
from the original analogue sound wave form, giving a
much richer audio reproduction.

Multi-format Movies-DivX, MP4

Multi-format playability allows you to play most disc
formats for maximum compatibility and viewing
pleasure.

Music: Windows Media™ Audio

Multi-format playability allows you to play most disc
formats for maximum disc compatibility and listening
pleasure.

Picture CD (JPEG)

Multi-format playability allows you to view images in the
comfort of your living room and play most disc formats
for maximum disc compatibility and viewing pleasure.

EN 10

3139 785 317704.

4. Dismantling Instructions

Dismantling Instructions & Service Positions

4.1 Dismantling of the DVD Loader.

1) The tray can be manually open by inserting a minus
screw driver and push the lever in the direction as shown
in Figure 1 to unlock the tray before sliding it out.

2) Slide out the tray and remove the Tray Front
assembly as shown in Figure 2.

Figure 4-1

3) Loosen 5 screws to remove the Cover Top.

- 1 screw each on the left and right side

- 3 screws on the rear

4) Loosen 4 screws to remove the DVD Loader as shown in
Figure 3.

A

Figure 4-3

A

Figure 4-2

Dismantling Instructions & Service Positions

4.2 Dismantling of the Front Board, Zoran Board,
PSU Board.

3139 785 31770

4.

EN 11

1) Release 2 snap hooks on the sides to remove the Front
Panel.

2) Loosen 2 screws on the board and 4 screws at the rear of
the set to remove the Zoran Board.

B

Figure 4-4

3) Loosen 2 screws to remove the PSU Board.

D

Figure 4-6

C

Figure 4-5

EN 12

4.3 Service Positions

Front Panel Board

3139 785 317704.

Insulation Sheet

Dismantling Instructions & Service Positions

Zoran Board

Insulation Sheet

Service Position - Front Panel

Service Position - Zoran Board

5. Service Test Program

Service Test Program

3139 785 31770

5.

EN 13

To start service test program

hold

button depressed while

set is in standby and press the

STANDBY button*

Display shows the ROM

version “SVxx-yy”

MAIN MENU

DISPLAY
TEST

Button pressed?

Y

Display shows Figure 1 and

switch "Multichannel" &

"Progressive Scan" LEDs on

* Mains power to set must be on
Hold button depressed till the Display shown “SVxx-yy”

S refers to Service Mode
V refers to Version
xx refers to Software version number of the back uProcessor
(counting up from 01 to 99)
yy refers to the front uProcessor version number
(00 will be displayed if there is no front uProcessor use)

N

Figure 1

Button pressed?

Y

Display shows Figure 2 and

switch "Multichannel" &

"Progressive Scan" LEDs off

Button pressed?

Y

N

Figure 2

N

Various

other Tests

TEST Activated with ACTION

EEPROM FORMAT
TEST

to Exit

Load default data. Display shows “NEW”.

Caution!
All presets from the customer will be
lost!!

LEAVE SERVICE
TEST PROGRAM

Disconnect
mains cord

EN 14

3139 785 317705.

Service Test Program

5.1.1 Reprogramming of DVD version Matrix

After repair, the customer setting and region code may be lost.
Reprogramming will put the set back in the state in which it has left
the factory, ie. with the default setting and the allowed region code.

Model Region Region Code TV Type

DVP 5900/12 Europe 2 PAL

DVP 5900/98 AP 3 PAL

DVP 5900/93 China 6 PAL

DVP 5900/37 Nafta 1 NTSC

DVP 5900/05 UK/Ireland 2 PAL

To reprogram do as follows:

1) Power up the set.

2) Open tray by press “OPEN/CLOSE” button on the set or press
and hold “STOP” button on the RC.

3) Press the following buttons on the Remote Control:

<9> <9> <9> <9> <SUBTITLE> <0> ...........for DVP 5900/12,

DVP 5900/05

<9> <9> <9> <9> <SUBTITLE> <1> ...........for DVP 5900/51

<9> <9> <9> <9> <SUBTITLE> <3> ...........for DVP 5900/98

<9> <9> <9> <9> <SUBTITLE> <5> ...........for DVP 5900/93

<9> <9> <9> <9> <AUDIO> <7> .................for DVP 5900/37

4) The display shows ‘YYYY-ZZ’ and the tray will close.
YYYY = model number (eg. 0720, 3900, etc.)
ZZ = stroke version (eg. 00, 02, 05, etc.)

5.1.2 Procedure for check Software version

1) Power up the set.

2) Open tray by press “OPEN/CLOSE” button on the set or press
and hold “STOP” button on the RC.

3) Press “DISPLAY” button on the Remote control.

4) The TV screen will shows:

SD6.1 Vxx YYYY-ZZ P QQ
SERVO: GGGGGGGG REG:D

xx = version number
YYYY = model number (eg. 0720, 3900, etc.)
ZZ = stroke version (eg. 00, 02, 05, etc.)
P / D = region code
QQ = version number of front uProcessor
GGGGGGGG = version for servo code

5.1.3 Procedure to upgrade software

1) Power up the set.

2) Open tray by press “OPEN/CLOSE” button on the set or press
and hold “STOP” button on the RC.

3) Place upgrade CD-ROM onto tray and close.

4) The set will response and display the following:

- LOAD [After the disc is read, the tray will open for you to
remove the disc]

- ERASE

- WRITE

- ERROR [if upgrade is unsuccessful]

- UPG END -> PHILIPS [if upgrade is successful]

- DISC->CLOSE->LOAD [Tray will close indicating that the
upgrade process is completed]

5) The whole process should not take more than 5 minutes.

Caution: Do not unplug the set until upgrade is completed.

5.1.4 Trade Mode

Trade mode is a feature that will block all set keys when enabled.
It is for dealers to prevent customers from removing disc, changing
source etc using the set keys. Rotary and Remote Control (RC) keys
are still allowed in Trade mode.

To activate Trade Mode:

1) Power up the set.

2) Open tray by press “OPEN/CLOSE” button on the set
or press and hold “STOP” button on the RC.

3) Then press buttons <2> <5> <9> on the RC.

4) The display shows ‘TRA ON’ and the tray will close.
Trade Mode is now enabled.

To deactivate Trade Mode:

1) Power up the set.

2) Open tray by press and hold “STOP” button on the RC.

3) Then press buttons <2> <5> <9> on the RC.

4) The display shows ‘TRA OFF’ and the tray will close.
Trade Mode is now disabled.

EN 15

3139 785 31770

6

Block Diagram, Wiring Diagram

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REDOCED GEPM

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6. Block Diagram

EN 16

3139 785 31770

6.

Block Diagram, Wiring Diagram

13

A

8910

13

1234 5

G

H

I

E

F

9 101112

G

H

56

7

6

J

1

F

E

D

C

B

11 12

A

B

C

D

6
7
8
9

8

J

234

7

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1

10
11

2
3
4
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2
3
4
5
6

1503

B11B-PH-K

1
2

B6B-PH-K

1XXX

1

7
8
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WH02D-1

1104

1

10
11
12

2
3
4
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66
7
8
9

B12B-EH-A

CN2021106

B12B-EH-A

1

10
11
12

2
3
4
5

12345

345

1011

1-D50HW

9

1-D50HW

0011

1

2

1234567

8

45678

9

7011

1-D90HW1-D90HW

2011

123

1
2
3
4
5

WH02D-1

1XXX

1
2

B5B-PH-K

1XXX

XXX1

A-KRTB-NMF42

1501

24FMN-BTRK-A

14

2
3
4
5
6
7
8
9

1

10
11
12
13

14FE-BT-VK-N

1106

2001

14FE-BT-VK-N

SET WIRING DVP5900

31392493315_2005-08-26

Wiring Diagram

EN 17

3139 785 31770

7

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

VID0
VID1
VID2
VID3
VID4
VID5
VID6
VID7

VCLKX2

TMDS_D2+
TMDS_D2-

TMDS_D1+
TMDS_D1-

TMDS_D0-

TMDS_CLK-

RESET-

HD_VDDDAC
HD_AVDDT33
HD_AVDDT18
HD_VDDPLL

HD_CLK
HD_DAT

SPDIF

CLOSE

OPEN

FS3

/AUDIO_RESET

TMDS_D0+

TMDS_CLK+

VSYNC

HSYNC

HOTPLUGHOTPLUG_F

HOTPLUG

DDCDAT

TMDS_D0+

TMDS_D2-

TMDS_D2+

TMDS_CLK-

TMDS_CLK+

TMDS_D0-

TMDS_D1-

HDMI5V

DDCCLK

A+12V

TMDS_D1+

GND

TMDS_CLK+

TMDS_D2-

TMDS_D0+

TMDS_CLK-

TMDS_D1-

TMDS_D1+

TMDS_D2+

TMDS_D0-

HDVCC33

HDVCC18

HDVCC33

HDVCC33

HDVCC18

HDVCC18 HDVCC33

TDMSGND

HD_AVDDT33

HD_AVDDT33

DSPVCC33

TDMSGND

HDMI5V

A+12V

HDMI5V

HDMI5V

A+12V

TDMSGND

DSPVCC33

HDVCC33

DSPVCC18

VID0
VID1
VID2
VID3
VID4
VID5
VID6
VID7

VCLKX2

RESET-

HD_CLK

OPEN

CLOSE

FS3

OSCOUT

VSYNC

HSYNC

GCLKA

HD_DAT

HDVCC18 HDVCC33

DDCCLK

A+12V

DDCDAT

DSPVCC33

DSPVCC33

HDVCC33

DSPVCC18

4385CS

SPDIF

FS1
FS2

/AUDIO_RESET

CCLK
CDTI

ZR36721

C272 & C179 should be nearby Pin48 & Pin54 of I77

Power for I77_AVDDT33

Please Note:
TDMSGND should be
connected to GND
at a single point.

HDMI_TYPE_A

Adjust pin current 3619
55 or 60uA 2.87K/1%
90uA 2.8K/1%

HDMI 5V.(4.95~5.05V)

TMDS:
Transition Minimized Differential Signaling

DDC signal Capacitance:
<50pF

3615

4.7K

3626
1K

+

2622
47uF/16V

7611

B1117-ADJ

ADJ/GND1OUT2

2IN3

OUT1

4

7606
2N7002

1

32

2609

0.1uF

3609
0R

3625

2.7K

3605
75R/1%

2614

0.1uF

+

2608
100uF/16V

5606

FB220R

7603 P SS8550

1

2 3

3612

4.7K

2615

0.1uF

3613

4.7K

2616

0.1uF

2610

0.1uF

5607 FB220R

2611

0.1uF

+

2602
100uF/16V

2612

0.1uF

2613

0.1uF

2607

0.1uF

3618
1K/1%

3602
75R/1%

3610
10K

5601 FB220R

2620

0.1uF

3611 75R

+

2606
100uF/16V

+

2604
100uF/16V

+

2621
47uF/16V

2601

0.1uF

3619

2.87K/1%

2605

0.1uF

5603 FB220R

7610

VIN[0]

1

VIN[1]

2

VIN[2]

3

VIN[3]

4

VIN[4]

5

VIN[5]

6

VIN[6]

7

VIN[7]

8

VDDIP

9

VDDC

10

VCLKx2

11

GNDC

12

GNDP

13

HSYNC/I2C_CFG0

14

FIELD/I2C_CFG1

15

VDDP

16

GPIO[9]

17

GPIO[8]

18

GPIO[7]

19

GPIO[6]

20

GPIO[5]21SPDIF/I2C_CFG222GPIO[15]23GNDP24GPIO[4]25VDDP26GPIO[3]27GPIO[2]28GPIO[1]29GPIO[0]30VDDC31HOTPLUG32GNDC33GNDP34SCL35SDA36GPIO[16]37GPIO[17]38CEC39VDDP

40

RESET-

41

VDDPLL

42

REFCLK

43

GNDPLL

44

AGNDT33

45

TXCN

46

TXCP

47

AVDDT33

48

TXDN0

49

TXDP0

50

AGNDT33

51

TXDN1

52

TXDP1

53

AVDDT33

54

TXDN2

55

TXDP2

56

AGNDT33

57

AGNDT1_8

59

AVDDT1_8

60

CSET

58

VREF

61

GNDDACBS

62

GNDDACP

63

RSET

64

VDDD

65

Y/G

66

Pr/R

67

Pb/B

68

GNDDAC

69

GNDC

70

H_SYNC

71

VDDC

72

V_SYNC

73

GNDP

74

GPIO[14]

75

VDDP

76

GPIO[13]

77

GPIO[12]

78

GPIO[11]

79

GPIO[10]

80

3624
1K

2603

0.1uF

3607 1 .8K

3606
430 ohm/1%

+

2623
47uF/16V

3617

3.3R/1W

3604
75R/1%

5610

NM

1
2

3
4

3601 3 92 ohm/1%

5609

NM

1
2

3
4

5602 FB220R

5611

NM

1
2

3
4

3608 1 .8K

7604
BC848

1

2 3

3614 NM N.C.

1601

HD port

TDMS_D2+

1

TDMS_D2_SHIELD

2

TDMS_D2-

3

TDMS_D1+

4

TDMS_D1_SHIELD

5

TDMS_D1-

6

TDMS_D0+

7

TDMS_D0_SHIELD

8

TDMS_D0-

9

TDMS_CLK+

10

TDMS_CLK_SHIELD

11

TDMS_CLK-

12

CEC

13

NC

14

SCL

15

SDA

16

DDC/CEC_GND

17

+5V

18

HOTPLUG

19

GND20GND21GND22GND

23

5608

NM

1
2

3
4

7605

2N7002

1

32

2619

0.1uF

PHILIPS_5900_V40_0805_pg6.eps 2005-08-04

7. Zoran Peak Design DVP5900 - HD Companion Chip

Circuit Diagram and PWB Layout

EN 18

3139 785 31770

7.

Zoran Peak Design DVP5900 - Memory

Circuit Diagram and PWB Layout

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

MEMAD15

MEMRD-

MEMAD14
MEMAD13
MEMAD12
MEMAD11
MEMAD10
MEMAD9
MEMAD8

VF

RESET-

MEMAD19

MEMAD18
MEMAD17
MEMAD7
MEMAD6
MEMAD5
MEMAD4
MEMAD3
MEMAD2
MEMAD1

MEMAD16

MEMDA15
MEMDA7
MEMDA14
MEMDA6
MEMDA13
MEMDA5
MEMDA12
MEMDA4

MEMDA11
MEMDA3
MEMDA10
MEMDA2
MEMDA9
MEMDA1
MEMDA8
MEMDA0
MEMRD-

MEMAD0

MEMWR-

MEMWR-

MEMDA[15:0]

MEMAD[19:0]

VF

IMEMAD19

AMEMAD19

SSRAMCS-

FLASHCS-

MEMCS1-

VF

MEMCS0-

DSPVCC33

GND

MEMAD0

MEMDA0

MEMDA1

MEMDA6

MEMDA5

MEMDA7

MEMDA4

MEMDA3

MEMDA2

MEMAD3

GND

MEMAD5

MEMAD16

MEMAD1

MEMAD10

MEMAD12

MEMAD18

MEMAD8

MEMAD7

GND

MEMAD14

DSPVCC33

MEMRD-

MEMDA8

MEMDA11

SSRAMCS-

MEMDA9

MEMDA10

MEMDA14

MEMDA15

GND

MEMDA12

MEMDA13

MEMAD6

MEMAD2

MEMAD17

MEMAD4

MEMAD19

MEMWR-

MEMAD15

MEMAD13

MEMAD11

MEMAD9

FLASHCS-

GND

DSPVCC33

DSPVCC33 D+5V

D+5V

MEMDA[15:0]

RESET-

MEMWR-

MEMRD-

MEMAD[19:0]

MEMCS1-

MEMCS0-

D+5V

DSPVCC33

D+5V

Flash speed <= 70 nS

A19

NC
NC
RY/BY#

BYTE#

Basic function: SST39VF800 is OK.
Without EEPROM.

Memory Choose

1302 Setup :
a)Flash memory(7301) : 1-3 short only
b)External SRAM( 1301) : 1-2 and 3-4 short.

In MP stage, install 3307 and not install 1302.

EXTERNAL SRAM PORT

+

2302
47uF/16V

1301

NM

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47

3307 0R

3306 NM

4302
Jumper2.0X2

3
4

1
2

2307
100pF

3301
10K

2306
100pF

7301

M29W160ET70N6

A15

1

A14

2

A13

3

A12

4

A11

5

A10

6

A9

7

A8

8

NC

9

A20

10

WE#

11

RP#

12

VPP

13

WP#

14

A19

15

A18

16

A17

17

A7

18

A6

19

A5

20

A4

21

A3

22

A2

23

A1

24

A16

48

VCCQ

47

GND

46

DQ15

45

DQ7

44

DQ14

43

DQ6

42

DQ13

41

DQ5

40

DQ12

39

DQ4

38

VCC

37

DQ11

36

DQ3

35

DQ10

34

DQ2

33

DQ9

32

DQ1

31

DQ8

30

DQ0

29

OE#

28

GND

27

CE#

26

A0

25

3303
0R

3304
NM

2304

0.1uF

3305 0R

3302
10K

2301

0.1uF

2303

0.1uF

PHILIPS_5900_V40_0805_pg3.eps 2005-08-04

EN 19

3139 785 31770

Zoran Peak Design DVP5900 - ZR36778 & SDRAM

7

Circuit Diagram and PWB Layout

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

OSCIN

IRRCV

MEMDA8

DUPTD1

MEMDA7

RAMADD1

MEMDA15

RAMDAT14

RAMDAT3

MEMAD4

RAMDAT4

RAMADD3

MEMCS1-

MIRR

RAMCS-

RAMADD7

MEMDA9

MEMDA13

MEMAD16

RAMCKE

MEMAD5

RAMDAT2

RAMDAT8

MEMDA2

MEMDA11

STB_DET

MEMCS0-

MEMAD2

VSYNC

RAMWE-

OSCOUT

RAMDAT0

RAMCAS-

RAMRAS-

RAMADD0

MEMDA4

MEMDA12

MEMAD12

DSPVCC33

RAMDAT13

RAMDAT11

RAMDAT6

RAMADD9

RAMADD4

MEMAD6

MEMDA3

DUPRD1

RFA_SCLK

DEFECT

MEMDA14

MEMAD10

OUTSW

RAMDAT15

RAMDAT9

RAMADD2

MEMAD17

MEMAD9

MEMAD11

MEMAD13

MEMAD3

HSYNC

RAMDAT10

MEMDA0

IAMCLK

RAMDAT7

RAMADD8

MEMAD8

MEMDA6

MEMAD14

MEMAD15

INSW

MEMAD1

RAMDAT5

IPCLK

RAMDQM

RAMADD10

RAMADD5

DUPTD0

RAMDAT12

MEMDA1

MEMAD18

MEMDA10

MEMWR-

DSPVCC18

RAMDAT1

RAMADD6

MEMAD7

MEMDA5

HD_CLK

MEMAD19

MEMAD0

SPDL_SENS

RAMDAT9

RAMBA1

RAMADD0

RAMDAT13

RAMADD3

RAMBA0

RAMDAT7

RAMADD1

RAMDAT11

RAMADD5

RAMDQM

RAMDAT4

RAMDAT0

RAMADD7

RAMWE-

RAMADD4

RAMCAS-

RAMADD6

RAMDAT3

RAMCS-

RAMDAT15

RAMDQM

PCLK

RAMDAT6

RAMADD9

RAMDAT8

SDRAM_VCC

RAMADD11

RAMDAT2

RAMDAT14

RAMDAT12

RAMRAS-

RAMADD8

RAMDAT10

RAMDAT1

RAMADD2

RAMADD10

RAMDAT5

RAMADD11

RAMBA1

RAMBA0

MEMRD-

DRVSB

GCLKA

OSCIN

IDUPRD1

IDUPTD1

HOMESW

FPC_DOUT

FPC_CLK

VID5
VID6

VID0

VID2

VID1

VID3
VID4

VID7

VCLKX2

HD_DAT

RESET-

PCLK

OSCOUT

RAMCKE

VBIASS1

FPC_STB

DSPVCC33

RESET-

ZPIN141

AMUTE

ZPIN79

ZPIN81

ZPIN79

ZPIN81

ZPIN119

ZPIN117

ZPIN119

ZPIN117

ZPIN197

ZPIN195

ZPIN197

ZPIN195

STB

SPDIF

AMCLK

GND

GND

GND

DSPVCC33

VGND AFEGNDSGND

VGND

DSPVCC33

DSPVCC18

DSPVCC33

DSPVCC18

DSPVCC33

DSPVCC33

DSPVCC18
DSPVCC33

DSPVCC33

D+5V

DSPVCC33

SGND

D+5V

DSPVCC33

DSPVCC33

DSPVCC33

DSPVCC33

D+5V

DSPVCC18

DRVSB

RFA_SCLK

MEMCS1-

MEMWR-

MEMRD-

MEMCS0-

MEMAD[19:0]

AOUT0

ALRCLK

ABCLK

AMCLK

VSYNC

HSYNC

VCLKX2

C_B_U
Y_R_V
CVBS_C
CVBS_G_Y

SLED_PWM

SPINDLE_PWM

SVREF15

AAF_PI

AAF_TE

AAF_FE

AAF_CE

LINK

RFINN

RFINP

FOCUS_DAC

TRACK_DAC

INSW

OUTSW

HD_CLK

DUPTD1
DUPRD1

DUPTD0
DUPRD0

VID4

VID1

VID5

VID2

VID6

VID3

VID0

VID7

IRRCV

DDCCLK

FPC_DOUT

OSCOUT

GCLKA

DDCDAT

MEMDA[15:0]

HD_DAT

DSPVCC33

DSPVCC33

DSPVCC18

D+5V

MIRR

SPDL_SENS

DEFECT

RFA_SDEN

RFA_SDATA

HOMESW

FPC_CLK

RESET-

AMUTE

D+5V

STB

SPDIF

VR_SEL

STB_DET

FPC_STB

SDRAM speed <=7ns

64Mbit SDRAM

For VDDP pins of I76
except for SDRAM part

For VDDC pins of I76

For VDD pins of SDRAM

Specially for VDDP pins of I76(SDRAM port)

SW Debug Down load

NMI

+

-

RESET button(only for debug)

2244

0.1uF

2281
10nF

2285

100pF

2213

0.1uF

2269
1nF

2257

0.1uF

+

2218

47uF/16V

2256

0.1uF

4204
NM

1

2

5202 FB2 20R

2222

0.1uF

3216 0R

2265

1nF

3215

4.7K

32170R

2246

0.1uF

3206
10K

2214

0.1uF

5207 FB220 R

5212

FB220R

2224

0.1uF

2227

0.1uF

2260
1nF

2230
33pF

+

2240
47uF/16V

5211 FB2 20R

3221

10K 1%

2228

1nF

2242 2 pF

2231 33pF5205 FB2 20R

6201

1N4148

12

5208 FB220 R

2263 1n F

3213
100R

2241 0 .1uF

3201 4. 7K

+

2205
100uF/16V

7202
IC42S16400-7T

A023A124A225A3

26

A429A530A631A732A833A9

34

A10

22

A11

35

CKE

37

CS19WE

16

DQ14DQ25DQ37DQ48DQ510DQ611DQ7

13

DQ8

42

DQ0

2

DQ9

44

DQ1045DQ1147DQ1248DQ1350DQ1451DQ15

53

CLK

38

CAS17RAS18DQML

15

DQMH

39

N.C36N.C

40

VSS

41

VSS

54

VSSQ

6

VSSQ

12

VSSQ46VSSQ

52

VDD

14

VDD

27

VDDQ

3

VDDQ

9

VDDQ

49

VDDQ

43

VDD

1

VSS

28

BA020BA1

21

2243

0.1uF

+

2219
47uF/16V

2245

0.1uF

5203
FB220R

4202
NM

N.C.

1

2

2232

0.1uF

TP00

.

1

+

2201
47uF/16V

5214
FB220R

2280
10nF

+

2202
100uF/16V

+

2204
100uF/16V

2266
1nF

3220

10K 1%

3203

4.7K

3210
10K

TP01

.

1

2239

0.1uF

2247

0.1uF

2215

0.1uF

3212 39 2 ohm/1%

5209
FB220R

2238
1nF

2209
1nF

2229

NM

3219 0R

+

2203
100uF/16V

5215

FB220R

3209 0R

2206

0.1uF

6202
BAT54S

231

3204

10K/1%

1112

27.000MHz

2217

0.1uF

5204 FB2 20R

2286

100pF

2252

0.1uF

3207
47K

2255

0.1uF

2220

0.1uF

3211 0R

5206 NM

2221

0.1uF

4203

Jumper2.0

N.C.

1

2

2267
1nF

2270
33pF

3208 0 R

5210

FB220R

2236
1nF

2254

0.1uF

7201

ZR36778

GNDP

12

SSCRXD/GPCIO[17]

1

MEMCS[1]#/GPCIO[18]

2

VDDP

3

MEMAD[15]

4

MEMAD[16]

5

MEMAD[14]

6

MEMAD[13]/FCUIF29

7

MEMAD[12]/[PLLCFGA]

8

MEMDA[15]/FCUIF28

9

MEMAD[11]/[PLLCFGP]

10

MEMDA[7]/FCUIF9

11

GNDP

50

MEMAD[10]/FCUIF20

13

MEMDA[14]/FCUIF27

14

MEMAD[9]/FCUIF19

15

MEMDA[6]/FCUIF8

16

MEMAD[8]/FCUIF18

17

MEMDA[13]/FCUIF26

18

MEMDA[5]/FCUIF7

19

MEMAD[20]/[GPCIO19]/[MEMCS#2]

20

VDDP

21

MEMDA[12]/FCUIF25

22

MEMWR#/FCUIF0

23

MEMDA[4]/FCUIF6

24

VDDC

25

MEMDA[11]/FCUIF24

26

MEMDA[3]/FCUIF5

27

MEMAD[19]/[PLLSEL]

28

GNDC

29

MEMDA[10]/FCUIF23

30

MEMAD[18]

31

GNDP

32

MEMDA[2]/FCUIF4

33

MEMAD[17]

34

MEMDA[9]/FCUIF22

35

MEMAD[7]/FCUIF17

36

MEMDA[1]/FCUIF3

37

MEMAD[6]/FCUIF16

38

VDD-IP

51

VDDP

52

RAMADD[4]53RAMADD[3]54RAMADD[5]55GNDP

62

RAMADD[2]56RAMADD[6]57VDDP58RAMADD[1]59RAMADD[7]60RAMADD[0]

61

GNDP

72

RAMADD[8]63VDDC64RAMADD[10]65GNDC66RAMADD[9]67VDDP68RAMADD[11]69RAMCS[0]#/RAMBA[1]

70

RAMBA[0]

71

GNDP

83

RAMCS[1]#73RAMRAS#74RAMCAS#75VDDP76RAMWE#77RAMDQM78GNDPCLK79PCLK80VDDPCLK81RAMDAT[8]

82

GNDP

91

RAMDAT[7]84RAMDAT[9]85RAMDAT[6]86VDDP87RAMDAT[10]88RAMDAT[5]89RAMDAT[11]

90

GNDP

101

RAMDAT[4]92VDDC93RAMDAT[12]94GNDC95RAMDAT[3]96VDDP97RAMDAT[13]98RAMDAT[2]99RAMDAT[14]

100

RAMDAT[1]

102

RAMDAT[15]

103

RAMDAT[0]

104

VDDP

105

DUPTD1/GPCIO38

156

DUPRD1/GPCIO37

155

VDD-IP

154

DUPRD0/GPCIO35

152

GNDP

151

VDDP

145

VID[1]/DJTDO/GPCIO30

136

GCLKA/GPCIO31

144

GCLKP

143

XO

142

VDDA

141

RESET#

140

GNDA

139

GNDP

138

VDDP

127

GNDP

125

HSYNC/GPCIO25/[CJTDO]

124

VDDC

123

VSYNC/GPCIO24/[CJTDI]

122

GNDC

121

AIN/[GPCIO23/CJTCK]

120

VDDP-A2

119

AMCLK

118

GNDP-A2

117

ABCLK

116

ALRCLK

115

GPAIO/[AOUT3]/IDGPCIO[0]

114

AOUT[0]

113

AOUT[1]/[GPCIO22]

112

AOUT[2]/[GPCIO21]

111

SPDIF

110

SLEDPULSE/IDGPCIO6/FCUIF30

205

VDDP

204

GNDP

202

VDDC

192

GNDC

190

DEFECT/IDGPCIO5/FCUIF37

200

PWMACT[0]/GPCIO39

187

GNDPWM

195

VDDPWM

197

GNDAFES

186

VBIASS1

185

VBIASS0

184

VDDAFES

175

GNDAFERF

174

RFINN

173

RFINP

172

VDDAFERF

171

GNDDACD

157

DACDRIVE[1]

169

VDDDAC

160

DACDRIVE[0]

167

GNDDACBS2

165

GNDDACP

164

RSET

163

C/B/U

162

Y/R/V

161

CVBS/C

159

CVBS/G/Y

158

MEMDA[8]/FCUIF21

39

MEMAD[5]/FCUIF15

40

VDDP

41

MEMDA[0]/FCUIF2

42

MEMAD[4]/FCUIF14

43

MEMRD#/FCUIF1

44

MEMAD[3]/FCUIF13

45

MEMAD[2]/FCUIF12

46

MEMCS[0]#

47

MEMAD[1]/FCUIF11/[BOOTSEL2]

48

MEMAD[0]/FCUIF10/[BOOTSEL1]

49

GPCIO[20]/CPUNMI

106

GNDP

107

ICGPCIO0/AOUT[3]

108

IDGPCIO0/RAMCLKE

109

VCLKx2/CJTMS/ICGPCIO[1]

126

VID[7]/ICETMS/GPCIO26

128

VID[6]/ICETDI/ICGPCIO2

129

VID[5]/ICETDO/IDGPCIO1

130

GNDP

131

VID[4]/ICETCK/GPCIO27

132

VID[3]/DJTMS/GPCIO28

133

VID[2]/DJTDI/GPCIO29

134

VDDP

135

VID[0]/DJTCK/ICGPCIO3

137

ICGPCIO4

146

GPCIO33/SPDIFOIN

147

ICGPCIO5

148

GPCIO34/SPDIFCIN

149

IDGPCIO3/FCUIF33

150

DUPTD0/GPCIO36

153

GNDDACPS

166

VDDDACS

168

GNDDACDS

170

ADCIN0

183

ADCIN1

182

ADCIN2

181

ADCIN3

180

ADCIN4

179

ADCIN5

178

ADCIN6

177

ADCIN7

176

PWMACT[1]/GPCIO40

188

PWMCO[0]/GPCIO41

189

PWMCO[1]/GPCIO42

191

PWMCO[2]/GPCIO43/FCUIF34

193

PWMCO[3]/IDGPCIO44/FCUIF35

194

PWMCO[4]/GPCIO45

196

PWMCO[5]/GPCIO46/FCUIF36

198

PWMCO[6]/IDGPCIO4/FCUIF32

199

ICGPCIO6

201

ICGPCIO7

203

SPINDLEDPULSE/IDGPCIO7/FCUIF31

206

SSCCLK/GPCIO47

207

SSCTXD/GPCIO16

208

3202

4.7K

2251

0.1uF

4201
NM

N.C.

1

2

5201 FB2 20R

2287
100pF

2212

0.1uF

3218 0 R

+

-

7203A

LM358

3

2

1

84

2268
1nF

3214
220K

2261
10nF

2262 1n F

2226

0.1uF

2216

0.1uF

3222
300Rx4

12

34

56

78

2248

0.1uF

2288

100pF

2249

0.1uF
2223

0.1uF

3205 100K

2253

0.1uF

PHILIPS_5900_V40_0805_pg5.eps 2005-08-04

EN 20

3139 785 31770

Zoran Peak Design DVP5900 - Back End

7

Circuit Diagram and PWB Layout

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

A+5V

/AUDIO_RESET

L-

L+

R-

R+

AOUT0

AMCLK
ABCLK

CDTI

ALRCLK

MUTEL

L-

L+

R+

R-

MUTER

MUTE

MUTE

HD_DAT

HD_CLK

MUTE

A-12V

AMUTE

A+5V

4385CS

CCLK

MUTEL

MUTER

HDVCC33

A-12V

A+12V

A+12V

A+12V

DSPVCC33

DSPVCC33

DSPVCC33

DSPVCC33

A-12V

A+12V

D+5V

D+5V

DSPVCC33

HD_CLK

LMAIN-OUT

RMAIN-OUT

HDVCC33

A+12V
A-12V

HD_DAT

A-12V

AMCLK
ABCLK
AOUT0
ALRCLK

/AUDIO_RESET

DSPVCC33

Y_R_V

C_B_U-OUT

DSPVCC33

CVBS_G_Y-OUT

C_B_U

Y_R_V-OUT

CVBS_G_Y

CVBS_C CVBS_C-OUT

AMUTE

D+5V

4385CS

CCLK
CDTI

MUTE

SCART-R

SCART-L

Basic function:
Without EEPROM.

NOTICE:WHEN LAYOUT,78L05 NEAR 2684

HIGH--MUTE LOW--OPERATE

Notice the audio paremeter changes.

+

2433

47uF/16V

3402

4.75K 1%

6406 1N4148

12

5404 1.1uH

3417

20K

2425
150pF

3405

470R

64071N4148

12

3416

470R 1%

7412

BC858

1

23

7416

BC858

1

2 3

7404

AK4385ET

DZFR

15

DZFL

16

PDN

5

BICK

2

MCLK

1

VDD

14

VSS

13

SDTI1

3

CSN

6

CDTI

8

CCLK7AOUTR+

10

AOUTL+

12

AOUTR-

9

AOUTL-

11

LRCK

4

2427
160pF

3415

4.75K 1%

3403

5.1K 1%

7414

BC848

1

2 3

2692

10uF/16V

12

3432

75R/1%

2403
3300pF

3427 0R

2411

560pF NPO

3425 4 .7K

3406

4.75K 1%

3429
10K

2421
160pF

2430
160pF

2402 56 0pF NPO

2423
160pF

3431

75R/1%

3428 0 R

7411

BC848

1

23

7413

BC858

1

23

+

2415

47uF/16V

3426 4 .7K

2429 11pF

3404 470R 1%

3424

2K

+

-

7401B
LM358

5

6

7

8 4

2412

0.1uF

6402
BAT54S

231

3461

10K

2422
150pF

3446 33K

6401
BAT54S

231

2428
150pF

+

2416

47uF/16V

7405

NM

A0

1

A1

2

A2

3

GND

4

VCC

8

WP

7

SCL

6

SDA

5

2404 10uF/16V

1 2

3443 4.7K

6405 1N4148

1 2

3435 NM

2406 56 0pF NPO

3434

75R/1%

3430
10K

7410

BC848

1

23

3413 470R 1 %

2407 56 0pF NPO

7415

BC858

1

2 3

2414

47uF/16V

2426 11pF

+

2832

220uF/16V

3462

10K

3407

470R 1%

3439 10K

3401 33R

2424 11pF

2413

0.1uF

5401 1.1uH

3410

1K

2408
3300pF

6404
BAT54S

231

3408

20K

3409

5.1K 1%

3433

75R/1%

+

2418

NM

2419
150pF

3440 47K

+

-

7401A
LM358

3

2

1

8 4

5403 1.1uH

3436 NM

2409

10uF/16V

1 2

3420 33R

3419

1K

3412

5.1K 1%

2420 11pF

3460

10K

3423 47K

3450
100K

3441

4.7K

3418

5.1K 1%

2401

0.1uF

64001N4148

12

5400 1.1uH

3414 470R

3411

4.75K 1%

7403

78L05

OUT

1

GND

2

IN

3

2417
NM

PHILIPS_5900_V40_0805_pg1.eps 2005-08-04

EN 21

3139 785 31770

Zoran Peak Design DVP5900 - Front End

7.

Circuit Diagram and PWB Layout

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

RFA_TE

TACT­TACT+

FACT-

FACT+

RFA_PI

AAF_CE

AAF_CE

VC2

CDLD

FACT-

SVREF15

SP-

SP_SENS

AAF_FE
AAF_TE
AAF_PI

VC25

RFA_MIRR

RFA_DEFECT

DVDLD

TACT-

OPU_D

OPU_C

OPU_C
OPU_B
OPU_A
OPU_D
OPU_C
OPU_B
OPU_A

OPU_D

OPU_A

OPU_B

OPU_F
OPU_E

3.3VDRV

LOAD+

1.8VDRV

FNP

TACT+FACT+

RFA_SDEN

FNN RFINN

RFINP

DRVSB

LOAD-

RFA_SDATA

SP+ SP-

RFA_FE

HDVCC33

RF33V

SP_SENS

OPU_C

OPU_D

OPU_A

OPU_B

CTR_STBY

SP+

SL-

SL+

LOAD+

LOAD-

SP-

RF33V

SGND

RFA5V

RFA5V

RF33V

MGND

MGND

RFGND

RFGND

MGND

RFGND

RFA5V

RFGND

RFGND

RFA5V

RFA5V

RFA5V

RF33V

RF33V

RF33V

MGND

MGND

MGND

RFA5V

MGND

SGND

SGND

RFGND

RFGND

RFGND

MGND

DSPVCC33

RFA5V

RFGND

RFGND

RFGND

RFGND

RFGND

RFGND

MGND

DSPVCC18

MGND

MGND

RFGND

RFGND

RF33V

RFA5V

D+5V

D+5V

RFGND

MGND

RF33V

HDVCC33

HDVCC18

DSPVCC33

HDVCC18

DSPVCC18

D+5V

D+5V

HDVCC33

SGND

MGND

RF33V

D+5V

FOCUS_DAC

SLED_PWM

TRACK_DAC

RFINN

RFINP

AAF_CE
AAF_FE
AAF_TE
AAF_PI

SVREF15

LINK

DEFECT
MIRR

RFA_SDEN

RFA_SCLK

RFA_SDATA

SPDL_SENS

VR_SEL

SPINDLE_PWMCLOSE

OPEN

HOMESW

RFA5V

DSPVCC33

D+5V

DRVSB

DSPVCC18

HDVCC18

HDVCC33

CTR_STBY

INSW

OUTSW

3.3V

CD/DVD_SW Logic:
CD=HIGH
DVD=LOW

VR_SEL Logic:
CD=LOW
DVD=HIGH

OPU_HD62FV

TP7

.

1

5506 FB220R

TP11

.

1

TP14

.

1

TP9

.

1

2548 0.1uF

2517 0.1uF

2520

0.1uF

2513 2 .2nF

3510 2.7K

2539 2 .7nF

3509

22K

2506 1n F

2555

0.1uF

3538

4.7K

+

2511
220uF/16V

TP48

.

1

3544 1.2K/1%

3527

6.2K

TP20

.

1

3523 22

TP18

.

1

TP23

.

1

2549 2 .2nF

3508

22K

2561
1nF

+

2573
100uF/16V

2541 560pF

25215.6nF

3526 5.6K

5508

10uH

7504
BC858

1

23

3549

NM

2505
1nF

+

2518

4.7uF/50V

2519

0.1uF

3504

11K

2525 6 .8nF

2540 0.1uF

TP40

.

1

2535

0.1uF

25225.6nF

5502

FB220R

5505

FB220R

+

2552

100uF/16V

+

2538 1 00uF/16V

3536 11k

3540

3.3K

TP41

.

1

2502 1nF

2524560pF

TP32

.

1

6501

IN4148

1 2

1503

TO DRIVE

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

10

10

11

11

3506

3.3K

TP49

.

1

3525 5.6K

3535 0R

2536

0.1uF

TP39

.

1

5501

FB220R

TP4

.

1

3539
2K

2553

0.1uF

3533 11k

3507

3.3K

2504 1nF

3502 12K/1%

TP6

.

1

3505

3.3K

TP37

.

1

TP2

.

1

6503

1N4001

1 2

3551
NM

2501 33nF

3522
470R/1%

2544

47uF/16V

3518 220

1501

24P-HEAD

GND-LD

24

DVD-LD

23

NC

22

HFM

21

MD

20

CD-LD

19

VR-DVD

18

VR-CD

17

NC

16

E

15

VCC

14

VC(VREF)

13

GND/PD

12

F

11

B

10

A

9

RF

8

CD/DVD_SW

7

D

6

C

5

T-

4

T+

3

F+

2

F-

1

GND25GND

26

2527

220pF

7503

BC848

1

23

TP13

.

1

3530 5.6K

TP15

.

1

3529 27K

TP46

.

1

7506 PSS8550

1

2 3

TP10

.

1

2560

0.1uF

TP8

.

1

3524
470R/1%

3501
470R

TP19

.

1

7510

ZR36707

DVDRFP

1

DVDRFN

2

A2

3

B2

4

C2

5

D2

6

CP

7

CN

8

D

9

C

10

B

11

A

12

CD_D

13

CD_C

14

MIN

31

VC

20

MB

29

DVDPD23CDPD24MP28LDON

26

VPB19VNB

25

CD_E

18

LINK

33

MIRR

27

CDLD22DVDLD

21

CD_F

17

LCP

44

V33

45

SCLK

46

V25

37

MLPF

30

FE

40

MNTR

42

LCN

43

TPH

35

SDEN

48

SDATA

47

PI

38

CE

41

TE

39

V125

36

MEVO

32

FNN

52

FNP

53

DIP

54

ATON

61

VPA

58

RFDC

64

RFSIN

63

VNA

51

MEV

50

RX

49

AIP

59

RFAC

57

ATOP

62

AIN

60

DIN

55

BYP

56

CD_B

15

CD_A

16

DFT

34

3519 13K

7505
BC858

1

2 3

3512 1.3K

TP21

.

1

TP24

.

1

TP33

.

1

3503

10K

3548 NM

TP1

.

1

7507

PSS8550

1

23

TP17

.

1

2563

1nF

25091nF

3515 4.7K

3517 22

5509

10uH

5504 FB220R

2507 1n F

3531 5.6K

2510 1nF

3542

0R

25081nF

2516 3 3pF

TP0

.

1

TP31

.

1

+

-

7203B

LM358

5

6

7

84

2537

0.1uF

3513

4.7K

3521 220

7511
AM5888S

VINFC

1

TRB 1

2

REGO 2

3

VINSL+

4

REGO 1

5

FWD

6

REV

7

VCC1

8

VOTR-

9

VOTR+

10

VOSL-

11

VOSL+

12

VOFC-

13

VOFC+

14

STBY

28

BIAS

27

VINTK

26

TRB 2

25

NC

24

VINLD

23

GND

22

VCTL

21

NC

20

VCC2

19

VOLD-

18

VOLD+

17

VOTK-

16

VOTK+

15

GND29GND

30

2532 0.1u F

2547

0.1uF

TP35

.

1

3550

100R

2571

0.1uF

7508 PSS8550

1

2 3

3516

9.1K

3547 NM

3545
430R/1%

2543
27nF

2562
1nF

2512 2 .2nF

TP47

.

1

3511 1.3K

2533 0 .1uF

7501

BC848

1

23

2542
27nF

6502

IN4148

12

3514

4.7K

TP5

.

1

+

2554

100uF/16V

2526 22nF

TP36

.

1

3528 5.6K

+

2570

220uF/16V

3520

4.7K

2545

0.1uF

TP3

.

1

2515 2 .2nF

3546
1K/1%

3541

0R

25235.6nF

3534

33K

+

2531 1 00uF/16V

2528 0 .1uF

2514 470pF

3537

4.7K

2530

2.7nF

2569

100pF

7502

BC848

1

2 3

3543 2 K/1%

+

2572 100uF/16V

TP34

.

1

7509

NM

1

2 3

2503

0.1uF

3532 5.6K

PHILIPS_5900_V40_0805_pg2.eps 2005-08-19

EN 22

3139 785 31770

Zoran Peak Design DVP5900 - Power and AV Output

7

Circuit Diagram and PWB Layout

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

0/6/12

D+5V

CTR_STBY

CTR_STBY

+12VA

+5VL

-12VA

IR

SPDIF

COAX_SPDIF

Y_R_V-OUT

FS2

0/6/12

FS1

FS3

STB_DET

CVBS_C/OUT1

CVBS_C/OUT2

CTR_STBY

STB

CVBS_C/OUT2

SCART_SWITCH

SCART_SWITCH

3.3VA

+12VA

+12VA

-24V

-24V

-12VA

CTR_STBY

+5VD

+5VD

+5VL

MUTE

COAX_SPDIF

G_OUT

Y_R_V-OUT PR_OUTPR_OUT

B_OUT

B_OUT

CVBS_G_Y-OUT

FS3

R_OUT

R_OUT

Y_OUTY_OUT

C_B_U-OUT

PB_OUT

Y_OUT

PR_OUT

CVBS_C/OUT1

PB_OUT

G_OUT

PR_OUT

Y_OUTY_OUT

GND

SGND VGND AFEGNDRFGND

D+5V

D+5V

TDMSGND

DSPVCC33

D+5V

RFA5V

A+12V
A-12V

HDVCC18

A-12V

A+12V

RFA5V

A+5VL

D+5V

D+5V

D+5V

DSPVCC33

A+12V

A+5VL

A+5VL

D+5V

RFA5V

HDMI5V

A+5VL

A+5VL

POW_VCC33

DSPVCC33

DUPTD1
DUPRD1

DUPTD0
DUPRD0

HDVCC18

RFA5V

A+12V

D+5V

A-12V

DSPVCC33

SCART-R
SCART-L

A-12V

ALRCLK

FPC_CLK

FPC_STB

FPC_DOUT

STB_DET

CVBS_G_Y-OUT

C_B_U-OUT

SPDIF

FS3

FS1

FS2

CVBS_C-OUT

STB

CTR_STBY

IRRCV

MUTE

LMAIN-OUT

RMAIN-OUT

Y_R_V-OUT

FPC_STB

3.3V

Main Power

DOWN_LOAD_I/F

HYPER_TERMINAL_I/F

For Macrovision Test

3

4

6

1

L9 utilized to product time delay

VFD

SCART SWITCH

FS2=0,FS1=0,
12V,4:3
FS2=1,FS1=0,
6V,16:9
FS2=0,FS1=1, 0V
FS2=1,FS1=1, 0V

FS3=1,RGB
FS3=0,CVBS

STB:
Low =
Standby

Y<--------->Pr
CVBS<------>Pb

MARK2

.

1

TP63

.

1

6102

9.1V

TP83

.

1

3109

10K

3168

4.7K

7106

PSS8550

2

13

3111 150R

7109

SI2301BDS

3

1

2

TP66

.

1

TP51

.

1

3170

10K

TP64

.

1

TP78

.

1

5109 FB2 20R

2113
100pF

3123

2.2uH

H2

H2

1

1

2

2

334

4

5

5

6677889

9

2103

0.1uF

1109

Con2.5mmX4

1
2
3
4

5102 FB22 0R

TP71

.

1

TP84

.

1

3155
NM

TP65

.

1

5115

FB75R

3114
470R

3106 150R

1106

CON12

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

TP85

.

1

3113
10K

3112 1K

+

2104

220uF/16V

12

TP79

.

1

7108
BC848

1

2 3

2100

100pF

3169
1K

3134

82R 1%

+

2107

47uF/16V

12

TP96

.

1

7110
TS5V330PW

IN

1

S1A

2

S2A

3

DA

4

S1B

5

S2B

6

DB

7

GND

8

DC

9

S2C

10

S1C

11

DD

12

S2D

13

S1D

14

EN

15

VCC

16

3120 NM N.C.

3122 FB 75R

3104

68R

TP87

.

1

TP97

.

1

3100 150R

1107

CON9

1

2

3

4

5

6

7

8

9

MARK5

.

1

3121 NM N.C.

3167

4.7K

TP72

.

1

2112

100pF

7103
BC848

3

1

2

+

2110

100uF/16V

12

MARK6

.

1

1100

CON5

1
2
3
4
5

TP69

.

1

TP59

.

1

TP89

.

1

6104
BAT54S

231

TP90

.

1

TP73

.

1

5107 FB 75R

3124 NM N.C.

3110
470R

2111
100pF

7101

BC858

1

2 3

2102
11pF

5105 FB 75R

TP91

.

1

7107

PSS8550

2

13

TP53

.

1

7105 BC84 8

1

23

TP99

.

1

7104
BC848

3

1

2

1111

COXIAL

GND

1

GND1

2

COAX

3

TP74

.

1

3126

1K

TP58

.

1

6101
BAT54S

231

5116 FB7 5R

5103 FB2 20R

3103

150R

TP93

.

1

3165
75R

3125 4.7K

TP52

.

1

TP92

.

1

3118

1K

+

2127

220uF/16V

1 2

2119

0.1uF

3115 150R

1101

SVIDEO OUT

TP60

.

1

2101

0.1uF

TP98

.

1

1108

CON14

1

2

3

4

5

6

7

8

9

10

11

12

13

14

1105

NM

1

2

3

4

5

6

7

8

9

TP57

.

1

5108 FB220R

TP94

.

1

TP61

.

1

+

2126 220uF/16V

1 2

+

2109

100uF/16V

1 2

3108 150R

+

2118

47uF/16V

+

2106

47uF/16V

1 2

TP76

.

1

H1

H1

1

1

2

2

334

4

5

5

6677889

9

3117 1K

TP62

.

1

TP54

.

1

TP67

.

1

3102 NM

TP81

.

1

2115
100pF

3101

33R

7102
BC848

1

2 3

5104

FB220R

+

2108

220uF/16V

12

1102

VIDEO OUT

1

2

3

6

4

5

7

8

5110FB220R

TP68

.

1

5106 FB 75R

5111 FB220R

3164
75R

3107 150R

MARK1

.

1

1104

Con2.5mmX4

1
2
3
4

1103

AUDIO OUT

1

2

3

3119

1K

3105

91R

2114

100pF

TP77

.

1

+

2105

47uF/16V

12

PHILIPS_5900_V40_0805_pg4.eps 2005-08-19

EN 23

3139 785 31770

Zoran Peak Design DVP5900 - Layout (Top View)

7

Circuit Diagram and PWB Layout

top_op090106.pdf

EN 24

3139 785 31770

Zoran Peak Design DVP5900 - Layout (Bottom View)

bot_op090106.pdf

7

Circuit Diagram and PWB Layout

EN 25

3139 785 31770

Front Board

7

Circuit Diagram and PWB Layout

VEE

1

2

4

LED

SEG

SEG

1

VDD

DOUT

GRID

1
2
3
4
5
6

7
8
9

10

12

14
15

3

16

OSC

DIN

4

<1:6>

STB

KS

VSS

13

GRID <11:7>

2

3

4

6
5

3

2

1

11

CLK

KEY

3

2

1

4

SW

SEG

DRAOB YBDNATS

E

F

1100 A4
1101 B1
1102 C1
1104 D1
1105 D7
1106 D8
1107 C8
1108 E7
1109 E8
1110 B1

*

*

123456789

123

draoB onoM

ECO

FO XXX1 MORF

*

*

FO xxxx MORF

*

*

FO xxxx MORF/OT

456789

A

B

C

D

E

F

A

B

C

D

2100 A3
2101 A3
2102 A1
2103 A1
2104 A2
2105 E2
2106 E2
2107 F2
2108 B4
2109 B2
2110 B2
2111 B8
2112 B8
2113 B9
2114 C7
2115 C6
3100 A2
3101 D2
3102 E3
3103 E3
3104 E3
3105 F2
3106 F4
3107 B4
3108 B7
3109 B4
3110 C3
3111 C3
3112 C3
3113 C3
3114 D3
3115 D3
3116 B2

DISPLAY

3117 B9
3118 B8
3119 B8
3120 B9
3121 C6
3122 C7
3123 C9
3128 F6
3129 F7
3130 F8
3139 D6
3140 E6
3141 D5
3142 E5
6100 A1
6101 F3
6102 B2
6103 D3
6104 D3
6105 D3

4V8

*

*

*

3V3

3V3

6106 D9
6107 F9
6108 F6
6109 F7
6110 E8
6111 E8
6112 E9
6113 E9
6120 D6

6121 D5
7100 B5
7101 E3
7102 E1
7103 B8
7104 C8
7105 C8
T101 B1

DRAOBONOM

*

*

*

*

T102 B1
T104 C1
T105 C1
T106 C1
T107 C1
T108 C1
T109 C1
T110 C1
T111 D1
T112 D1
T113 D1
T114 C2
T115 B4
T116 B7

T115

T116

7

34

21
22
23

9

1
2
3
4

418372

26
28
29
30
31

15
16
17
18
19
20

11
12
13

42
41
40
39

44

24
25

8

6

5

37

36

35

34

33

32

10

Φ

VFD

UPD16312

7100

0116

B-6.5ZDPB-6.5ZDP

1116

1
2
3
4
5
6
7
8
9

WH09D-1

1102

T101

9016

B-6.5ZDP

0216

93130413

R074

2413

R074

R074

1216

K01

10R

0213

3107

B-6.5ZDP

1016

3012

6106

BAS316

n001

BAS316

6107

SIN-21T-1.8S(B)

1

3GND

GND

OUT 1

OUT

VS 2

VS

1110

7102
TSOP2236LL1

B-6.5ZDP

5016

5P96P017P

11

8P

21

9P

21P

51

31P6141P7151P

81

52P63P74P8

G632G7

1

11F

21F

2

13

12F

22F

23

4

1P

31

01P

11P

41

92G18

2

G272G362G452G5

42

1100

HNV-07SS56T

DSP

1413

R074

10R

3108

T104

1
2

1
2
3
4
5

WH02D-1

1104

1101

WH05D-1

K01

T105

3213

3121

470R 470R

3122

7012

2n2

6013

K01

B-6.5ZDP

4016

T113

6113

K01

T112

3115

100R

3114

100R

8016

B-6.5ZDP

T107
T108

T106

7103

BC817-25

7K4

9213

7K4

7113

R033

330R

3118

9113

n33

1112

2112

V61u74

BC847B

5013

7105

0K1

1105

K01

2113

3109

47K

V61u74

2012

6012

V61u74

35V

T102

22u

2114

3112

p22

n001

1012

u22V53

5112

3116

B-6.5ZDP

1108

T111

0112

u74V53

T109
T110

7104

BC857B

2108

100p

0313

7K4

B-6.5ZDP

3016

7K4

8213

1107

1106

K01

1113

T114

K01

0113

100R

3113

V52u74

3104

0012

3102

1K2

47K

K01

3013

n001

5012

4012

n001

1109

3101

100R

4R7

3100

B-6.5ZDP

2116

BC847B

7101

n001

2016

B-2.6ZDP

9012

2YEK

P_ONE

3YEK

+5V

B-6.5ZDP

0016

)1(G

)2(G

)3(G

)4(G

)5(G

)6(G

)7(G

)1(P

)01(P

)11(P

)21(P

)31(P

)41(P

)51(P

)2(P

)3(P

)4(P

)5(P

)6(P

)7(P

)8(

P

)9(P

P_TWO

1YEK

VSTB

VSCK

VSDA

+12VL

-24V

G(3)
G(2)
G(1)

LV5+

V42-

P(8)

P(7)

+5VL

KEY3

KEY2

KEY1

+5VL

P(6)

P(5)

P(4)

P(3)

P(2)

P(1)

P(9)
P(10)
P(11)

P(12)
P(13)
P(14)
P(15)

G(7)

G(6)

G(5)

G(4)

+5VL

+5VL

+5VL

46KHZ

46KHZ

+5V

+5VSTDBY

+5VSTDBY

+12VL

RI

VSTB

VSDA
VSCK

IR

ioPowerOn

ioPowerOn

)2(P

)1(P

-V_FIL

-V_FIL

VGL-1

VGL-1

VGL+1

VGL+1

-24V

3139 243 33093_130-2_2005-08-26

EN 26

3139 785 31770

Front Board - Layout (Top View)

7

Circuit Diagram and PWB Layout

3139_243_33113_01_service_top.pdf

EN 27

3139 785 31770

Front Board - Layout (Bottom View)

3139_243_33113_01_service_bot.pdf

7.

Circuit Diagram and PWB Layout

EN 28

3139 785 31770

7

Circuit Diagram and PWB Layout

Standby Board

Standby Board - Layout (Top View)

Standby Board - Layout (Bottom View)

A

1200

S2B-EH

12

1

I200

1
2

1203

0222

1201

5001

2u2

7n4

1200 A1
1201 A2
1203 A2
2220 A2
5001 A2
I200 A1
I201 B1

A

3139_243_33103_01_service_top.pdf

B

I201

B

12

3139 243 33093_130-1_2005-08-26

3139_243_33103_01_service_bot.pdf

Exploded View & Spare Parts List

8. Exploded View of the Set

3139 785 31770

8.

EN 29

3139 243 3313_2005-08-26

Figure 8-1

EN 30

8.

3139 785 31770

Exploded View & Spare Parts List

DVP5900/93, /98 Only
MISCELLANEOUS

P001 3141 079 34291 FRONT ASSY DVP5900
P002 3141 079 34301 BOTTOM ASSY DVP5900/37
P003 3141 079 34321 DOOR TRAY ASSY DVP5900
0333 3141 017 90220 REMOTE CONTROL DVD-Q30/751

0336 2422 070 98151 MAINSCORD EUR 1M5 BK B
0336 2422 070 98257 MAINSCORD CHN 2A5 1M5 DET 2P B

1001 3139 248 72061 MODULE PSU DVD HE 2004 MIT
1004 3139 247 11091 MODULE LOADER ASA DM3421
1005 3139 248 86311 ZORAN PEAK DESIGN DVP5900
1006 3139 248 86331 FRONT PCBAS DVP5900

(For all stroke versions)

(/98 Only)

(/93 Only)