Philips MCM-2000 Service Manual

Micro Audio System

MCM2000/12



Contents Page

1 Technical Specification and Connection Facilities

2 Laser Beam Safety Precautions......................................... 2-1

3 Important Safety Precautions .................................. 3-1 to 3-2

4 Safety Check After Servicing ............................................. 4-1

5 Safety Information General Notes & Lead Free

Requirements .................................................................... 5-1

6 Standard Notes For Servicing,Lead Free Requirements

& Handling Flat Pack IC .......................................... 6-1 to 6-4

7 Direction of Use ....................................................... 7-1 to 7-3

8 Cabinet Disassembly Instructions ........................... 8-1 to 8-2

9 Troubleshooting ....................................................... 9-1 to 9-2

10 Block Diagram .................................................................10-1

11 Wiring Diagram ...............................................................11-1

12 Headphone Board

Circuit Diagram ....................................................12-1

Layout Diagram ...................................................12-1

13 Display Board

Circuit Diagram ................................................12-2

Layout Diagram ...............................................12-3



.................................................1-1 to 1-8





Contents

14 Power Board

Circuit Diagram .................................................12-4

Layout Diagram.................................................12-5

15 Decoder Board

Circuit Diagram ..................................... 12-6 to 12-8

Layout Diagram ............................................... 12-9

16 Exploded View...................................................................13-1

17 Revision List .......................................................................14-1

Page

©

Copyright 2011 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.

Published by Sophie-KM 1131 AVM Printed in the Netherlands

Version 1.0

Feature

Features

RDS Voltage Selector

ECO Standby DTS

Subject to modi cation EN

Different

/10

/12 /98

3141 785 36550

Location of PC Boards

Technical Specification and Connection Facilities

Decoder Board

CD Loader

Display Board

Headphone Board

Version Variations

Board in used:

Display Board

Headphone Board Decoder Board

Power Board

Features

RDS

VOLTAGE SELECTOR

ECO STANDBY - DARK DTS

* TIPS : C -- Component Lever Repair.

Type /Versions:

Service policy

Type /Versions

Feature diffrence

M -- Module Lever Repair

-- Used

/10

/12

C

C M M

/12

/51

/37

/55

/58

Power Board

MCM2000

/61

MCM2000

/61

/79

/93

/94

/96

/98

1-1

Technical Specification and Connection Facilities

2. General Information and Requirement

2.1 Product Family Features

2.1.1 Identity and Key Features

MCM2000 series are Micro Audio System with CD/MP3 player with USB and Tuner FM(20presets). Elements to include as generic requirements:

1. Detachable mains cord

2. Safety certification (cUL/FCC and CB/EMC/CE)

Following is a list of key features:

1. CD /MP3 disc player (Ali-M5673)

2. USB true source a) MSC/MTP device b) USB 2.0HS

3. MP3 Link (via headphones jack from PC or MP3 player)

4. Headphone Out (in front of the set)

5. Tuner FM(Silicon Lab SI4705/w RDS)

6. Digital Amplifier (ST class D,TDA7491HV)

7. Rated output power @10%THD table 2

Set Type Number Stroke Versions Power Remark

MCM2000

All version 2x10W

2.1.2 Styling, Forms and Functions

MCM2000 appearances are defined in their respective MUS. MUS is the leading

document where product appearance is applicable..

Features Products MCM2000

Front

Dimension

Weight

Stroke versions

Design

Optical Drive Loading

Tray Orientation

LCD

Apparatus tray closed W x D x H (mm)

Main set speaker

All

Refer to MUS[3] for

details

Tray

MiddleTray Location

HORIZONTAL

UP

3mm teef fo thgieH

200X119X210mm

1.2kg

1.05kg

1-2

Technical Specification and Connection Facilities

Features Products MCM2000

Stroke versions

Cosmetics

2.1.3 External I/O Connections

Color Buttons

llA

Model MCM2000

kcalB revliS

iPod dock with Authentication chip

NA

USB √ MP3 Link (3.5mm audio jack)

√

Tuner Socket (for FM)

Headphone Out (3.5mm audio jack)

√

2.1.4 Controls, Local Displa y and LED Indications(tbc)

Control keys on the set are:

1. Standby-On

2. Eject

3. Play/Pause

4. Next

5. Pre

6. FF

7. FB

8. Source (Disc, USB, Dock, FM, Aux, MP3)

9. Stop

10. Volume Knob

There is local display LCD(reuse DCD322 LCD). Standby LED colour: Red in Standby mode.

2.1.5 . ACCESSORIES (tbc)

Model MCM2000 Stroke Version

Power Cord

Tuner Antenna

Remote Control

Battery

/12

2.15M

1.5M 75ohm

31keys

AAAx2

Quickly guide

IFU

noigeR

1

1-3

Technical Specification and Connection Facilities

2.2

Mechanical General Information

The product appearances and functions are defined in their respective MUS. Product management approves the MUS and it is a leading document where product appearance is applicable.

Please refer to Sh560 for mechanical information.

Where applicable:

For /12 (EU), /05 (UK), /51 (Russia) EN/IEC 60065 7 For /37 (US, Canada) UL 60065 For /55 (LATAM), /78 (Brazil) IEC 60065 7 For /98 (AP), /69 (Singapore), /75 (Australia) IEC 60065 7 For /93 (China) GB 8898 (IEC 60065 7 For /61 (Korea) K 60065 6 For /96 (Taiwan) CNS 14408 (IEC 60065 7

Where applicable:

For /12 (EU), /05 (UK), /51 (Ru For /37 (US, Canada) FCC15 For /55 (LATAM), /78 (Brazil) CISPR13 For /98 (AP), /69 (Singapore), /75 (Australia) CISPR13 For /61 (Korea) CISPR13/20 For /93 (China) GB 13837 (CISPR13) For /96 (Taiwan) CNS 13439 (CISPR13)

The product shall withstand electro static discharges on all user accessible parts of the product. Reference: IEC61000-4-2.

For contact discharges: Level General (kV) USA (kV) Requirement 1 0-2 0-3 No deviations allowed. 2 >2-4 >3-4 Short perceptible deviations allowed

3

For air discharge: Level General (kV) USA (kV) Requirement 1 0-4 0-6 No deviations allowed. 2 >4-8 >6-8 Short perceptible deviations allowed.

3 - >15-18 No loss of stored data allowed.

General requirement:

1. 10 arcs for positive and negative polarity for unit “on” and “off” for 1kV incremental steps.

2. Component or mechanical damage is not allowed. No loss of fixed stored data (stored in EEPROMs).

3. Hang-ups and malfunctions are allowed, as long as the customer can “recover” from the hang-up by pressing the Standby or ON/OFF button of the set.

4. Failures that disappear only by unplugging the AC mains cord and/or power sources are not acceptable.

Safety Standards

2.3

2.4

EMC Requirements

2.5 ESD Requirements

>7-8 No loss of stored data allowed.

th

Edition

th

Edition

th

Edition

th

Edition

th

Edition)

th

Edition)

ssia) EN55013: 2001, EN55020: 2002

1-4

Technical Specification and Connection Facilities

2.6

Environmental Condition

The environmental condition requirements and test method is according to UAN-D1590. Ambient temperature : max. 40 ° C - all climates Apparatus acc. to spec. : +5 to + 35 ° C

Vibration test (acc. IEC 60 068/2/6) : operational vibration test to be proceeded in operating position of the set.

Quality

2.7 PQR-class: class 2 according to BLC A&MA PQR handbook V2.1 (2006-10-02) Lifetime: 7 years

Tested According to: General Test Instruction UAN-D 1591 Measured According to: UAN_L 1059 unless otherwise stated

3. Technical Specifications

3.1 Power Supply

3.1.1 Type and versions Build-inSMPS will be used for all models and stroke versions.

All using built in Power cord, will cater for all versions:

Versions Region/Country SMPS Detachable mains cords 12 / 05 EUROPE / UK 37 NAFTA

94 India

All requirements per defined for each country should be met with sufficient testing.

3.1.2 Surge Immunity (Lightning Test) The product shall withstand mains interference’s of:

Differential mode:

 2kV/2 ohm criteria C for Europe.  6kV/12 ohm criteria C for NAFTA. Parameters:  Bi-wave  Open circuit voltage: 2/50us  Short circuit current: 8/20us  From +/1kV to +/-2kV (for Europe) or +/-6kV (for Nafta) in steps of 1kV.  10 shots per combination.  One shot per minute.  Serial impedance: 2 Ohm for Europe, 12Ohm for Nafta.  Polarity and phase: Positive (phase 90º) & Negative (phase 270º)

1) 100 ~240Vac nom. (wide range from 90V~264Vac limit) used in all versions except India. Frequency: 47~63Hz.

2) 100 ~310Vac limit (India compatible with up cost) used only for India. Frequency: 47~63Hz.

EU (/12) round 2-pin & UK (/05) 3-pin

UL flat pin (non-polarized)

EU (/12) round 2-pin

nip-2 dnuor deifitrec ORTEMNI MATAL 55

nip-2 dnuor UE CAPA 89

1-5

Common mode:

 6kV/2 ohm criteria C for Europe.  6kV/12 ohm criteria C for Nafta. Parameters:  Ring-wave (100kHz)  From +/3kV to +/-6kV in steps of 1 kV.  10 shots per combination.  One shot per minute.  Serial impedance: 2 Ohm for Europe, 12Ohm for Nafta  Polarity and phase: Positive (phase 90º) & Negative (phase 270º)

Reference: IEC61000-4-5 and for USA: 3135 019 8029 Reliability evaluation.

Requirements:

 Apparatus should fulfil the leakage current requirements of IEC60065 point 9.1.1 (UAN-D1631)  Defects or permanent deviations are not allowed.

3.1.3 Mains Drop-out Immunity

The product shall withstand mains failures of:

 Variation 0% (=100% dip) at T-event = 50 mSec. Performance criterion B  Variation 40% (=60% dip) at T-event = 100 mSec. Performance criterion B  Variation 0% (=100% dip) at T-event = 5 Sec. Performance criterion C

Additional for USA apparatus: See 3135 019 8029 Reliability evaluation.

 Variation 0% (=100% dip) at T-event = 100 mSec in standby mode. Performance criterion B

Requirement:

No misoperation and no interference of user in order to guarantee continuation of performed function. Reference: IEC61000-4-11 For measuring method refer to UAN-D1724, as far as applicable. Performance criterions according to IEC61000-4-4 Amendment 1 Performance Requirement Criterion A - No any degradation of specification. Criterion B - Temporary degradation / self recoverable. Criterion C - No damage, resolvable hang-up. Criterion D - Not recoverable loss of function.

3.1.4 Power Consumption

Power consumption at nominal AC input:

1. CD play mode at 1/8 P-rated output power

2. Low Power Standby Mode : ≤ 0.5

Technical Specification and Connection Facilities

MCM2000: ≤ 10

W

1-6

x

Technical Specification and Connection Facilities

3.2 Technical Description

Output Stage Protection: NA Temperature : Yes Short Circuit: Yes

Electrical Data

DSC: Y(Flat/POP/JAZZ

DBB: Y(ON/OFF) Hum (Vol Bass: NA Treble: NA Channel Seperation: 1kHz/10kHz 40dB/35dB

Signal to Noise Ratio(A-weighted): 77dBA 72dBA

Audio Inputputs Audio Input Sensitivity(± 3dB) rated output power at 1kHz Tuner FM 67.5kHz, Modulation (Limit:-6dB) Line Out(Left/Right) NA CD/MP3 -3dB track (Audio Disc 1, Track 1) Headphone 15mW ± 2 dB,

MP3_link(front) IPOD Docking

Output Power(*1) At THD=10%, 1kHz

Main Operation for / all version (rms) Tuner output power(rms) Frequency Response(± 3dB)

Loudspeaker(Boxes): Separable speaker box Refer to package document of Speaker Box Assy Speaker driver Impedance: Right/Left: 6Ω @ 40 Hz ~ 20kHz(-3db)

/ROCK/CLASSIC)

600mV; Rin ≥ 22kΩ

750mV; Rin ≥ 22kΩ

sinewave

Channel Difference:

--- Vol

min

Amplification Reserve 3dB 2dB

MCM2000

10W± 1dB 10W± 1dB 40Hz-20kHz

:refoowbuS

-20dB) 150nW -

ma

Audio Output(*1)

Normal ±3dB

( At Cold Condition with 10% THD ) ( At Cold Condition with 10% THD )

REMARKS: Electrical Parameters are to be measured at Speaker Terminals across rated impedance Load(6ohm) with

Rated Input Signal in CD Mode setting in DBB/Loudness Off and Pre-eq at Flat unless specified otherwise.

traP larenreG

srotacidnI evitcA yalpsiD kcolC :rotacidnI edoM ybdnatS ffO snruT DEL :edoM ybdnatS rewoP

Limit

-

%0.1 %8.0 lamixaM,DHT AN :ssenduoL

Bd55 Bd06 :klatsorC

RL = 16Ω )SH0.2 (evawenis zHK1 Bd3- BSU

1-7

Technical Specification and Connection Facilities

3.3 TUNER

FM use Silicon Lab Si4704/4705(w/RDS)

GENARAL PART

WAVE RANGE VERSION TOLERANCE TUNING GRID

FM 87.5 – 108.00 MHz /12 QUARTZ PRECISION 50kHz

AERIAL FM : PIG TAIL ANT WIRE 75Ω

ELECTRICAL DATA

Search time digital tuning

Frequency (MHz)

Units dBf DB dB mV/m dB

Susceptibility to unwanted signals(CPU,SMPS,AMP,DSP …):

Noise Limited

Sensitivity 26 dB

system.

Overall Frequency Response: 63Hz –

12.5KHz Channel separation:400 / 1000 / 5000 Hz. RF input: 68 dBf

Image

Rejection

Limited(d B)

-15dB -20dB Refer to selfpollution curve

IF Rejection

Normal (dB)

Large Signal Handling

fBd 62 02 tnioP gnitimiL Bd 3 -

14 53 )edom oerets ta(ytivitisneS gninuT hcraeS

- 60 S

Bd 15 84 gniteiuQ Bd 64 - oeretS 54 05 muH noitaludoM 54 05 oitaR N/S

Bd 4- 0 esreveR noitacifilpmA

% 3 2 ) zHk 57.veD qrF ,Vm1 FR ( noitrotsiD

- ±3 dB 26/30/

20/26/ 18

dB

20

Selectivity

S9/300 kHz

Remark

22 0001 46 03 81.moN MF

)1*( 81 005 54 52 22.miL 0.88

22 0001 46 03 81.moN MF

)1*( 81 005 54 52 22.miL 0.89 54 fBd 611 06 03 81.moN MF 52 fBd 801 56 52 22.miL 0.701

tinU timiL moN MF

zHM 7.01 FI

1-8

Laser Beam Safety Precautions

This Blu-Ray player uses a pickup that emits a laser beam.

Do not look directly at the laser beam coming from the pickup or allow it to strike against your skin.

The laser beam is emitted from the location shown in the figure. When checking the laser diode, be sure to keep your eyes at least 30 cm away from the pickup lens when the diode is turned on. Do not look directly at the laser

beam. CAUTION: Use of controls and adjustments, or doing procedures other than those specified herein, may result in

hazardous radiation exposure.

Drive Mechanism Assembly

Laser Beam Radiation

Laser Pickup

Turntable

Location: Inside Top of Blu-Ray mechanism.

2-1

Important Safety Precautions

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

Important

Read and understand all instructions before you use your home theater. If damage is caused by failure to follow instructions, the warranty does not apply.

Safety

Riskof electricshock or fire!

Neverexposetheproductand accessories to rain or water. Never place liquid containers, such as vases, near the product. If liquids are spilt on or into the product, disconnect it from the power outlet immediately. Contact Philips Consumer Care to have the product checked before use. Never place the product and accessories near naked including direct sunlight. Never insert objects into the ventilation slots

or other openings on the product. Where the mains plug or an appliance coupler is used as the disconnect device, the disconnect device shall remain readily operable. Disconnect the product from the power outlet before lightning storms. When you disconnect the power cord, always pull the plug, never the cable.

Riskof short circuit or

Before you connect the product to the poweroutlet,ensurethatthepower voltage matches the value printed on the back or bottom of the product. Never connec if the voltage is different.

Risk of injury or damage to the home theater!

For wall-mountable products, use only the supplied wall mount bracket. Secure the wall mount to a wall that can support the combined weight of the product and the wall mount. Koninklijke Philips

Electronics N.V. bears no responsibility for improper wall mounting that results in accident, injury or damage.

ames or other heat sources,

re!

ttheproducttothepoweroutlet

For speakers with stands, use only the supplied stands. Secure the stands to the speakers tightly. Place the assembled stands on flat, level surfaces that can support the combined weight of the speaker and stand. Never place the product or any objects on power cords or on other electrical equipment. If the product is transported in temperatures below 5°C, unpack the product and wait u matches room temperature before connecting it to the power outlet. Visible and invisible laser rad open. Avoid exposure to beam. Do not touch the disc optical lens inside the disc compartment.

Risk of overheating!

Never install this product in a confined space. Always leave a space of at least four inches around the product for ventilation. Ensure curtains or other objects never cover the ventilation slots on the product.

Risk of contamination!

Do not mix batteries (old and new or carbon and alkaline, Remove batteries if they are exhausted or if the remote control is not to be used for a long time. Batteries contain chemical substances, they should be disposed of properly.

ntil its temperature

iation when

etc.).

Product care

Do not insert any objects other than discs into the disc compartment. Do not insert warped or cracked discs into the disc compartment. Remove discs from the disc compartment ifyouarenotusingtheproductforan extended period of time.

Only use microfiber cloth to clean the product.

3-1

Important Safety Precautions

Disposal of your old product and batteries

Your product is designed and manufactured with high quality materials and components, which can be recycled and reused.

When this crossed-out wheeled bin symbol is attached to a product it means that the product is covered by the European Directive 2002/96/EC.Pleaseinformyourselfaboutthe local separate collection system for electrical and electronic products. Please act according to your local rules and do not dispose of your old products with your normal household waste. Corr

ect disposal of your old product helps to prevent potential negative consequences for the environment and human hea

lth.

Your product contains batteries covered by the European Directive 2006/66/EC, which cannot be disposed with normal household waste. Please inform yourself about the local rules on separate collection of batteries because correct disposal helps to prevent negative consequences for the environmental and human health.

3-2

Safety Check after Servicing

Examine the area surrounding the repaired location for damage or deterioration. Observe that screws, parts, and wires have been returned to their original positions. Afterwards, do the following tests and confirm the specified values to verify compliance with safety standards.

1. Clearance Distance

When replacing primary circuit components, confirm

specified clearance distance (d) and (d’) between soldered terminals, and between term surrounding metallic parts. (See Fig. 1)

Table 1: Ratings for selected area

inals and

Chassis or Secondary Conductor

Primary Circuit

AC Line Voltage Clearance Distance (d), (d

110V~220V

Note

: This table is unofficial and for reference only. Be

sure to confirm the precise values.

3.2 mm (0.126 inches)

’)

2. Leakage Current Test

Confirm the specified (or lower) leakage current between B (earth ground, power cord plug prongs) and externally exposed accessible parts (RF terminals, antenna terminals, video and audio input and output terminals, microphone jacks, earphone jacks, etc.) is

than or equal to the specified value in the table

lower below.

Measuring Method (Power ON): Insert load Z between B (earth ground, power cord plug

prongs) and exposed accessible parts. Use an AC

eter to measure across the terminals of load Z.

voltm See Fig. 2 and the following table.

d' d

Fig. 1

Exposed Accessible Part

Z

AC Voltmeter (High Impedance)

Earth Ground

B

Power Cord Plug Prongs

Table 2: Leakage current ratings for selected areas

AC Line Voltage Load Z Leakage Current (i) Earth Ground (B) to:

110V~220V

Note: This table is unofficial and for reference only. Be sure to confirm the precise values.

0.15 µF CAP. & 1.5 k Connected in parallel

RES.

i

0.5 mA Peak Exposed accessible parts

4-1

Fig. 2

Safety Information, General Notes & Lead Free Requirements

1 Safety Instructions

1.1 General Safety

Safety regulations require that during a repair:

Connect the unit to the mains via an isolation transformer. Replace safety components, indicated by the symbol only by components identical to the original ones. Any other component substitution (other than original type)

Safety regulations require that after a repair, you must return the unit in its original condition. Pay, in particular, attention to the following points:

Route the wires/cables correctly mounted cable clamps.

damage. Check the electrical DC resistance between the mains plug and the secondary side:

1. Unplug the mains cord, and connect a wire between the two pins of the mains plug.

2. Set the mains switch to the ‘on’ position (keep the mains cord unplugged!).

3. Measure the resistance value between the mains plug and the front panel, controls, and chassis bottom.

4. Repair or correct unit when the resistance

5. Verify this, before you return the unit to the customer/ user (ref. UL-standard no. 1492).

6. Switch the unit ‘off’, and remove the wire between the two pins of the mains plug.

1.2 Laser Safety

This unit employs a laser may remove the cover, or attempt to service this device (due to possible eye injury).

2 Warnings

2.1 General

All ICs and many other semiconductors are susceptible to

,

during repair can reduce life drastically. Make sure that, during repair, you are at the same potential as the mass of the set by a wristband with resistance. Keep components and tools at this same potential. Available ESD protection equipment: – Complete kit ESD3 (small tablemat, wristband,

4822 310 10671. – Wristband tester 4822 344 13999. Be careful during measurements in the live voltage section. The primary side of the power supply, including the heatsink, carries live mains voltage when you connect the player to the mains (even when the player is ‘off’!). It is possible to touch copper tracks and/ or components in this unshielded primary area, when you service the player. Service personnel must take precautions to prevent touching this area or components in this area. A ‘lightning stroke’ and a stripe-marked printing on the printed wiring board, indicate the primary side of the power supply.

Never replace modules, or components, while the unit is ‘on’.

2.2 Laser

The use of optical instruments with this product, will

Only quali ed service personnel may remove the cover or attempt to service this device, due to possible eye injury. Repair handling should take place as much as possible with a disc loaded inside the player. T shield:

electrostatic discharges (ESD,

). Careless handling

Laser Device Unit

epyT

:AIGalnN(BD)

:AIGalnP(DVD) : AIGalnP(CD)

Wavelength : 650 nm (DVD)

)DC/DCV(mn087:

405nm(BD):

Output Power : 20 mW

)gnitirwWR+DVD(

Wm8.0:

)gnidaerDVD(

Wm3.0:

)gnidaerDC/DCV(

Beam divergence : 60 degree

CLASS 1

LASER PRODUCT

1-2erugiF

Note: Use of controls or adjustments or performance of procedure other than those speci

ed herein, may result in

A

CAUTION VISIBLE AND INVISIBLE LASER RADIATION WHEN OPENAVOID EXPOSURE TO BEAM ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING VED ÅBNING UNDGÅ UDSÆTTELSE FOR STRÅLING ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING NÅR DEKSEL ÅPNES UNNGÅ EKSPONERING FOR STRÅLEN VARNING SYNLIG OCH OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD BETRAKTA EJ STRÅLEN VARO!AVATTAESSA OLET ALTTIINA NÄKYVÄLLE JA NÄKYMÄTTÖMÄLLE LASER SÄTEILYLLE. ÄLÄ KATSO SÄTEESEEN VORSICHT SICHTBARE UND UNSICHTBARE LASERSTRAHLUNG WENNABDECKUNG GEÖFFNET NICHT DEM STRAHL AUSSETSEN DANGER VISIBLE AND INVISIBLE LASER RADIATION WHEN OPENAVOID DIRECT EXPOSURE TO BEAM ATTENTION RAYONNEMENT LASER VISIBLE ET INVISIBLE EN CAS D’OUVERTURE EXPOSITION DANGEREUSE AU FAISCEAU

Figure 2-2

5-1

Standard Notes for Servicing, Lead Free Requirements & Handling Flat Pack IC

Circuit Board Indications

1. The output pin of the 3 pin Regulator ICs is indicated as shown.

Top View

Out

2. For other ICs, pin 1 and every fifth pin are indicated as shown.

Pin 1

3. The 1st pin of every male connector is indicated as shown.

Pin 1

Input

In

Bottom View

5

10

Instructions for Connectors

1. When you connect or disconnect the FFC (Flexible Foil Connector) cable, be sure to first disconnect the AC cord.

2. FFC (Flexible Foil Connector) cable should be inserted parallel into the connector, not at an angle.

FFC Cable

Connector

CBA

* Be careful to avoid a short circuit.

Pb (Lead) Free Solder

When soldering, be sure to use the Pb free solder. Information about lead-free soldering Philips CE is producing lead-free sets from 1.1.2005

onwards.

IDENTIFICATION

Regardless of special logo (not always indicated)

One must treat all sets from onwards, according to the next rule: Serial Number gives a 14-digit. Digit 5&6 shows the YEAR, and digit 7&8 shows the WEEK.

So from onwards=from 1 Jan 2005 onwards

0501

Important note : In fact also products of year 2004 must be treated in this way as long as you avoid mixing solder-alloys (leaded/ lead-free). So best to always use SAC305 and the higher temperatures belong to this.

Due to lead-free technology some rules have to be respected by the workshop during a repair:

Use only lead-free solder alloy Philips SAC305 with

order code 0622 149 00106. If lead-free solderpaste is required, please contact the manufacturer of your sol paste within workshops should be avoided because paste is not easy to store and to handle.

Use only adequate solder tools applicable for lead-

free solder alloy. The solder tool must be able

To reach at least a solder-temperature of 400°C, To stabilize the adjusted temperature at the solder-

tip To exchange solder-tips for different applications.

Adjust your solder tool so that a temperature around 360°C

solder joint. Heating-time of the solder-joint should

not exceed ~ 4 sec. Avoid temperatures above 400°C otherwise wear-out of tips will rise drastically and flux-fluid will be destroyed. To avoid wear-out of tips switch off un-used equipment, or reduce heat.

Mix of lead-free solder alloy / parts with leaded solder alloy / parts is possible but PHILIPS recommends strongly to avoid mixed solder alloy types (leaded If one cannot avoid or does not know whether product is lead-free, clean carefully the solder-joint from old solder alloy and re-solder with new solder alloy (SAC305).

Use only original spare-parts listed in the ServiceManuals. Not listed standard-material (commodities) has to be purchased at external companies.

der-equipment. In general use of solder-

- 380°C is reached and stabilized at the

and lead-free).

1 Jan 2005

6-1

Standard Notes for Servicing, Lead Free Requirements & Handling Flat Pack IC

Special information for BGA-ICs:

- always use the 12nc-recognizable soldering temperature profile of the specific BGA (for desoldering always use the lead-free temperature profile, in case of doubt)

- lead free BGA-ICs will be delivered in so-called 'dry-packaging' (sealed pack including a silica gel pack) to protect the IC against moisture. After

opening, dependent of MSL-level seen on indicatorlabel in the bag, the BGA-IC possibly still has to be baked dry. (MSL=Moisture Sensit will be communicated via AYS-website. Donotre-useBGAsatall.

For sets produced before 1.1.2005 (except products

of 2004), containing leaded solder-alloy and

components, all needed spare-parts will be available

till the end of the service-period. For repair of such

sets nothing changes.

On our website

www.atyourservice.ce.Philips.com

information to:

BGA-de-/soldering (+ baking instructions) Heating-profiles of BGAs and other ICs used in

Philips-sets

You will find this and more technical information within the “magazine”, chapter “workshop news”.

For additional questions please contact your local repair-helpdesk.

ivity Level). This

you find more

How to Remove / Install Flat Pack-IC

1. Removal

With Hot-Air Flat Pack-IC Desoldering Machine:

1. Prepare the hot-air flat pack-IC desoldering machine, then apply hot air to the Flat Pack-IC (about 5 to 6 seconds). (Fig. S-1-1)

Fig. S-1-1

2. Remove the flat pack-IC with tweezers while applying the hot air.

3. Bottom of the flat pack-IC is fixed with glue to the CBA; when removing entire flat pack-IC, first soldering iron to center of the flat pack-IC and heat up. Then remove (glue will be melted). (Fig. S-1-6)

4. Release the flat pack-IC from the CBA using tweezers. (Fig. S-1-6)

apply

CAUTION:

1. The Flat Pack-IC shape may differ by models. Use an appr machine, whose shape matches that of the Flat Pack-IC.

2. Do not supply hot air to the chip parts around the flat pack-IC for over 6 seconds because damage to the chip parts may occur. Put masking tape around the flat pack-IC to protect other parts from damage. (Fig. S-1-2)

opriate hot-air flat pack-IC desoldering

6-2

Standard Notes for Servicing, Lead Free Requirements & Handling Flat Pack IC

3. The flat pack-IC on the CBA is affixed with glue, so be careful not to break or damage the foil of each pin or the solder lands under the IC when removing it.

Hot-air Flat Pack-IC Desoldering

CBA

Masking Tape

Machine

Flat Pack-IC

Tweezers

Fig. S-1-2

With Soldering Iron:

1. Using desoldering braid, remove the solder from

all pins of the flat pack-IC. When you use solder flux which is applied to all pins of the flat pack-IC, you can remove it easily. (Fig. S-1-3)

Flat Pack-IC

Desoldering Braid

4. Release the flat pack-IC from the CBA using tweezers. (Fig. S-1-6)

With Iron Wire:

1. Using desoldering braid, remove all pins of the flat pack-IC. When you use solder flux which is applied to all pins of the flat pack-IC, you can remove it easily. (Fig. S-1-3)

2. Affix the wire to a workbench or solid mounting point, as shown in Fig. S-1-5.

3. While heating the pins using a fi iron or hot air blower, pull up the wire as the solder melts so as to lift the IC leads from the CBA contact pads as shown in Fig. S-1-5.

4. Bottom of the CBA; when removing entire flat pack-IC, first apply soldering iron to center of the flat pack-IC and heat up. Then remove (glue will be melted). (Fig. S-1-6)

5. Release the flat pack-IC from the CBA using tweezers. (Fig. S-1-6)

Note: When using a soldering iron, care must be

taken to being held by glue. When the flat pack-IC is removed from the CBA, handle it because it may be dama

flat pack-IC is fixed with glue to the

ensure that the flat pack-IC is not

the solder from

ne tip soldering

gently

ged if force is applied.

Hot Air Blower

Soldering Iron

Fig. S-1-3

2. Lift each lead of the flat pack-IC upward one by one, using a sharp pin or wire to whic not adhere (iron wire). When heating the pins, use a fine tip soldering iron or a hot air de machine. (Fig. S-1-4)

h solder will

soldering

Sharp Pin

Fine Tip Soldering Iron

3. Bottom of the flat pa

CBA; when removing entire flat pack-IC, first apply soldering iron to center of the flat pack-IC and heat up. Then remove (glue will be melted). (Fig. S-1-6)

ck-IC is fixed with glue to the

Fig. S-1-4

6-3

To Solid Mounting Point

CBA

Tweezers

or

Iron Wire

Soldering Iron

Fig. S-1-5

Fine Tip Soldering Iron

Flat Pack-IC

Fig. S-1-6

Standard Notes for Servicing, Lead Free Requirements & Handling Flat Pack IC

2. Installation

1. Using desoldering braid, remove the solder from the foil of each pin of the flat pack-IC on the CBA so you can install a replacement flat pack-IC more easily.

2. The “

(See Fig. S-1-7.) Be sure this mark matches the 1 on the PCB when positioning for installation. Then presolder the four corners of the flat pack-IC. (See Fig. S-1-8.)

3. Solder all pins of the flat pack-IC. Be sure that none of the pins have solder bridges.

” mark on the flat pack-IC indicates pin 1.

Example :

Pin 1 of the Flat Pack-IC is indicated by a " " mark.

Fig. S-1-7

Instructions for Handling Semiconductors

Electrostatic breakdown of the semi-conductors may occur due to a potential difference caused by electrostatic charge during unpacking or repair work.

1. Ground for Human Body

Be sure to wear a grounding band (1 M ) that is properly grounded to remove any static electricity that may be charged on the body.

2. Ground for Workbench

Be sure to place a conductive sheet or copper plate with proper grounding (1 M other surface, where the semi-conductors are to be placed. Because the static electricity charge on clothing will not escape through the body grounding band, be with your clothing.

careful to avoid contacting semi-conductors

) on the workbench or

CBA

Presolder

Flat Pack-IC

Fig. S-1-8

1M

CBA

Grounding Band

1M

CBA

Conductive Sheet or Copper Plate

6-4

Direction of Use

*The following excerpt of the DFU/QSG serves as an introduction to the set.

The Complete Direction for Use can be download in different languages from the internet site of Philips Customer care Center : www.support.philips.com

Overview of the main unit

1

2

3

4

5

6

7

8 9

1

Disc compartment

Hold the disc.

•

2

•

USB socket.

3

MP3 LINK

•

Connect external audio device.

4

•

Headphone socket.

5

•

Turn on the apparatus, switch to standby mode, or Eco Power standby mode.

6

IR sensor

•

Detect signals from the remote control. Always point the remote control at the IR sensor.

7

SOURCE

•

Select a source.

11

-PRESET/ALBUM+

• Skip to previous/next album.

• Select a preset radio station.

12

Display panel

•

Show current status.

14

13

12

11

10

13

•

VOLUME

14

•

Open or close the disc tray.

Adjust volume. Adjust time.

8

/

Skip to previous/next track.

• Search within a track/disc.

• Tune to a radio station.

•

9

•

Start or pause play.

• Select FM stereo or FM mono.

10

•

Stop play.

•

Erase a program.

7-1

Overview of the remote control

1

2

CD

PRESET/ALBUM

3

4

5

6

7

8

9

10

11

12

1

Turn on the unit.

• Switch to standby or Eco Power

•

PRESET/ALBUM

USB

RDS

VOL

1

456

789

PROG/

CLOCK SET

SLEEP/

TIMER

DSC DBB

2

0

standby mode.

2

Mute volume.

•

FM

3

MP

MP LINK

LINK

DISPLAY

3

REPEAT/

SHUFFLE

LINK

3

Direction of Use

5

USB

6

RDS

•

For selected FM radio stations: display RDS information.

•

Synchronize clock with RDS station.

7

•

Stop play.

•

Erase a program.

8

VOL +/-

•

19

18

17

16

15

14

13

9

10

11

12

13

14

15

16

17

18

19

Adjust volume.

Numeric keypad

•

Select a track directly.

PROG/CLOCK SET

•

Program tracks.

•

Program radio stations.

•

Set clock.

SLEEP/TIMER

•

Set sleep timer.

•

Set alarm timer.

DSC

•

Select a preset sound setting.

DBB

•

Turn on or off dynamic bass enhancement.

REPEAT/SHUFFLE

•

Play tracks randomly.

•

Select a repeat play mode.

DISPLAY

•

Display play information.

MP3 LINK

•

Select MP3 source.

• Start or pause play.

• Select FM stereo or FM mono.

PRESET/ALBUM /

Skip to previous/next album.

• Select a preset radio station.

•

FM

Select FM radio source.

•

3

4

CD

•

Select CD source.

/

•

Skip to previous/next track.

•

Search within a track/disc.

•

Tune to a radio station.

7-2

Direction of Use

3 Get started

Caution

Use of controls or adjustments or performance of

•

procedures other than herein may result in hazardous radiation exposure or other unsafe operation.

Always follow the instructions in this chapter in sequence. If you contact Philips, you will be asked for the model and serial number of this apparatus. The model number and serial number are on the bottom of the apparatus. Write the numbers here: Model No. __________________________ Serial No. ___________________________

Connect speakers

Note

For optimal sound, use the supplied speakers only.

•

• Connect only speakers with impedance that is the

same or higher than the supplied speakers. Refer to the Secifications section of this manual.

Connect FM aerial

FM

Tip

For optimal reception, fully extend and adjust the

•

position of the antenna.

• For better FM stereo reception, connect an outdoor

FM antenna to the FM AERIAL socket.

• The unit does not support MW radio reception.

1 Connect the supplied FM antenna to the

FM AERIAL socket on the main unit.

Connect power

1 Inser t the speaker wires completely into

the speaker input sockets on the back of the unit.

Demonstrate the unit’s features

1

In the standby mode, press until “DEMO

ON” is displayed.

» This system’s features are displayed

one by one.

• To turn off the demonstration, press again.

Caution

Risk of product damage! Ensure that the power supply

•

voltage corresponds to the voltage printed on the back or the underside of the unit.

• Risk of electric shock! When you unplug the AC power

cord, always pull the plug from the socket. Never pull the cord.

• Before you connect the AC power cord, ensure that

you have completed all other connections.

1 Connect the power cable to the wall

socket.

7-3

Cabinet Disassembly Instructions

1. Disassembly Flowchart

This flowchart indicates the disassembly steps to gain access to item(s) to be serviced. When reassembling, follow the steps in reverse order. Bend, route, and dress the cables as they were originally.

[1].Top CAB

[2].Front CAB

[3].Decoder Board Power Board

[4].CD Loader

2. Disassembly Method

Fig. D1

ID/Loc. NO.

[1] Top CAB

[2] Front CAB

[3]

[4]

Note: (1) Identification (location) No. of parts in the figures (2) Name of the part (3) Figure Number for reference (4) Identification of parts to be removed, unhooked,

unlocked, released, unplugged, unclamped, or desoldered. Axx = Screw D3.5X12BA is specification of screw.

Part

Decoder Board

Power Board

CD Loader

Remove/Unhook

Fig.NO.

/Unlock/Release/

Unplug/Desolder

D1

D2

D3

D4

, CNxx/Jxx/CONxx = Connector

Note

Removal

Fig. D2

* = Unhook, Unlock, Release, Unpl e.g. 7(A01) = seven Screws

ug, or Desolder

Fig. D3

8-1

Fig. D4

Cabinet Disassembly Instructions

8-2

FLOW CHART NO.1

No sound from whole unit

Troubleshooting

check if speaker is ok

check and change speaker and output wire

Yes

No

check if public circuit of whole unit

AMP circuit is ok

No

check radio tube and periphery circuit

Yes

check if power supply circuit of whole unit is ok

No

check and change transormer of power supply and

power commutate circuit

Yes

check staic noisy circuit CPU circuit and change components

FLOW CHART NO.2

no sound from radio

check if output of radio is normal

No

check public circuit and circuit of power supply

Yes

No

check radio controlled circuit

check and change the related components of radio controlled circuit

Yes

check if power supply of radio is normal

Yes

check if radio circuit an components

of around it is normal

FLOW CHART NO.3

no sound from CD

check if CD output is normal

No

Yes

check if CD controlled circuit is ok

Yes

check if the related components of CD

signal channel

tie wires socket is normal

No

check and change related components of power supply circuit

No

check and change components of around it

check public circuit components

No

check and change the related components of CD controlled circuit

check and change the related components of CD

No

tie wires

power supply circuit and change related

socket

Yes

change decoding board

9-1

no search from CD

check if supply +12V of decoding board is normal

Yes

Troubleshooting

No

check steady circuit

check if laser head ass'y can light normally

No

check if tie wires of laser head ass'y is loosen and broken

No

laser head ass'y broken

Yes

decoding board is broken

check and change good laser head ass'y

9-2

WXD

8210D

Stb,clk

TX/RX/CTL/DET

Block Diagram

USB

DA11

-

LOADER MOTOR DRIVER

OPEN/CLOSEDRIVER

USB5V

CD_5.6V

AM5766

CD_5.6V

A3.3V

RF

M3.3V

FM

si4705

FM_LR_IN

MP3_IN

HP_OUT

D-/D+

CD_5.6V

MAIN CHIPSET

A3.3V

ALi5673

A3.3V

FLASH

MX25L1605D

DVD/CD_RL

MP3_LR_IN

LCD DISPLAY SCREEN

Seg/grid BUS

LCD Controller

ET8862/HT1622

M3.3V

IR

AC220V

TRANSFORMER

Power Board

LCD BUS

AD_KEY

IR

,data

12V/18V

GND

IGND

I5V/3.3V

DC/DC AP1501

ECO

MCU3.3V

R5F21266

DVD_ON

VUSB_ON

9435

5V/5.6V

ECO

IIC

MCU

AMP JDA7491HV

CD_5.6V

CD/DVD_ON

1117

LDO

7333

M3.3V

MCU3.3V

IPOD/IPHONE_5V 9V_BD3491/3490

9.1V

STB/MUTE

M3.3V

EEPROM

M24C02

M3.3V

Apple Ceriticiate

CP2.0B

9V

BD3490FS

5.6V/ 5V

HEADSET DRIVER

FL_OUT

FR_OUT

PT2309

AMP JDA7491HV

AMPLIFIER

STB/MUTE

TDA7491HV

TDA7492P

6 OHM_10W/20W/25W*2

10-1 10-1

Wiring Diagram

Display Board

CD Loader driver(machanism)

CON3

PJ2

CON1

CN2

CON2

Decoder Board

CON1

CON3

CN1

CON2

12V

3.5V

GND

CON7

J2

PJ5

ECO_POWER

LED_PWM

SW8

ROT-A/B

DATA

GND

AD2

AD1

5V6

WR

CS

IR

PJ7

CON9

CON1

Headphone Board

CON2

USB

Power Board

11-1 11-1

Headphone Board -- Circuit and Layout Diagram

PJ1

PJ-CK3501

3

124

5

47K

R1

103

C1

R2

47K

103

C2

AGND

10

600R

FB1

MP3_L

CON2

1 2 3 4 5

DGND

D+

VBUS

4

GND

3

D+

2

D-

1

VCC

USB

1

CON2.0-3

12233

CON1

2.0-3P

PJ2-A

JP-CK3511

1

3

2

11

600R

100P

C3

FB2

C4

100P

H_OUTR

PGND

H_OUTL

1122334

4

MP3_R

PJ2-B

PJ2-C

PH-MUTE

CON3

12-1 12-1

Display Board -- Circuit Diagram

SM2

SM1

1

SMARK

SM3

SM4

1

SMARK

IR

Vcc

REM

GND

123

10R

123456789

SEG00

SEG01

SEG02

SEG03

SEG[00:20]

100R

DATA

CS

WR

A5.6V

R35

10R

EC-100UF/10V

R23

100R

R3

100R

R4

J1

EC6

43K

100P

C15

C8 100P

R36

J2

A5.6V

240K

R7

R5

R6

CS

WR

DATA

100P

C6

C12

C13

SEG04

SEG05

SEG06

102

C7

SEG07

1011121314

SEG08

SEG09

SEG10

15161718192021222324252627

SEG18

SEG16

SEG17

SEG12

SEG14

SEG15

SEG11

SEG13

J3

J4

J5

COM00

COM01

COM02

COM03

COM00

COM[00:06]

SEG19

SEG20

44

43

42

41

40

39

38

37

36

35

34

28

COM01

COM02

COM03

COM04

COM05

COM06

SEG01

SEG02

SEG00

1

SG12SG23SG34SG45SG56SG67SG7

DI

CLK

CE

VDD

OSC

VSS

VLCD

COM1

COM2

COM3

COM4

COM5

COM631COM730COM8

U1

33

32

COM04

COM05

COM06

R14

EC-47UF/6.3V

IR

SEG07

SEG08

SEG03

SEG09

SEG04

SEG05

SEG06

8

10

SG89SG9

SG10

SG29

SG2827SG2726SG26

SG2524SG24

29

28

25

47R

R18

3.3V Q2

100P

C11

EC2

R32

0R

8550

LED1

SEG10

11

SG11

12

SEG11

SG12

13

SEG12

SG13

14

SEG13

SG14

15

SEG14

SG15

16

SEG15

SG16

17

SEG16

SG17

18

SEG17

SG18

19

SEG18

SG19

20

SEG19

SG20

21

SEG20

SG21

22

SG22

SG23

I-PT6533

23

470

R19

10K

R20

LED_PWM

D1 1N4148

A5.6V

R29

ECO_POWER

R25

R26

2.2U/10V

ROT_A/B

J10

5.6VA5.6V

J9

LED2

150R

10K

R22

4.7K

ROT_A

2 3

PJ5

VOL

1

ROT_B

R21

10K

22K

B

Q3 8050

EC

EC5

LED_PWM

ROT_A/B

EC-22UF/10V

0

R27

PJ7

CON13P-2.0

GND

IR

DATA

WR

CS GND AD1 AD2

3.3V

5.6V

1 2 3 4 5 6 7 8

9 10 11 12 13

47K

EC4

R28

ECO_POWER

AD1 AD2

J7

OPEN/CLOSE

10K

20K

R10

SW3

OPEN/CLOSE

33K

R12

R11

SW4

SW5

OPEN/CLOSE

470R

20K

J8

R13

SW6

OPEN/CLOSE

33K

R16

R15 10K

R17

SW7

SW8

SW9

OPEN/CLOSE

470R

R8

R9 5.1K

2

SW1

SW2

134

OPEN/CLOSE

12-2 12-2

Display Board -- Layout Diagram

12-3 12-3

Power Board -- Circuit Diagram

T1.6A/250VAC

CX2 0.22u/275V

1M

0.22uF/275V

CX1

LN

1

2

D4

1N4007

D3 1N4007

LF1

UU9.8/30MH

R37

R35

CON1

R24

7

89\

6

R23

D8

MBR10100C

102/1kV

C11

D10

SB260

33R

C9

33R

102/100V

10uH

L2

EC7

R22

22R

EC5 470uF/10V

IC2A

PC817

TL431

1000uF/25V

R13

330R

U1

EC6 1000uF/25V

L1

10uH

R18 1K

0.1uF/25V

EC8

470uF/25V

EC4 470uF/10V

R17

100K

10K

R12

C10

R14 33K

R16 1K

R15

2.7K

D11 FR102

CON2

4P/2.0

1 2 3 4

12V GND

3.5V GND

1

R1

R2

EC3

22uF/50V

22R

D6 FR107

3 4

R11 100K

180K

R3

180K

R20

10K

470PF/50V

R32

C5

0R

0.1uF/25V

180K

4N60C

R10

R5 2R

C1 103/1KV

D5 FR107

4

Q1

C4

101/1K V

C13

R8

1K

0R R6 2R

R5 2R

5

R7 2R

3

TR1

IC2B

EE25

PC817

102/400V

CY1

R13

22uF/400V

R9

22R

EC1

EC2 22uF/400V

D7 NC

6

1M

R14 1M

R30

5

LD7535

2

1

1M

Z2

NC

D1

1N4007

D2

1N4007

R36

R34

RT1

NTC

F1

12-4 12-4

Power Board -- Layout Diagram

12-5 12-5

Decoder Board -- Circuit Diagram 1

1

D1 1N4148

2

LD

HAVC

C11

EC7

104

10uF/10V

C16 104

EC8

10uF/10V C21 104

C23 30pF

R24 100k

Y1

16.9344MHz C27 30pF

CN1

SF-P200Z(FPC)

VCC

GND

PIN2--PIN7

LDO&MDI

MK1 MK2

VC

VR MD

HAVC

1 2

TNI

R27 33K

3

E

MDPUH

4

D

5

A

6

B

7

C

8

F

R29

33K

9

LD

10

LD

11

MDI

12

FOCUS+

13

F+

TRACK-

14

T-

TRACK+

15

T+

FOCUS-

16

F-

C33

MAPUH

104

MBPUH MCPUH TPI

4

TX

3

RX

M33V

2 1

C38

CON4

104

CON2.0-4

HOLE/GND

H1

9

2

9

8

3

8

7

4

7

6

5

6

1

HOLE/GND

H4

9

2

8

3

7

4

7

6

5

6

1

R10 15R

R21

L2

EC12 100uF/16V

2 3 4 5

10uF/10V

3.3Ω

13

8550,DIP

EC6

M33V_LDO

0R

TP4

TP6

Q1

RF_1V8

12

VREF_16

EC1

C1

10uF/16V

SEV_3V3

V18_CORE

3V3SD_IC

C3

C2

104

VREF_16 XSLEGP XSPINDLE

XFOCUS XTRACK

3V3SD

DCR33

L1

2

1

EC5

47uF/16V

2

104

C29

102

3V3SD

LDO

TPI TNI

SEV_3V3

CD_R

H2

TE

V18

CD_L

AUD_3V3

C12 104

EC10

1000uF/10V C25 104

AUD_3V3

HOLE/GND

1

MCPUH MBPUH MDPUH MAPUH

FELPFO

TELPFO

SBLPFO

SB

C14 105

M33V_CKG

EC11

10uF/16V

R41

NC/0R

2

3

4

5

SEV_3V3

C9 104

C13

FE

C15

104

C20 104

C30 102

9

8

7

6

MDI

125

126

127

128

MDI

TRO

FOO

EC13

10uF/16V

EC16

C36 104

R55

100K

WP

GND

1 2 3 4 5

GPWM

FMINL

XPAD_MICIN

FMINR

XPAD_LINEINR

42

41

39

40

EC17

10uF/16V

CS# DO WP# GND DI

SFLASH EON25P20(1M bit)

1

LDO

2

TP1

3

TP2

4

MC

5

MB

6

MD

7

MA

8

XAVDD33_2

9

HAVC

10

V12 XAVSS33_2

12

TELP

13

MPXOUT1

14

MPXOUT2

15

MPXOUT3

16

COSP

17

COSN

18

XAVDD33_3

19

VTB

20

VTP

21

XAVSS33_3

22

XAVSS33_LDO

23

XAVDD33_LDO

24

XAVDD18_LDO

25

XAVDD33_CKG

26

XTALI

27

XTALO

28

XAVSS33_CKG

29

XAVDD18_1

30

XAVSS18_1

C26

31

XPAD_BICAFL

0.1UF

32

XPAD_BOCAPL

33

XPAD_LINEOUTL

C28

34

XPAD_BICAPR

0.1UF

35

XPAD_BOCAPR

36

XPAD_LINEOUTR

37

XAVSS33_AUD

38

XAVDD33_AUD

C32 104

EC15

10uF/16V

F_CS

C4

104

M33V_PAD

114

115

116

117

118

119

120

121

122

123

124

XAVSS33_1

112

113

FMO

DMO

VREF16

VDD_PAD

GND_PAD

XAVD33_1

BTN_ADIN1

BTN_ADIN2

BTN_ADIN3

VDD_CORE

GND_CORE

XAVDD_D33

U1

ALi M5673

XPAD_SFGP

XPAD_SFGN

XPAD_XVREF

XPAD_V15R

XPAD_V15L

XDP

VDD_CORE

XPAD_V08R

XPAD_MICBIAS

XPAD_V08L

GND_CORE

XDM

XPAD_LINEINL

51

49

48

46

53

54

47

44

45

50

55

52

43

V18_CORE

EC14

R34

EC19 10uF/16V

VCC

CLK

15k

+5.6V

C40 104

8

#DLOHID_F

7

F_CLK

6

F_DO

10uF/16V

HOLD#

U3

105

106

107

108

109

110

111

XGPIOI7

XGPIOI6

XGPIOI5

XGPIOJ2

XGPIOJ1

XGPIOJ0

XGPIOF1/SD/MS_CLK(O)

XGPIOF0/SDCMD(B)/MSBS(O)

XGPIOE2/DOCD_CLK(O)

XGPIOE1/DOCD_DATI(I)

XGPIOE0/DOCD_DATO(O)

XGPIOC0/SFCSB

XGPIOB7/SFDI

VDD_PAD

XGPIOB6/SFDO

GND_PAD

XGPIOC1/SFSCK

60

62

59

57

58

56

61

M33V_PAD

R35

15k

R37 33R R38 33R

1 2

D4

SMD0805P100TF 1A 6V

1N5819

R44

1.5K

R47 10K

R48

1.5K

3V3SD

R56 100K

R6 10K

103

104

XGPIOI4

XGPIOI3

XGPIOI2/IRC

XGPIOI1/PWM0_0(O) XGPIOI0/LCDWRJ(O) XGPIOH7/LCDRDJ(O)

XPRSTB

XGPIOH6/LCDCSJ(O)

XGPIOH5/LCDA0(O)

XGPIOH4/DATA7(B) XGPIOH3/DATA6(B) XGPIOH2/DATA5(B) XGPIOH1/DATA4(B) XGPIOH0/DATA3(B) XGPIOG7/DATA2(B) XGPIOG6/DATA1(B) XGPIOG5/DATA0(B)

XGPIOG4/USI_CLK

XGPIOG3/USI_DI

XGPIOG2/USI_DO

VDD_PAD GND_PAD

XGPIOF3/SD_MS_DET

XGPIOF2/SD_MS_PWR

XGPIOE7/SDD3(B) XGPIOE6/SDD2(B) XGPIOE5/SDD1(B) XGPIOE4/SDD0(B)

XGPIOE3/SD_MS_WP

XGPIOD7/SPDIF

XGPIOD6/I2S_WCLK

XGPIOD5/I2S_DI

XGPIOD4/I2S_DO

XGPIOD3/I2S_REFCLK

XGPIOD2/I2S_SCLK

XGPIOD1/I2CM_DAT(B)

XGPIOC2/URTX

XGPIOC3/URRX

XGPIOD0/I2CM_CLK(O)

TX

631164

RX TX

F1

R42

SPIN-

10K

R45

22K

SPIN+

R49

27K

SDATA MCLK LRCK SCLK

MUTE34 CD_TRIN LIMIT CD_MUTE

R7

4.7K

3V3SD

R11

EC4

4.7K 10uF/16V

3

2

102 101 100

RESETJ

99 98 97 96

C10

95

105

94 93 92 91 90 89 88 87

R15 10K

86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66

R25

65

4.7K

R26

4.7K

RX

R28

R31

R30

R32

F_CLK F_CS F_DI F_DO

TP20

TP21

TP22

L5 DCR33

USB5V

EC18

C35 104

100uF/16V

+3.3V

22R

R60 R59

22R 22R

R61

22R

R62

10K

C47

R65

0.1uF

R12 1K

D3 ESD

LRCK

SDATA MCLK SCLK

330R

3V3SD

330R

10K

D5 NC

C48

2.2uF

3V3SD

C17 104

SSDA

SSCL

10K

D+

CON3

CON2.0-4 D6 NC

CS4354 CE4354

1

VL

2

SDIN

3

MCLK

4

LRCK

5

SCLK/DEM

6

GND

7 8

FILT+ AOUTA

2N3904

3V3SD

4 3 2 1

Q2

2

1

D2

1N4148

R13 47K

1

M33V_PAD

TP5

M+

8550,DIP

M5V

M-

8550,DIP

CD_L

CD_L1

C133

474

CD_R1

474

C143

CD_R

1 2

+5.6V

D7

IN4001

U4

14

-VFILT C45 2.2uF

13

FLYN

12

FLYP

11

VA

10

GND

9

AOUTB

A

C49

DCR33

L13

1

2

2.2uF

A

+5.6V

M33V

CLOSE_SW

TP15

GND

TP16

OPEN_SW

TP17

M+

TP18

M-

TP19

R39

470R

2

Q4

1 3

8050,DIP

Q6

2

R46

470R

1 3

8050,DIP

+5V

R58 2R2

CD_R1

R63 10K

CD_L1

R64 10K

+

C52

CE2

2.2uF 22UF/6.3V/4*7

1uF/50V

+5.6V1

R3

2.2R

EC2

1000uF/10V

+5.6V

Q3

8550,DIP

EC9

C22 104

470uF/10V

CON2

CON2.0-5

5 4 3 2 1

R33

CLOSE_SW

R36

OPEN_SW

2

Q5

C37

1 3

R43

471

2.2K

Q7

2

C39

1 3

R52

471

2.2K

+3.3V

C44

D8

3.3V/SMD

2200P

C50

R66

R67

10K

R14 10R/0.5W

13

100

R40

R50

R57 220R

CDR CDL

4.7K

104

2

C19 104

1K

C51 2200P

C7

MUTE34

R16

20K

OPEN/CLOSE_SW

M_CLOSE

M_OPEN

+5V

C6

104

U2

AM5766FM

R20

12K

CDR 2 CDL 2

A

R1

R4

82K/39K

R8

2930

GND

GNDGND

BIAS

OPIN

VCTL

MUTE

VINTK

VINLD

TRB_2

OPOUT

VINFC

TRB_1

REGO2

VINSL+

REGO1

FWD

REV

VCC1

VOTR-

12345678910111213

+5.6V1

SLEGP

R17

15K

FOCUS

R22

C31

SPIN+

OPEN/CLOSE_SW 2

M_CLOSE 2

M_OPEN 2

104

51k

3.9K

560K/0

R9

VCC2

VOLD-

VOTR+

VOSL+

43k

104

V18

M33V

3V3SD

M33V

103

C5

TRACK

SPINDLE

+5.6V1

16171819202122232425262728

VOTK-

VOLD+

VOSL-

VOFC-

VOFC+ VOTK+

14 15

R18

3.3K

R23

C24

SPIN-

L3

DCR33

L4

DCR33

L6

L7

DCR33

L8

DCR33

4.7K(NC)

R51

R53

10K

4.7K(NC)

R54

DCR33

L9

L10

DCR33

L11

DCR33

L12

DCR33

VREF_16

R2

0R

XTRACK

XSPINDLE

R5

1K

VREF_16

C8 474

SPINSPIN+ TRACKTRACK+

FOCUS+ FOCUSSLSL+

C18

R19 0R

0R

103

TP7 TP8

TP9 TP10 TP11 TP12

C41 104

VREF_16

473

XSLEGP

XFOCUS

VREF_16

CON1

CON2.0-6

SPIN+

1

SPIN+

SPIN-

2

SPIN-

SL+

3

SLED+

SL-

4

SLED-

LIMIT

5

LIMIT1

6

LIMIT2

RF_1V8

V18_CORE

C34 104

SEV_3V3

AUD_3V3

3V3SD_IC

CD_TRIN

LIMIT

CD_MUTE

M33V_PAD

C42 104

M33V_CKG

C43 104

M33V_LDO

3V3SD

C46 104

CD_TRIN

CD_MUTE

OPEN/CLOSE_SW

M_CLOSE

SSDA

SSCL

CD_TRIN 2

CD_MUTE 2

OPEN/CLOSE_SW 2

M_CLOSE 2

SSDA 2

SSCL 2

12-6 12-6

Decoder Board -- Circuit Diagram 2

CON7

GND

CON2.0-13AW

13P-2.0

CON2.0-4

1

ECO_POWER

2

REMOTE

3

LED_PWM

4

ROTA/ROTB

5

LCD_DATA

6

LCD_WR

7

LCD_CS

8

GND

9

AD1

10

AD2

11

MCU3.3V

12 13

J2

1 2 3 4

MSDA MSCL

M3.3V

LO GND RO HP_MUTE

R158 R159 330

L43 FB

MUTE1

RO

R_OUT

HP_LINE_MUTE

CD_MUTE

MCU_MUTE

MUTE_PH_LINE

330

C112

0.1uF

C86 1000pF

R113 4.7K

TP58 TP59 TP60 TP61

TP44 TP45 TP46 TP53 TP54 TP48 TP49 TP55 TP50 TP52 TP56 TP57

D37 SK34

D11 1N4148

CE8 220uF/16V

+

R109 47K

R117 47K

D12 1N4148

D15 1N4148

D14 1N4148

5

SDA

6

SCL

7

TEST

8 1

VDD A0

HP_MUTE

12

Q8

2

2N3904

1 3

U10

24C02

GND

A2 A1

5.6V

D38 SK34

R108 100K

CE7 1uF/50V

1N4148

D13

1N4148

D16

4 3 2

R101 10K

+

CE13

1uF

220uF/16V

DIP1.0MM-8

1.0A-8PL

+

R120

CON1.0-4/W

CON6

4.7K

R122

J6

J3

CON2.0-4

MCU3.3V

CE17

+

IPOD_DET

1

IPOD_RX

2

IPOD_TX

3

IPOD_ACCDET

4 5

R_IPOD_BT

6 7

L_IPOD_BT

8

L15 0R

U7

PT2309

1

OUT1

2

MUTE

3

IN1

4 5

GND IN2

68K

HP_LINE_MUTE

1 2 3 4

R181

10K

C119

0.1uF

TP36

TP37

TP35

TP38

A

CON8

TO DAB

CON2.0-9 9pin-2.0mm

8

VDD

7

OUT2

6

BIAS

MUTE1

+

CE15 1uF

MCU3.3V

D18 1N4148

1 2

C122

0.01UF

L14 0

R68 FB1K

R69 FB1K

TP40

TP39

1 2 3 4 5 6 7 8 9

R164

4.7K

REST

TP33

R70 10K

M5V

CB23 0.1uF

CE9 220uF/16V

CE11 47uF/16V

CE12 1uF/50V

MCU3.3V

R131 4.7K

R132 4.7K

MSDA

ROTA/ROTB

SSCL

CD_ON

D19 ESD

TP34

FM_RST

MSCL MSDA M5V GND FM_IN_R FM_IN_L

R133 68K

R71

10K

+

R134 10K

MSCL

REM

R166 100R

IPOD_L

CB1 33PF

TP51

R135 10K

IPOD_TX

C120 15PF

MSCL

C124 100pF

R112 47K

R_DOPI

CB2

33PF

FM_RST

TP47

+

CE10 220uF/16V

R136 10K

R137 10K

LED_PWM

MUTE_PH_LINE

L45 FB/0603/2.2K

R169 1K

L50 DCR33R

L52 DCR33R

X1

32.768KHz

MSDA

LCD_DATA

C125 100pF

C127 10pF

ECO_POWER

ECO_POWER 3

CD_ON

CD_ON 3

CDR

+

0.22uF

R92 0R

R93 NC

C78

L33 100uH/3.5A

L39

+

CE3

220uF/35V

100uH/3.5A

9.1V

+

4700pF

CDL

CD_TRIN

CD_MUTE

OPEN/CLOSE_SW

M_OPEN

M_CLOSE

SSCL

SSDA

9.1V

D9

9.1V

MSDA

MSCL

CE5 0603-2.2UF-K-10V

CE6

+

0603-2.2UF-K-10V

R99 3K

R100 3K

FLO+ FLOFRO+ FRO-

R74 330R/1W

C106 100pF

CDR 1 CDL 1

CD_TRIN 1

CD_MUTE 1

OPEN/CLOSE_SW 1

M_OPEN 1

M_CLOSE 1

SSCL 1

SSDA 1

C107 100pF

C108 100pF

A18V

L_OUT

R_OUT

4 1 3 2

P1

WP4-3

PRC-201A

C109 100pF

R113

L48NCR120

0

SI4702/03

SI4704/05

120nH NC

1617181920

21

NC.

DFS

GND

GPO1

GPO2/IRQ

1

RFIN

R75 330

J1 RF IN

467

LO

C89

1000pF

L_OUT

R141 10K

R138 10K

R140 10K

IPOD_RX

C115 104

C114 104

1

2

3

4

5

6

7

8

C121 15PF

SSCL

SSDA

LCD_CS

C130 100pF

C128 100pF

C129 100pF

25)

ؐ໻Ѣ

L17

Q\100MHz\Q

催乥催

0603-0.27uH(

1 2 3

5

R143 10K

R142 10K

C117 104

C118 104

SSCL

DVD_ON

RESET

P4_7

AVSS

P4_6

VCC

MODE

2

100pF

3

4

5

R78 10K

CB11 0.1uF

R83 2.2K

MSCL

R88 2.2K

MSDA

RFIN

D10 NC

RESET_IPFM_RST

M3.3V

CD_TRIN

M_CLOSE

IPOD_AUDIO_DET

OPEN/CLOSE_SW

ROTA/ROTB

M_OPEN

R145 2.2K

R148 470R

R146 100

R147 470R

R150 100

R149 1K

303132

291213252628

27

TRIN

RTC_IN

OPEN_MMUTE

CLOSE_M

OPEN_SW

CLOSE_SW

U11

R5F21266

R5F21266-LQFP32

LED_CTRL

ROTA

MSDA

ROTB

MSCL

910141516

11

L54FB/0603/2.2K

L53FB/0603/2.2K

R182 100

R184 100R

R187 100R

R186 100R

R188 100R

R185 100R

MSCL

MSDA

MCU_MUTE

FM_RST

LED_PWM

MUTE_PH_LINE

FMI

RFGND

TXO

RST

R118 0/0805

AD2

R151 100

R233 100

ECO_POWER

NC

C57

M3.3V

CE14

47uF/16V

AD1

R152 100

FM_RST

VFD_DATA

ECO_POWER

STANDBY

R183 100

IPOD_RX

AD_KEY

VFD_CLK

VFD_STB

REMOTE

RX

SSDA

VREF

U5

4705

SEN

SCLK

SDIO

678910

C79

22pF

R110 10K

R115 0

CB24

+

0.1uF

24

23

22

21

20

19

18

17

TX

DOUT

GPO3/DCLK

LOUT

ROUT

GND

VD/VDD

RCLK

VIO

R82

10K

Y2

32.768KHz

1

NC1

2

MODE1

3

NC3

4

nRESET

5

VCC

CB25 104

L46FB/0603/2.2K

L47FB/0603/2.2K

L48FB/0603/2.2K

L49FB/0603/2.2K

R175 33R

R177 100R

REM

R178 1K

R180 100

R230 2.2K

R231 10K

15

14

13

12

11

C80 22pF

21

NC19

NC20

VSS1

iPod_CP_2.0

NC6

NC7

678910

R167 100R

R168 100R

R173 100R

R174 100R

MCU3.3V

REMOTE

IPOD_ACCDET

IPOD_TX

IPOD_DET

MCU3.3V

0.01uF

LCD_WR

LCD_CS

LCD_DATA

C54

C53

C62

0.01uF

C70 1uF

NC17

NC18

NC8

NC9

SSDA

0.01uF

1617181920

NC16

NC15

MODE0

I2C_SDA

I2C_SCL

VSS

NC10

C55

100pf

R72 1k

R73 1k

FB/1K

L16

C64

10uF/10V

L18

FB/1K

R84 10K

15

14

13

12

11

U8 KITMFI341S2164 QFN20

2

1

PESD12VS2UT

L27 FB/1K

R104 NC

C56 100pf

FM_IN_L

C58 0.47uF

FM_IN_R

C59 0.47uF

M3.3V

D36

3

FM

M3.3V

R106 NC

R111 10K

MSDA

R114 330

R116 330

MSCL

TP41

TP42

TP43

MP3_L

R76 1K

1

C60 4.7uF

2

MP3_R

R77 1K

3

C61 4.7uF

CN2

CON2.0-3

R81 4.7K

IPOD_L

R86 4.7K

IPOD_R

C71

680pF

R94 1K

FM_IN_L

R96 1K

FM_IN_R

CDL

CDR

L_OUT

R123 5.6k

R121

2.2k

R155

CB45

2.2k 152

R161

R_OUT

C111 4.7uF

5.6k

M3.3V

CB51

CB50

102

R172 10k

R170 10K

R176 3.3K

MUTE1

R229

22K

R97 47K

R102 1K

R103 1K

C91

CB30 152

CB52

1uF

R232 3.3K

C65

C63

R80

R79

22K

680pF

C72

R90

R89

22K

680pF

C83

R98

C82

47K

470pF

C88

C87

R105

R107 47K

47K

470pF

4.7uF

CB31

CB32

CB33

1uF

102

L32 FB/1K

C97

VDDS

104

DIAG

R127 100k

L36

FB/1K

22

R130

C100

VDDS

104

R154 0

CB42

R157 0

R156

104

39K

104

C104

L40 FB/1K

L41 FB/1K

R163 100k

102

R165 100K

12

D17

1 2

1N4148

D39

1N4148

CB55

CB56

2.2UF

Q9

2

3904

1 3

CB57

104

2

CB64

R171

104

22K

2.2UF

Q74 3904

1 3

C66 4.7uF

C67 4.7uF

C68 4.7uF

C69 4.7uF

C73 4.7uF

C74 4.7uF

C75 4.7uF

C76 4.7uF

1

SUB_GND

22

INPA

23

INNA

27

SGND

26

VDDS

28

DIAG

19

VDDPW

18

PGND

25

SYNCLK

24

ROSC

30

GAIN0

31

GAIN1

35

SVCC

36

VSS

32

INPB

33

INNB

21

MUTE

20

STBY

CB14 33PF

CB15 33PF

CB17 33PF

CB18 33PF

L21 FB/1K

L19 FB/1K

L20 FB/1K

L22 FB/1K

L23 FB/1K

L24 FB/1K

L26 FB/1K

L28 FB/1K

TDA7491HV

CB3

CB6

CB4

CB5

33PF

CB8

CB9

CB7

CB10

33PF

BD3490 BD3490FV

1

A1

2

A2

3

B1

4

B2

5

C1

6

C2

7

D1

8

D2

C77 2.2uF

9

SEL2

C81 2.2uF

10

SEL1

11

VOL1

12

VOL2

13

TC2

14

C85

C84

3300pF

U9

OUTPA OUTPA

PGNDA PGNDA

PVCCA PVCCA

OUTNA OUTNA

OUTPB OUTPB

PVCCB PVCCB

PGNDB PGNDB

OUTNB OUTNB

VREF

SVR

SUB_GND

37

18V_IN

L51 FB/1206

L57 FB/1206

CE16

1000uF/35V

NC/3R3

R119

CB26

L30

NC/1U

100R/6A/100M 16 17

C92

C93

22uH3.2A

L31

100pF

14

R125

15

22

C95

CB28

CB34

104

105

12

100pF

13

10 11

2 3

6 7

4 5

8 9

34

29

CB36

C96

330P

100pF

22uH3.2A

L34

100R/6A/100M

L35

NC/1U

NC/3R3

R128

C99

100pF

C101

100pF

NC/3R3

R129

L37

100R/6A/100M

CB43

104

L44 C110 100pF

CB54 10uF

CB58

104

CB44

105

100R/6A/100M

CB53 10uF

L38

22uH3.2A

R153

22

CB47 330P

L42

22uH3.2A

C116 100pF

NC/3R3

R162

R179

3.3R

CB59

103

R216 0/0805

R189 0/0805

R204 0/0805

R205 0/0805

CB12

0.1uF

U6

28

FIL

CE4 10UF/16V

27

GND

R85 1K

26

SDA

R87 1K

25

SCL

CB13 33PF

24

VCC

L25FB/1K

23

OUT1

R91 1K

22

SB1

21

SR

R95 0R

20

SB2

L29 FB/1K

19

OUT2

CB16 33PF

18

BCB1

CB19

17

BCA1

CB20

16

BCA2

CB21 0.22uF

15

2BCB1CT

CB22 0.22uF

8.2R

R124

0.1uF

CB29

CB27

224

C94 100pF

C90

684

C98

CB37

224

CB35

0.1uF

100pF

8.2R

R126

CB38

CB39 NC/1U

C103

684

CB49 NC/1U

TP62 TP64 TP63 TP65

R144

8.2R CB40

224

C102 100pF

CB41 0.1uf

CB46 224

8.2R

R160

CB48 0.1uf

C105 100pF

H3

FLO+

FRO+

FLO-

R194 22K

CE18

CD11X/100UF16V/D6.3H7

13

R199

Q12

1K

8050,DIP

CON2.54-2

+

2

CD11X/220UF16V/D6.3H7 CE19

+

R201 330R/1W

1

2

J4

R196 22K

D22 1N4148

2

12

A18V

FRO-

R195

13 Q10

8550,DIP

22K

13

Q11

2

8550,DIP

R198

R197

12K

R200 10K

R_IPOD_BT

C123 NC/2.2uF

C131 2.2uF

R190 NC/100K

R192

0

R210

IPOD_AUDIO_DETL_IPOD_BT

C140

R191

R193

470K

10K

1000p

NC/22K

A

12-7 12-7

Decoder Board -- Circuit Diagram 3

CON9

18V_IN

1 2

MCU3.3V/IP5V

3

IP_GND

4

ECO_POWER

5

CON2.5-4

CON2.54-5

L56

FB/100R

MCU3.3V/IP5V

R202

NC/0R

HT7333

TP66 TP67

TP68

18V_IN

R234

470 1/2w

100u/16V

+

CE32

U12

SOT-89

2 3

IN

OUT1

GND

1

100u/16V

MCU3.3V

+

C132 104

CE20

ECO_POWER

ECO_POWER 3

18V_IN

L58 FB_0349

18V_IN

100u/16V

470u/35V

CE22

CE31

+

GND

+

2

ECO_POWER

P_GND

+5.6V

R208

4.7K

R209 22K

R212 33K

R215 22K

CD_ON 2

SK34 D24

CE26

OUT1 OUT2

SOT223

220u/10V

2 4

CE28

220u/16V

U14

ECO_POWER 2

3

AMS1117-3.3

IN

ADJ

1

M5.6V

R214

4.7K

M5V

+

C135 104

M3.3V

+

C136 104

5.6V

U16

AP1538/SOP-8

SOP8/SMD

4

Vcc

C113

R227

4.7K

NS/100nF

3

CB63

0.1uF

MCU3.3V

10K

R228

OCSET

EN

Vss

2

7

8

0

R235

CB62

0.1uF

0.8 x (1+2.61K/2K) = 1.84V

MCU3.3V/IP5V

R221

47R 1/2W

R222

47K

10K

R224

R225

C141

22K

104

R203

R217

33K

IP_GND

Q72CES2307

R223 1K

Q24

2

3904

1 3

L59

47UH-3A

6

O/P

5

O/P

1

FB

C126

R226 18k-1%

NS/100nF

R139

D25 SK34

3K-1%

C142 10uF/0805

Low ESR <125 mOHM

J5

CON2.0-2

IP5V

A18V

1 2

NC/0R

CE23

470u/16V

䱊⫋⬉ᆍ㽕䴴䖥⬉ᛳ

5.6V

+

C134 104

P_GND

95L Fu01 241C

R206

Q70CES2307

CE21

Q22

1K

P_GND

+

100u/16V

P_GND

R207 1K

2

C137

1 3

104

Q73CES2307

C138

104

P_GND

2

C139

1 3

104

P_GND

47K

3904

R218 0/NC

R211

47K

R213

Q21

3904

GND

12-8 12-8

Decoder Board -- Layout Diagram

12-9 12-9

Exploded View

Top cabinet

PCB1

PCB3

S105

S101

DVDM

S107

S106

S104

PCB4

S102

PCB2

Bottom chassis

13-1 13-1

Revision List

Version 1.0 * Initial Release

Revision List

14-1

Philips MCM-2000 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual