Philips HDD-085 Service Manual

Micro Audio Jukebox HDD084/HDD085/HDD082/HDD086

A

All Versions

Service Manual

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

TABLE OF CONTENTS

Chapter

Technical Specification and Service hints.…………………1 Safety Instructions………………………………………………2 Instructions for Use……………………………………………. 3 Mechanical Instructions………………………………………. 4 Exploded view and Service parts list…………………...….. 5 Factory Service Mode testing………………………………… 6 Overall Block diagram…………………………………………. 7 Overall Electrical diagram……………………………………. 8 Component layout……………………………………………… 9 Revision list………………………………………………………10

3141 785 30487

Version 1.7

1.0 TECHNICAL SPECIFICATION and SERVICE HINTS

General

Dimensions (WxLx H) : 53 x 86 x 16.7 mm (2.1 x 3.4 x

Weight : 78 g (2.8 oz) Output power : 2 x 5 mW Frequency response : 20-20 000 Hz Equalizer : 5 band DSP controlled Hard disk : 1,0” micro HDD Capacity : 3GB Display : Black/White

Backlight : White Led Battery : 640 mAh Li-ion internal

Battery life time: >9hr File transfer rate using USB : Battery charging current 320 -420mA

Maximum charging time : 4hrs

0.7 inches)

(16 ohm)

: 96 x 64 pixels

rechargeable battery

800kbyte/s

Battery cutoff voltage: 3.4V Connections: Stereo headphone

Mini USB (B-type) DC charger input

Battery level detection

Detection Level Typ. 4-step to 3-step voltage 3.95V 3-step to 2-step voltage 3,8V 2-step to 1-step voltage 3,7V Force Power Off voltage 3,4V

Current consumption

DC-IN SUPPLY (3.8V)

Battery Charging Current 370mA typ.

BATT. SUPPLY (3.4V) Power Off <15uA Idle with LCD Backlight on 55mA Playback without HDD reading 45mA Playback with HDD reading 350mA File transfer using USB1.1 350mA

Headphone out (headphone output load 2x16 ohm)

Maximum output power : 1mW Frequency response : 20Hz - 20kHz SNR (A-wght) : THD (1kHz) : 0,5% - 1.0% Left-Right Channel Separation : Left-Right Channel Balance :

>75 dB

40dB typ. 0,5dB

Supported playback format

MP3 :

8 - 320 Kbps and VBR

WMA : 32 - 192 Kbps Sample rates : 8, 11.025, 16, 22.050

32, 44.1, 48

ID3-tag support : Yes PC Connectivity : USB File Transfer For HDD084 via Windows Media Player 9 or 10 for music playback or Windows Explorer for general data (music playback disabled) For HDD082/HDD085/HDD086 via Windows Media Player 10 for music playback or Windows Explorer for general data (music playback disabled)

Firmware and software upgrades

For HDD084

1. Download the latest version of the Device Manager application from http://www.philips.com/support. You may need to enter your language preference and the model number e.g.hdd084, to access the Device Manager application upgrade file.

2. Double click the downloaded execution file to start the installation of the Device Manager.

3. Once the installation is completed, connect the GoGear to the power supply with the AC/DC adapter.

4. Launch the Device Manager at Start->Programs- >Philips GoGear HDD->Philips GoGear HDD on your PC

5. A dialogue box will pop up; click Upgrade to start the upgrading of the firmware. (Please do not

disconnect the jukebox during the upgrading process as this interruption may damage the firmware!)

6. Follow all screen instructions to complete the firmware upgrade.

7. The Device Manag er will close automatically once the success message is displayed. Close all opened application and then safely remove your

GoGear micro jukebox by clicking on the in your task tray bar. When prompted, “The USB Mass Storage Device can now be safely removed from the system”, click OK and unplug your micro jukebox.

icon

1.0 TECHNICAL SPECIFICATION and SERVICE HINTS

8. Once the GoGear micro jukebox is disc onnected from the computer, the display will show “Firmware Upgrading” for a couple of seconds and then start up as usual. If the message does not disappear after 2 minutes, do a soft reset by pressing and holding the  key and the volume + key for a couple of seconds.

For HDD085/HDD082

1. Download the latest version of the Device Manager application from http://www.philips.com/support. You may need to enter your language preference and the model number e.g. hdd085, to access the Device Manager application upgrade file.

2. Double click the downloaded execution file to start the installation of the Device Manager.

3. Connect the GoGear to the power supply with the AC/DC adapter and to the computer with the provided USB cable. Make sure that Windows Media Player along with any other applications are closed.

4. Launch the Philips Device Manager by double clicking the Device Manager icon at the task bar on your computer.

5. The Philips Device Manager will detect the connection of your GoGear and the application will automatically check on the server to see if an update is available and prompt user to download the updated firmware. Click YES to start the downloading.

7. The application will show the status of updating and at the end you need to click OK to complete the update. (Please do not disconnect the jukebox during the upgrading process as this interruption may damage the firmware!)

6. A status bar will show the downloading pro gress of the firmware. Once the downloading is complete the application will prompt you to install the update onto your GoGear. Click YES to confirm

8. Once the success message is displayed. Close Device Manager and all opened application and unplug your GoGear.

Service Hints

Rebuild database & firmware after replacement of hard disk drive

IMPORTANT: All devices having the hard disk replaced must have the firmware image & database rebuilt before returning to customers.

After the replacement of hard disk the database and firmware image must be rebuilt in the device with device manager by following the procedure below.

For HDD084

1. Connect the GoGear to the po wer supply with the

1.0 TECHNICAL SPECIFICATION and SERVICE HINTS

AC/DC adapter and to the computer with the provided USB cable.

2. Launch the Device Manager at Start->Programs- >Philips GoGear HDD->Philips GoGear HDD on your PC A dialogue box will pop up; click Restore and OK to confirm and start restoring the unit to its factory setting.

3. Follow all screen instructions to complete the restoration.

4. The Device Manag er will close automatically once the success message is displayed. Close all opened application and then safely remove your

GoGear micro jukebox by clicking on the in your task tray bar. When prompted, “The USB Mass Storage Device can now be safely removed from the system”, click OK and unplug your micro jukebox.

5. Once the GoGear micro jukebox is disc onnected from the computer, the display will show “Firmware Upgrading” for a couple of seconds and then start up as usual.

For HDD086/HDD085/HDD082

1. Download the latest version of the Device Manager application from http://www.philips.com/support. You may need to enter your language preference and the model number e.g.hdd085, to access the Device Manager application upgrade file.

2. Double click the downloaded execution file to start the installation of the Device Manager.

3. Connect the GoGear to the po wer supply with the AC/DC adapter and to the computer with the provided USB cable. Make sure that Windows Media Player along with any other applications are closed.

4. Launch the Philips Device Manag er by double clicking the Device Manager icon at the task bar on your computer.

5. Select the REPAIR tab on the dialogue box and then click Repair to start repairing. IMPORTANT: All music & content of your micro jukebox will be erased once the GoGear is repaired.

icon

6. Once the repair is complete a dialogue b ox will pop up; click OK and unplug the GoGear from the computer.

1.0 TECHNICAL SPECIFICATION and SERVICE HINTS

Capture the log file from device

1. Switch on the device in FSM mode b y pr essing and holding the Rec key and then the power key together.

2. Device will s witch on an d FSM main menu will be displayed

3. Scroll Down using the  key to item 14 HDDinit

4. Press the  key, HDD will be initialized, wait till HDD is initialized, you will get HDD INIT OK message once initialization is complete

5. Press  to display main menu

6. Scroll down using the key to Item 19 Log to File, press thekey.

7. Wait till writing is completed you will get a message, writing done

8. Connect USB to device, you will se e a file LOGINFO.TXT in the root, this is device log file, size will be around 3KB, copy the file

9. You will also see the pcloginfo.bin in the audio folder this is the PC log file.

10. Copy both of the above files to PC for future analysis by the Business if needed.

If the HDD failed the HDDInit test then the device log may only be read off the LCD display with the Log to LCD option by following the steps below:

1.

In the FSM main menu scroll down and select Log to LCD.

2.

Press the  key and then when prompted to “Press RIGHT KEY” message on display, press the  key again you will see 5 parameters at a time on the display and then press  again to see the next 5 parameters.

1.0 TECHNICAL SPECIFICATION and SERVICE HINTS

Recovery procedure for flash corrupt problem

If the device cannot be powered on but it can be detected by DFU program (device firmware upgrade application), it can be recovered by following the procedure below.

Note: Close all applications e.g. Philips Device Manager before launch the DFU program. Run this program by Window XP only.

For HDD084 only (MSC mode device)

1. Connect the DFU USB cable to the device first and then connect to your PC.

2. Launch the DFU program by unzip the

Symphony.rar file and then double click the DFUAPP.exe file from Symphony folder.

3. Observe the dialogue box to ensure “DEVICE IS IN DFU MODE”.

4. Select Download and then click Browse to get the FWImage.ebn file from your PC.

5. Click Start Download to download the firmware to the device.

6. The program will stop once the successful message is display.

7. Disconnect DFU USB cabl e from the device.

8. Connect the device to the PC by normal USB cable and launch the Philips Device Manager to repair the device. (Download the latest version of the Device Manager application from Philips support website http://www.philips.com/support)

1.0 TECHNICAL SPECIFICATION and SERVICE HINTS

For HDD086/HDD085/HDD082 (MTP mode device)

1. Unzip the Factory.rar file to your PC. You should find three folder name “Bootloader”, “DM” & “Drive_I”.

2. Unzip the Setting.rar file and choose the right deviceinfo.sec file according to the device model. Then copy this file into \Drive_I\UnzipToRoot folder to rewrite the original deviceinfo.sec file.

8. Disconnect DFU USB cabl e from the device.

9. Open the device, displace will show “BOOT LOADER APPLICATION Version 4.0”.

10. Connect the device with your PC by normal USB cable.

3. Connect the DFU USB cable to the device first and then connect to your PC.

4. Launch the DFU program.

5. Observe the dialogue box to ensure “DEVICE IS IN DFU MODE”.

6. Select Download and then click Browse to get

bootLoader_HDDXXX.ebn file from Bootloader folder.

11. Run the install_HDD08x.bat file from Drive_I folder.

12. Follow all screen instructions to complete the installation.

7. Click Start Download to download the firmware to the device. The program will stop once the successful message is display.

13. Safely remove the device from PC by clicking on the

device is disconnected from the PC, the display will show “Firmware Upgrade” for a couple of

icon in your task tray bar. Once the

1.0 TECHNICAL SPECIFICATION and SERVICE HINTS

seconds and then start up as usual.

14. Connect the device with PC by normal USB cable again for MTP connection. Select “Take no action” once the device is detected by the PC.

MTP mode installation procedure after replaced the mainboard

Note: Applicable for HDD085/HDD082 only

Repeat the recovery procedure for flash corrupt problem from step 9 to 16.

15. Run the MTP_FactoryDM.bat from DM folder to copy all necessary files into the device.

16. Once the installation is completed, below dialogue box will auto close.

WARNING

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.

F

ATTENTION

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.

2.0 SAFTETY INSTRUCTIONS

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.

WAARSCHUWING

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.

I

AVVERTIMENTO

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.

GB

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

NL

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

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.

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.

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.

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

CLASS 1

LASER PRODUCT

GB

Warning !

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

S

Varning !

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

Varoitus !

SF

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

3122 110 03420

"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."

DK Advarse !

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

Overview of controls and connections

3.0 Instructions for use

1 USB cable connector

2 p Headphones jack

3 5V DC Charging socket

4 HOLD slider To disable key press

5 LCD display Dynamically displays menu, options and track information

6 VIEW To switch between root menu, library and now playing screens

7 3 / 4 Scroll; SuperScroll; 3 / 4

J( / § Rewind / Fast forward; Up / Down to 1 level / Skip to previous / next

y 2; Power on / off and Play / Pause; confirms a menu setting

8 Neckstrap eyelet

9 Volume + / - Volume control

0 REC Start or Stop Voice recording

! PLAYLIST Add the current track to My Playlist

@ MIC Microphone

3

4.0 MECHANICAL INTRUCTIONS

Set Disassembly

1. Remove the Cosmetic screw with an Allen key

2. Use a s crewdriver to carefully lift up the back cover of the device.

3. Gently open up the back cover.

4. Remove 4 x screws. See arrows

4.0 MECHANICAL INTRUCTIONS

5. Open up and remove the bottom part.

6. Remove the battery pack and then the hard disk

7. Take out the 2 screws on the PCB assembly to replace

it from the casing.

Overview of the disassembly parts

Bottom parts

Back cover

Mainboard / LCD module

Top assembly / Key set

Hard Disk

Battery

5.0 EXPLODED VIEW & SERVICE PARTS LIST

111

110

108

109

100

105,106 107

103

102

112

101

MECHANICAL PARTS

100 314017750142 FRONT CAB. ASSY HDD084 SILVER 101 314017750591 COVER-REAR LAQ ASSY HDD084 SIL 102 314017750132 REAR CABINET ASSY HDD084 103 314017870131 BATTERY PACK 610MA H LI POLYMER 105 314017900191

314017900231 314017900261

106 314017900121

314017900121 314017800261

107 314017800131 108 282206200083

282206200083

310420052301 282 206200108 HDD086 – HDD 1.0” 4GB 109 314017400331

314017400651 110 314017750321

111 314017750181 112 314017040031 314017320171

PCBA KIT ASSY HDD084/00/05 PCBA KIT ASSY HDD085/00/05 PCBA KIT ASSY HDD086/00/05 PCBA KIT ASSY HDD084/17 HDD082 serial nr. (NW01_ _ _ _ _ _ _ _) PCBA KIT ASSY* HDD082 serial nr. (NW00_ _ _ _ _ _ _ _) PCBA KIT ASSY*

PCBA KIT ASSY HDD084/97 HDD084/HDD085 - HDD 1.0"3GB 000936-02(CORN)Y HDD082 serial nr. (NW01_ _ _ _ _ _ _ _) - HDD 1" 3GB* HDD082 serial nr. (NW00_ _ _ _ _ _ _ _) - HDD 1” 2GB*

DAMPER HDD084 DAMPER HDD082/HDD086

KEYSET-FRONT-ASSY HDD084 LENS-PRI ASSY HDD084 SCREW HEXAGON HDD084 PLATE-PROTECTION

IMPORTANT: * Please note that there are 2 different execution of HDD082/17 in the market, that can be distinguished by the serial number with the change code “00” & “01” please refer to the above table for different applicable PCBA & HDD

MISCELLENEOUS

908210004736 Headphone SHE775BI/00 (for HDD084/HDD085/HDD082) 908210008773 Headphone SHE2550BI/00 (for HDD086) 314017310091 Neck Strap (not for HDD086) 314017400511 Rubber Sleeve (not for HDD086) 272201200608 MOD SUPP AC-DC /00 272201200609 MOD SUPP AC-DC /05 314017830111 AY4108/17 AC/DC Adaptor /17 242207600755 USB CABLE ASSY 314017870361 CD-ROM HDD086

SERVICE TOOL

824041001931 DFU CABLE

6.0 FACTORY SERVICE MODE TESTING

Programming the device using for stand-alone FSM

The following is the description for programming the device in stand-alone mode.

1. Press & hold “ Rec” and then Press  together

2. The FSM/DV T application will start and you will see the following screen.

3. Navigate to the required test.

Using the FSM integrated with UI

Press UP/DOWN key to browse through available tests. Please note that this action does not activate the test. Press RIGHT key to activate the test [which is displayed on the screen]. Within a given test LEFT key always exits from the test back to the test browse screen [Exceptions are Keypad test, Remote Keypad Test, where test can be exited by 2 short left key presses].

The following diagram describes the test flow.

DOWN

3

5-Key Remote

Test

DOWN

4

SDRAM Read/

Write Test

DOWN

5

SDRAM Self Refresh Test

DOWN

UP

6

2

LCD and Back

Light Test

LEFT

UP

RIGHT

HDD Test

RIGHT

Perform LCD and

Back Light Test

Perform 5-Key

Remote T e st

LEFT

RIGHT

Perform SDRAM

LEFT

RIGHT

Perform SDRM Self

refresh Test

LEFT

Perform HDD Test

LEFT

DOWN

UP

DOWN

R/W Test

Device Keypad

LEFT short

press (2 Times)

Perform Audio Test

RIGHT

1

Test

Perform Device

KeyPad Test

LEFT

RIGHT

Perform FM Tuner

Test

RIGHT

Device K e y T e s t LCD B a ck ligh t T e st 5-key Re mote Key Test SDRAM Read/W rite Test SDRAM Self-refresh T e s t HDD T e st Audio Te s t FM Tuner Test Battery L ev e l T e s t Battery C h a rg ing T e s t MIC R ec o rd in g T e s t Real Tim e C lo ck T e s t . EEPR OM Test

RIGHT

Perform

EEPROMTest

Perform RTC Test

Perform MIC

RecordingTest

Perform Battery

Charging Test

Perform Battery

Level Test

LEFT

RIGHT

LEFT

RIGHT

DOWN

EEPROM Test

RTC Test

MIC Recording

DOWN

Charging

LEFT

Battery Level

DOWN

Battery

test

UP

13

UP

DOWN

12

UP

11

UP

10

DOWN

UP

9

7

UP

Audio Test

UP

DOWN

FM Tuner Test

8

6.0 FACTORY SERVICE MODE TESTING

Test USAGE Description Power ON screen

Test Browse Screen

Pressing UP/DOWN keys will display names of test cases that can be selected following are the test cases that are displayed. The current test that will be selected by pressing RIGHT key will be as shown below.

Note: scroll bar to indicate the test selected can be used provided the UI+FSM/DVT FW does not exceed 1 MB.

LCD Backlight > Device Key 5-key Remote Key LCD Remote Key

1. FSM

2. LCD Test

3. Device Keypad Test

4. 5-key Remote Key

5. SDRAM Read/Write

6. HDD Test

7. Audio Test

8. FM Tuner

9. Battery Level

10. Battery Charging

11. Internal MIC Checking

12. RealTime Clock RTC

13. EEPROM Checking

14. Harddisk HDD Initialization

15. Firmware Upgrade

16. Read Device Information

17. Write Device Information

18. Log to file

19. Log to LCD

20. Write to RTC

1.1.3 LCD Back Light Test

Steps

• Scroll to “LCD Test” using UP / Down Key

• Press RIGHT to enter the test. “ LCD Test” is displayed on the LCD.

• Press RIGHT to see the first bitmap

• To view the next bitmap press RIGHT again.

• 4 bitmaps (TBD) are thus displayed and once all the bitmaps are

displayed, it return to the test browser screen, where a next test can be selected.

• The LCD test can be exited in between the testing process by pressing LEFT key.

• Pressing “PLAY/PAUSE” Key will turn ON/OFF the Back Light.

• Pressing UP/DOWN Key The contrast level can be changed in steps

of 1 while displaying the test patterns.

6.0 FACTORY SERVICE MODE TESTING

• The Test patterns which will be displayed will be as shown

LCD pattern 1: White screen

LCD pattern 2: Black screen with a white square at right upper corner

LCD pattern 3: Checkerboard pattern

LCD pattern 4: Black background

6.0 FACTORY SERVICE MODE TESTING

NOTE: The LCD patterns will changed after the new test patterns are received because the LCD that will be used with HDD084 is black and white LCD and cannot display greyscale.

Device Key Test

Steps

• Scroll to “Device KEYPAD Test” using UP / Down Key.

• Press RIGHT to enter the test. “ Keypad Test” is displayed on the LCD.

• Press all keys one by one. Every time a key is pressed, the

corresponding key number is displayed as “KEY x DOWN”.

• After releasing the key, KEY x UP is displayed.

• NOTE THAT 2 SHORT LEFT KEY PRESSES CAN EXIT THIS TEST.

• Note: The ADC value will not be displayed on the LCD.

• Once all keys are pressed the test success screen is displayed.

• The Result is indicated as shown

.

<HDD084 Key Test > < > <Test S

uccess >

< >

5-Key Remote Control Keys Test

Steps

• Scroll to “ 5-Key REMOTE Key Test” using UP / Down Key

• Press RIGHT to enter the test. “Remote Key Test” is displayed on the

LCD.

• Press all keys one by one. Every time a key is pressed, the corresponding key number is displayed as “KEY x DOWN”.

• After releasing the key, KEY x UP is displayed.

• Once all the keys are pressed, the test is exited after a brief delay and

the test browse screen will be entered, where next test can be selected.

• NOTE THAT LEFT KEY PRESSES CAN EXIT THIS TEST.

• Once all keys are pressed the test success screen is displayed.

• The result is as shown

<HDD084 Remote Key Test > < > <Test S

uccess >

< >

6.0 FACTORY SERVICE MODE TESTING

SDRAM Read/Write Test Steps

• Scroll to “SDRAM Read/Write Test” using UP / Down Key

• Press RIGHT to enter the test.

• The test status and results will be shown on LCD. If the test is

successful, “SDRAM R/W TEST OK” is displayed on the LCD and if the test fails “SDRAM TEST FAIL” will be displayed on the LCD.

• This test can be exited in between the testing process by pressing LEFT key.

Verification of SDRAM Read Write Functionality To Verify SDRAM Read Write Functionality Write a pattern 0x55aa55aa to

a specific location and read back the data to verify the data Integrity.

Verification of SDRAM Self-Refresh Functionality

• To verify the SDRAM self-Refresh functionality, we write a string of characters to the SDRAM and put the SDRAM in self-refresh mode for 5 Seconds and Check the data integrity before entering and after leaving Self-refresh mode without any write action on SDRAM.

HDD084 SDRAM > < Self Refresh Test > <SDRAM Self refresh FAIL > < >

SDRAM Self-Refresh Test Steps

• Scroll to “SDRAM Self Refresh Test” using UP / Down Key

• Press RIGHT to enter the test.

• The test status and results will be shown on LCD. If the test is

successful, “SDRAM self refresh TEST OK” is displayed on the LCD and if the test fails “SDRAM self refresh FAIL” will be displayed on the LCD.

• This test can be exited in between the testing process by pressing LEFT key.

6.0 FACTORY SERVICE MODE TESTING

HDD Test Preconditions

• Connect the device to the PC.

Steps

• Scroll to “HDD Test” using UP / Down Key

• Press RIGHT to enter the test.

• The test status and results will be shown on LCD. If the test is

successful, “HDD TEST OK” is displayed on the LCD and if the test fails “HDD TEST FAIL” will be displayed on the LCD.

• This test can be exited in between the testing process by pressing LEFT key.

Verification of HDD Functionality

• After connecting it to the PC.

• Create a file “HDD084.txt”.

• Write a predefined sting of characters such as “A-Z”, ”a-z” and “0-

9”.

• Close the file.

• Open it back and read and verify the contents.

• If the contents are same the test has passed else the test is failed.

FM Tuner Test Precondition

• Ensure that headphones are connected.

Steps

• Scroll to “Tuner Test” using UP / Down Key

• Press RIGHT to enter the test.

• Initialization of the tuner will be done when test is entered.

• Press UP now to search UP in steps of 50kHz.

• Press DOWN to search DOWN in steps of 50kHz.

• Use FUNC1 Key to select manual or auto search mode.

• Whenever a station is found, the frequency and Signal strength are

displayed on the LCD.

• Press PLAY/PAUSE Key to set Stereo Mode. (TBC)

• Press PLAY/PAUSE key to set Mono Mode. (TBC)

• FM recording Test can be performed along with the tuner test as

mentioned in 4.1.14.

• Press LEFT to exit the test, tuner will be disabled and the test browse screen will be entered where a next test can be selected.

6.0 FACTORY SERVICE MODE TESTING

Battery Level Test Steps

• Scroll to “Battery Test” using UP / Down Key

• Press RIGHT to enter the test.

• Battery level is displayed on the screen in Volts

• Battery Level will be refreshed regularly every 1 sec.

• If the battery level is lesser than 2.8 V a “LOW BATTERY” warning

will be flashed on the LCD for 10 seconds and the device goes to shutdown mode (TBD).

• Press LEFT key to exit the test.

• Note this test should be done without initialising the HDD.

Battery Charging Test Steps

• Scroll to “Battery Charging test” using UP / Down Key

• Press RIGHT to enter the test

• Press LEFT to exit the test

• The charging current is updated every 1 seconds

• If charging current is less than 20mA, battery is not in the charging

status.

• The following tale indicates the charge current for different states

CHG_STATUS

(GPA4)

CHG_CURRENT INDICATION ON

THE LCD

H X Charge Up

L <20mA Charge Up L > = 20mA Charging

• The Following information is displayed on the LCD.

NON-USB CHARGING MODE

USB CHARGING MODE

If the USB connection is made the system will startup in the low power mode (trickle charging – <100mA include system current) and after the enumeration process, SW can decide whether high power mode can be switched on for a fast charging - <500mA include system current.

6.0 FACTORY SERVICE MODE TESTING

• The battery level will be refreshed regularly every 1 second.

MIC Recording Test

• The recoded file can be verified in “AUDIO TEST CASE” (4.1.9)

• Press LEFT to exit the test.

Steps

• Connect a microphone.

• Scroll to “MIC Recording Test” using UP / Down Key

• Press RIGHT to enter the test.

• Press REC key to start the recording .The recorded file will be

“MICREC.MP3”.

• The recoded file can be verified in “AUDIO TEST CASE” (4.1.9)

• Press LEFT to exit the test

FM Recording Test

Steps

• This test will be done during the tuner test and is not a separate test

• Initialise the Tuner.

• Search the desired station using UP/DOWN Key.

• Press REC key to start the recording .The recorded file will be

case .

“FMREC.MP3”.

Real Time Clock Test Steps

• Scroll to “Real Time Clock Test” using UP / Down Key

• Press RIGHT to enter the test. “

• If the test is successful “RTC TEST OK” is shown on LCD, if the Test

fails “RTC TEST FAIL” is shown on the LCD.

• Press LEFT to exit the test.

. Verification of RTC

• When user selected the RTC test, Software will write a pre-defined

register value to the RTC.

• After 1 second, Software will read back the RTC register value

and check if the RTC date is correct and clock is incremented by 1 second.

• If the test is successful, “RTC TEST OK” is shown on the LCD

display, if test fails “RTC FAIL” is shown on the LCD display.

.

6.0 FACTORY SERVICE MODE TESTING

EEPROM Test Steps

• Scroll to “EEPROM test “using UP / Down Key

• Press RIGHT to enter the test. “

• If the test is successful “EEPROM TEST OK” is shown on LCD, if the

test fails “EEPROM TEST FAIL” is shown on the LCD.

• Press LEFT to exit the test.

Verification of EEPROM Functionality To Verify EEPROM Functionality Write a pattern 0x55aa55aa to a specific

location and read back the data to verify the data Integrity, repeat the write/read test by pattern 0xaa55aa55.

Steps

Powering Off

• Pressing play key for longer than 2 seconds causes system power off.

• Release the PLAY key once “OFF” is displayed in the LCD. Note that

system is shutdown only after release of PLAY key.

• System can be powered off while any test case is being executed.

• System can again be powered on by pressing play key and holding for

2 seconds

< HDD084 > < > < POWER OFF > < >

Appendix I

Firmware Upgrade

Steps

• Select the test and press right key to enter the test

• Firmware upgrade can be done by copying a hdd084_FSM.ebn

file from a specified directory I.e. “_system” on HDD

• The device copies the firmware image into the device

NOTE: this test should be done after initializing the HDD

6.0 FACTORY SERVICE MODE TESTING

HDD initialisation

Steps

• Select the test and press right key to enter the test

• Initialize the HDD

7.0 OVERALL BLOCK DIAGRAM

Cornice

3GB Hard Disk

HDD Connector

Cornice

TIC

HDD084 BLOCK DIAGRAM

(V1.2)

(2005-05-09)

Analog keys

on the 5-key Remote

SDRAM

Analog Keys on the

Device

USB Mini-B Socket

USB_SUSPEND

USB_HIGH_PWR

CHG_STATUS BATT_LOW_N

Power On

PWR_ACK

logic

PMU

LTC3455

AC/DC Input Jack

Reverse +

Overvoltage

protection

Constant

Current

Source

1 Cell Li-polymer

Battery

Battery Connector

MultiICE connector

+ mode selection

switches

Symphony

UART

JTAG

GPIO

LCD_BL_CTRL

LCD Interface

LCD Connector

LCM

96x64

B/W

12MHz

sysclock

EEPROM

M24C08

RTC

32KHz

RTCclock

Memory Bus GPA

Symphony

PNX0102

interface

RTC_OUT

I2C

LNA MIC

amplifier

MIC

FM tuner

Line In

Line Out

FM_ANT

USB2.0

Headphone

Out

Headphone

connector

High

Speed

GPIO

GPA

Reset

1V8 3V1

BAT_LEVEL

CHG_CURRENT

Reset

logic

VBacklight

LDO

3V0_A

EXTERNAL DEVICES

HDD084 Only, not for

3V0_RF

LEGEND

BOARD

COMPONENTS

CONNECTORS

PSA610

LDO

1 2415

8.0 ELECTRICAL DIAGRAM

2 3

4

5 23

6

7

8 9

10

11 19

12 16

13

14

17

20

2118

22

25 28

26

27

A

1300 F2 1400 J5 1401 F6

B

1402 D6 1403 D11 1404 I8 1405 K1 1406 J20

C

D

A

E

B

F

C

G

D

H

I

E

J

F

K

G

L

H

M

N

I

O

J

P

is prohibited without the written consent of the copyright

owner.

K

Q

L

1407 J18 1408 C4 1409 A4 1411 C5 1412 D6 1413 E3 1414 E4 1415 E4

KEY_UP

KEY_PLAY

FM_ANT

RXD

RTC_INT

IIC_SCL

IIC_SDA

1416 E5 1417 C4 1419 A14 2300 F6 2301 G6 2302 G3 2303 G4 2304 G5

2305 G6 2306 G4 2307 G3 2308 G4 2400 L6 2401 B8 2402 C7 2403 E7

2404 D11 2405 D11 2406 E8 2407 F9 2408 F9 2409 F8 2410 F8 2412 C12

2413 E11 2414 B12 2415 B12 2416 B13 2418 B13 2419 B13 2420 B14 2421 B14

2422 B14 2423 B14 2424 G7 2425 G7 2426 G9 2427 G9 2428 H7 2429 H8

2430 G8 2431 H8 2432 J3 2433 J1 2434 K1 2435 B18 2436 B18 2437 B18

2438 B18 2439 B19 2440 B19 2441 B19 2442 J15 2443 H20 2444 K15 2446 F11

2447 K15 2451 C4 2452 C4 2456 L7 2457 C5 2459 C5 2461 C6 2470 L7

2471 L6 2472 L7 2473 L6 2474 L7 2475 L6 2476 A13 2477 A15 2478 A15

2479 A16 2480 A17 2481 K6 2482 K6 2483 L6 2484 K17 2486 C7 2493 E3

2494 D4 2495 D4 2496 D5 2497 D6 2498 D7 2499 L6 3300 F5 3301 G5

3302 G6 3303 G6 3304 F4 3305 F5 3306 G5 3401 B7 3402 D7 3403 H14

3404 E9 3405 F8 3406 C12 3407 G7 3408 I17 3410 F7 3411 F7 3412 H1

3413 H1 3414 H2 3415 H2 3416 I2 3417 I10 3418 J9 3419 K10 3420 K11

3421 J2 3422 H3 3423 I3 3424 H5 3425 G14 3426 G14 3427 I5 3428 H16

3429 H16 3430 H16 3431 H14 3432 H15 3433 I14 3434 K14 3436 J15 3437 J16

3447 J6 3448 J4 3449 K2 3450 K1 3451 I12 3452 A3 3453 A7 3454 A7

3455 C1 3456 B5 3457 B5 3458 B6 3459 B7 3460 B4 3461 D4 3462 D4

3463 D5 3464 D7 3465 E7 3466 D6 3467 I20 3468 I20 3469 I7 3470 I7

3471 I15 3472 I15 3473 I12 3474 I12 3475 I12 3476 I12 3477 F16 3478 H14

3479 H17 3480 H14 3481 H15 3482 J16 3483 K15 3486 F14 3491 A14 3492 A15

3493 C7 3494 C7 3495 E6 3496 I19 3498 I16 3499 A10 4400 H7 4401 I7

4402 J5 4403 J5 4405 G12 4406 C13 4407 D11 4408 E12 4409 E8 4410 F15

4411 F15 4412 F15 4413 F15 5300 F3 5301 G3 5302 F4 5303 G4 5304 G2

5305 F3 5400 J17 5403 J6 5404 A17 6103 E2 6400 K18 6401 K19 6402 K19

6403 B2 6404 B3 6405 D2 6406 D3 6407 C3 6408 H3 6409 G1 6411 I5

7401 J2 7402 I20 7410 A6 7411 E18 7412-1 E6 7412-2 E5 7413 A16 7414 A10

7415 D12 7417-1 C7 7417-2 C6 7418-1 H2 7418-2 H2 7419 H4 7420 I4 7421 H5

7422 H5 F001 K8 F002 K9 F003 K9 F004 K10 F005 K10 F006 K10 F401 J4

F402 K2 F403 I4 F404 F15 F405 F15 F409 J11 F410 J11 F411 E3 F412 E4

F413 E5 F414 E6 F415 G14 F416 E6 F417 A11 F420 H17 F421 H17 F422 A3

F423 E2 F424 B9 F425 B9 F426 D8 F430 G14 F432 H16 F433 C4 F434 C5

F435 C5 F436 C6 F437 C6 F480 G2 F481 G2 F482 G2 F483 I8 F484 I8

F485 I8 F486 I8 F487 J8 F488 J8 F489 J8 F490 J8 F491 A15 F492 E8

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21

KEY_VOL_UP

VREF_KEY

10K

3455

KEY_INT

KEY_PLAY_RST

PGB

6409

150V

RF_GND

3412

47K

2433

12p

2434

12p

1405

3450

100R

BAT54 COL

V3V0_A

3413

F402

BAT54 COL

F423

TC38-360-33-TR

3414

100K

32K768

3449

100R

6405

6403

1300

18K

7418-1 BC847BPN

2

V3V3_D

3421

BAT54C

1 2 4 3

BC847BPN

100K

1

2 OSCO

3 INT_

6 SCL

6103

F480 F481 F482

5304

RF_GND

7418-2

4

5

6

1

6K8

3416

7401

PCF8563TS

OSCI

SDA5

BAT54 COL

HP_OUTR HP_OUTL

1u0

3

32.768kHz

VOLTAGE

DETECTOR

MONITOR

INTERFACE

VSS

4

3415

OSC

I2C

KEY_HOLD

6404

6406

6408

BAS316

1K0

VBAT

8

VDD

BUS

6407

BAT54 COL

2n2

2493

5305

5300

5301

2432

100n

CLKO

DIVIDER

CONTROL

LOGIC

POR

ADDRESS REGISTER

VREF_KEY

3452

100K

4

6

1408

2n2

1%22K

1414

SKQY

2306

2308 330p

RF_GND

LCD_RST_N

RSTIN_N

2K2

F401

5

7

F412

3304

1K0

4n7

2303

F422

1413

2302

RF_GND

7

SKQY

3

2

1

2451

3461

2n2

F411 F413

330p2307

4n7

RF_GND

3422

330R

7419 BC817-40W

3423

330R

7420 BC817-40W

V3V3_D

3448

CONTROL/STATUS1 CONTROL/STATUS2

SECONS/VL MINUTES HOURS DAYS WEEKDAYS MONTHS/CENTURY YEARS MINUTE ALARM HOURS ALARM DAY ALARM WEEKDAY ALARM CLKOUT CONTROL TIMER CONTROL TIMER

F433

SKRE

1409

SSSS8

3462

24952494

2n2

4n7

F403

RTC_OUT

3460

22K 1%

2452

2n2

5302

5303

1%10K

1415

F434

1417

SKRE

3463

6K8

2496

2n2

SKQY

KEY_REMOTE_IN

3305

8R2

3306

8R2

4402

4403

1400 27FX-RSM1-S-TB

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

2829

3456

10K

1%

2457

3424

330R

1%

7421 BC817-40W

3427

330R

F435

1411

7412-2

BC847BS

7422 BC817-40W

6411

BAT54 COL

2459

SKRE

1416

3300

8R2

3301

8R2

2n22n2

SKQY

KEY_REMOTE_IN

3457

6K8 1%

3

4

F414

4n7

2304

V3V3_D

3458

3K3

1%

2461

3

2n2 2n2

4

7417-2

BC847BS

F436

1412

SKRE

3466

1%

3K3

2497

2n2

3495

5

470K

7412-1

BC847BS

1401

4n7

3302

V3V3_D

10K

5403

10K

2305

3447

5

6

1

SKQY

3303

VIN_R

VIN_L

7410 BC847B

6

BC847BS

1

1402

2

F416

2300

6.3V220u

2301

6.3V220u

10K

1u02481

2482 1u0

1u02483

100n

2471

100n2473

VREF_KEY

7417-1

F437

SKRE

3464

2498

2n2

2470 100n

2472 100n

2474 100n

2

3459

2486

3453

1K0

1%

2

1

1%1K0

3465

470K

4400

4401

10K

3

3493

470K

3494

470K

2424

VREF_KEY

V3V0_A V3V0_A

3410

100K

V3V0_A

10u

2425

100n

1M0

3469

3470

LCD_RW_WR

LCD_E_RD

LCD_D(0)

LCD_D(1)

LCD_D(2)

LCD_D(3)

LCD_D(4)

LCD_D(5)

LCD_D(6)

LCD_D(7)

10R

2428

LCD_CS

LCD_RS

VREF_KEY

1%

10K

3454

F426

VREF_KEY

F492

3405

150R

V1V8_D

2430

1404

9 8 7 6 5 4 3 2 1

2n2

2401

KEY_INPUT_LINE1

2406

1u0

2409

100n

2410

22u 6.3V

V3V0_A

2431

F483 F484 F485 F486 F487 F488 F489 F490

100n

VREF_KEY

1%

10K

3401

2n2

2402

VREF_KEY

1%

10K

3402

2n2

2403

V3V0_A

4409

V3V0_A

3411

100K

3407

10u

100n

2429

{LCD_RW_WR,LCD_E_RD,LCD_D(0:7),LCD_CS,LCD_RS}

1M0

10FMN-BMT-A-TFT

10

F001

F425

V3V0_A

GPIO_2

1V8_PROG

2426

F424

10u

F002

2427

3404

10R

100n

3418

2407

100K

F003

NCP305LSQ28

2

RST-OUTPVIN

EXTERNAL_5KEY_RC

KEY_INPUT_LINE2

10u

2408

100n

LCD_RW_WR

LCD_E_RD

LCD_D(0)

LCD_D(1)

LCD_D(2)

LCD_D(3)

LCD_D(4)

LCD_D(5)

LCD_D(6)

LCD_D(7)

LCD_CS

LCD_RS

IIC_SCL

IIC_SDA

RSTIN_N

F004

7414

GND

4NC3

BAT_LEVEL

CHG_CURRENT

V3V3_D

3417

100K

V3V3_D

F005

VREF_KEY

3492

1K0

V3V0_A

F491

2478

10u

2479

100n

4

7413 NCP500SN30

ENABLE

VOUTNCVIN

GND

2

3

15

1u0

2480

1

10K

3499

F417

RTC_OUT

RC_INT

4407

56K

V1V8_D

3406

2R2

V1V8_D

2412

2414

100n

PNX0102AET

100n

7415

2415

2416

100n

V1V8_D

H1

V11

VDDI

100n

4406

V16

MIC_IN

V3V3_D

E1

V5

2476

1u0

2418

V14

VDDE

KUF4523

100n

J18

A16

1419

2419

A7

2

100n

+

2420

1

100n

2421

100n

2422

3491

2K2

100n

2423

100n

2477

47u 6.3V

5404

V3V3_D

2435

100n

2436

100n

2437

100n

2438

100n

2439

100n

2440

100n

2441

100n

MPMC_D_(0:15)

MPMC_A_(0:14)

{SD_CLK,SD_CKE,SD_DQM1,SD_DQM0,SD_RAS,SD_CAS,SD_CS,SD_WE}

Φ

SOLID STATE

IN OUT VDDA18 VSSA

IN VDDA33 GNDA

0 1 2

GPA 3 4 VDDA33 GNDA

R

VOUT L

VDDA33 P

VREF N

R

OUT L

A

OUTC B

VDDA33A VDDA33B GNDAA GNDAB

MIC_LNA VCOM P

REF N

VDDA18 VDDA33 GNDA VREF VINR VINL MIC

RW_WR E_RD 0 1 2 3

DB LCD 4

5 6 7 CSB RS

0 1

DAT 2

3 CLK CMD

BCK WS DATA

CLK BCK WS DATA

TRST TCK TMS TDI TDO SEL_ARM

SCL SDA

RSTIN

FLASH_VDD_HV

AUDIO

XTALH

XTALL

SPDIF

ADC10B

DAC

HP

ADC

MCI

DAI

DAO

JTAG

IIC

VSSI VSSE

G1

V12

V17

MPMC

UART

DCDC

USB

VDDA33_DRV

F1

V6

D

A

STCS

DYCS

CLKOUT

CKE

WE RAS CAS

DQM

OE

BLOUT

RPOUT

TXD

RXD

CTS RTS

GPIO

PLAY

STOP

LX1 LX2

VUSB

VBAT VOUT33A VOUT33B

VOUT18

VSS1

VSS2

GND

CLEAN

RPU

DP

DM VBUS RREF

GNDA

VSSA_REF

VSSA_TERM

VDDA18_PLL

VDDA18_BG

VDDA13

A6

A15

V13

H18

A1

0

A2

1

B2

2

A3

3

A4

4

B4

5

A5

6

B5

7

C4

8

C5

9

C6

10

B6

11

C7

12

B7

13

C8

14

B8

15

E16

0

E17

1

E18

2

D16

3

D17

4

D18

5

A18

6

B18

7

C18

8

B17

9

C17

10

B16

11

C16

12

B15

13

C15

14

A14

15

B14

16

C14

17

A13

18

B13

19

C13

20

C9

0

A8

1

B11

2

B9 A10 B10 C11

A9 C10 C12

0

A11

1

A17 A12

0

B12

1

B1

L3

K3

K2

K1

K16

0

K17

1

K18

2

J16

3

L17 L18 P17

N17

T18

M17 R18 M16 N18

P18 N16 L16

M18

T15 U17 T17 U14 P16 R17 R16 T16 U15 U16 U18 V18

F430

MPMC_D_(0)

MPMC_D_(1)

MPMC_D_(2)

MPMC_D_(3)

MPMC_D_(4)

MPMC_D_(5)

MPMC_D_(6)

MPMC_D_(7)

MPMC_D_(8)

MPMC_D_(9)

MPMC_D_(10)

MPMC_D_(11)

MPMC_D_(12)

MPMC_D_(13)

MPMC_D_(14)

MPMC_D_(15)

3486

3426 1K0

F415

1K03403

1K03478

3431

3480

3433 1K5 1%

3434

MPMC_A_(0)

MPMC_A_(1)

MPMC_A_(2)

MPMC_A_(3)

MPMC_A_(4)

MPMC_A_(5)

MPMC_A_(6)

MPMC_A_(7)

MPMC_A_(8)

MPMC_A_(9)

MPMC_A_(10)

MPMC_A_(11)

MPMC_A_(12)

MPMC_A_(13)

MPMC_A_(14)

1K0

1K03425

1K0

1%

12K

F404 F405

BATT_RD_EN

CHG_STATUS

1K0

3432

3481 1K0

3471

2447

MPMC_A_(13)

MPMC_A_(14)

4412 4413

ATA_DMARQ

BATT_LOW_N

HD_PWR_N

1K0

3472

100K

2442

100n

1u0

2444

100n

4410 4411

SD_CS

SD_CLK

SD_CKE

SD_WE

SD_RAS

SD_CAS

SD_DQM0

SD_DQM1

RC_INT

USB_HIGH_PWR LCD_RST_N

USB_SUSPEND LCD_BL_CTRL

100K

3436

2R2

3483

2R2

V3V3_D

V1V8_D

3477

1K0

ATA_CS0 ATA_CS1

ATA_INTRQ

V3V3_D

10K

3428

3430 100R

V3V3_D

3498

3437

RXD

F432

1M0

100K

100R3429

3482

56K

SD_CLK

SD_CKE

SD_CS

SD_RAS

SD_CAS

SD_WE

F420 F421

3479 1K0

3408

56K

MPMC_A_(0)

MPMC_A_(1)

MPMC_A_(2)

MPMC_A_(3)

MPMC_A_(4)

MPMC_A_(5)

MPMC_A_(6)

MPMC_A_(7)

MPMC_A_(8)

MPMC_A_(9)

MPMC_A_(10)

MPMC_A_(11)

MPMC_A_(12)

MPMC_A_(13)

MPMC_A_(14)

VUSB

2484

MT48LC16M16A2

UART_TXD UART_RXD

GPIO_2

PWR_ACK

1V8_PROG

5400

100n

7411

23

0

24

1

25

2

26

3

29

4

30

5

31

6

32

7

33

8

34

9

22

10

35

11

36

12

20

0

BA

21

1

38

CLK

37

CKE

19

CS

18

RAS

17

CAS

16

WE

MMBZ15VALT1

14

1

VDD

0

A

4M-1

VSS

28

41

6400

V3V3_D

27

3

9

VDDQ

Φ

DRAM

4M X 16 X 4

VSSQ

6

54

12

1407

DLW31S

43

49

40

NC

2

0 1 2 3 4 5 6 7

D

8

9 10 11 12 13 14 15

H

DQM

L

46

52

V3V3_D

10K

3496

1 2 3

43

12

6401

MPMC_D_(0)

4

MPMC_D_(1)

5

MPMC_D_(2)

7

MPMC_D_(3)

8

MPMC_D_(4)

10

MPMC_D_(5)

11

MPMC_D_(6)

13

MPMC_D_(7)

42

MPMC_D_(8)

44

MPMC_D_(9)

45

MPMC_D_(10)

47

MPMC_D_(11)

48

MPMC_D_(12)

50

MPMC_D_(13)

51

MPMC_D_(14)

53

MPMC_D_(15)

39 15

(1Kx8)

EEPROM

NC1 NC2 E2 SDA

ADR

PGB

6402

150V

SD_DQM1

SD_DQM0

V3V3_D

M24C08-WDW6TP

84

Φ

PGB

150V

2443

WC

SCL

100n

7402

7

6

5

1406

TCX0101-110177

1 2 3 4 5

6 7 8 9

3467 100R

100R

3468

3419

F006

1403

22p

2404

2K7

3420

hole-pth-0150

12M

2405

MIC_IN

ATA_IORDY

ATA_RESET

BURST_DIS

V1V8_D

22p

2413

V3V0_A

2446

ATA_IOWR

ATA_IORD

KEY_HOLD

TIC_CLK

RTC_INT KEY_INT TIC_OFF

EXT_DC

F409 F410

100n

3451 1K0

3473 1K0 3474

3476 1K0

4408

V1V8_D

4405

1K03475

100K

1K0

T10 V9 U9 T9

V7 T8 U8 V8

T12 U11 T11

U7 T7 U6 T6 U5 V10 U10

M3 M2 L1 L2 M1 P3 N3 N2 N1 R1 R2 P2 P1

T2 T3 U2 V1 V3 U3 V2 U1 T1 T4 R3

G2 F2 C2 C1 C3 D2 D1 D3 E2 E3 B3 F3

H3 J2 J1 J3 G3 H2

H17 G17 G16

F16 G18 F18 F17

T13 V4 U12 T5 U13 U4

H16 J17

T14

V15

IIC_SCL

IIC_SDA

A

B

C

D

E

F

G

H

J

K

L

A

B

C

D

E

F

G

H

I

J

K

L

M

I

N

O

P

Q

R

toestemming van de auteursrechthebbende.

gedeeltelijk, is niet toegestaan dan met schriftelijke

S

T

1

2499

470p

2400

100n

2475

1u0

2456

1u0

R

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21

S

HDDSETNAMECHN

CLASS_NO

3PC330

1

2004-12-10

2005-04-12

NAME

RAYMOND CHOI

2

3

4

5 16

6

7 8

9

10

11 12

13 15

14

17

18 22

19

20

21

2

3

23

PBAS HDD084

HDD084

SUPERS.

2004-06-11

DATECHECK

24

25

3140 178 0012

130

4

C

KONINKLIJKE PHILIPS ELECTRONICS N.V. 2004

1

26

1

2005-04-12

2005-03-24

2005-03-07

2004-12-10

2004-09-23

2827

T

A1

1

8.0 ELECTRICAL DIAGRAM

3

5

6

7

84

9

10

112

12

13

14

15

16

17

18

19

20

1410 E13 1418 E4

A

2137 I13

B

A

C

D

B

E

C

F

D

G

H

E

I

F

J

K

is prohibited without the written consent of the copyright

owner.

G

L

H

M

I

N

2139 G12 2140 G12 2411 E12

ATA_DMAACK

2448 E4 2449 D11 2450 E12

2453 I12 2454 I12 2455 I12

2458 I13 2460 I13 2462 I13

2463 I14 2464 D3 2465 D5

2466 D10 2467 D9 2468 E3

2469 B2 2487 G5 2488 E13

2489 G12 2490 G3 2491 D5

2492 D10 3438 A6 3439 B3

3440 C5 3441 E4 3442 D5

3443 E4 3444 C3 3484 B3

3485 F3 3487 C4 3488 C4

3489 C8 3490 B5 4404 D9

5401 E12 7403-1 H9 7403-2 A7

1 2 3 4 5 6 7 8

V3V3_D

J12 B12 A13 A12 B11

A

CS

DMA

NC

CLK

B2

M8

7403-2

TIC-001829-01

Φ

HOST REVERSE CF-PF="0"

D

DASP

PDIAG

INTRQ

PG

A5

0

B5

1

B4

2

J13

3

H12

4

G12

5

E13

6

C12

7

A4

8

A3

9

A2

10 11

G13

12

F13

13

D13

14

C13

15

E12

F12

A9

N13

CLOCK &

CONTROL

H2

0

EMU

H1

1

JTAG

{SE_NRZD(0:7),SE_NRZDC,SE_SG,SE_RG-WG,SE_DATA,SE_CLOCK,SE_SSM-ERR}

SE_NRZD(0) SE_NRZD(1)

SE_NRZD(1)

SE_NRZD(2)

SE_NRZD(3)

SE_NRZD(4)

SE_NRZD(5)

SE_NRZD(6)

SE_NRZD(7)

V3V3_D

2469

100n

4

7416 74AHC1G32GW

F440

1

2

3 5

HD_PWR_N

V3V3_D

3439

3484

TIC_CLK

100K

ATA_IORD ATA_IOWR

3444

10K

2468

3485

33R

2464

100n

2

18p

V3V3_D

NC

1

3441

1418

2490

C11 C5 D4 D3 C3 C4

L7 L6 L5 L4 L3 L11 K3 K11 J3 J11 H3 H11 G11 F2 E11 E3

1M0

7409 BC857B

5

1

12M

5p6

NC

ATA_DMARQ

ATA_RESET

ATA_IORDY

74LVC1GU04

4

3

3443

2448

TIC-001829-01

7406

1K0

18p

7403-5

Φ

DSP

3488

3487

100K

TIC_OFF

7405

74LVC1G14GW

15VCC

L10

M11

NCNC

M12

K10

D10 D11

C10

V3V3_D

M6 M5 M4 M3 M7

L9

L8

C6

C9

3490

100K

NC

A2

GND

3

100K

F460

Y 4

MPMC_A_(10) MPMC_A_(11) MPMC_A_(12)

ATA_CS0 ATA_CS1

V3V3_D

3440

2465

100n

3442

33R

SE_SSM-ERR

SE_CLOCK

SE_DATA

SE_RG-WG

SE_SG

SE_NRZDC

F459

100K

V3V3_D

2487

10K

3438

5p6

2491

F441

7403-3

TIC-001829-01

Φ

SE

NORMAL

SE-PINFLIP="1"

F11

SE-PINFLIP

M1

SSM-ERR

N1

CLOCK

N2

DATA

N3

RG-WG

N4

SG

M13

NRZDC 7

100n

7403-4

TIC-001829-01

C2 D2 D1 E2 E1 F1 L12

F493

L13

GPIO-7

K12

GPIO-8

K13

M9 C7 L2 M2

NC

GPIO

TEST

Φ

C8

CF-PF

B6

0

B7

1

B8

2

D12

0

B13

1

A7 H13

ACK

A6

RQ

B9

RESET

A10

RD

B10

WR

A8

RDY

B3

CS16

G1

1

G2

2

F3

SEL

C1

IN

B1

RST

M10

TICOFF

A1

INH-PG

L1

TMS

K2

TRST

K1

TDI

J2

TDO

J1

TCK

N5

0

N6

1

N7

2

N8

3

NRZD

4 5 6

NC

GPIO-C

NC

GPIO-E

NC

N10 N11 N12

N9

MPMC_D_(0)

MPMC_D_(1)

MPMC_D_(2)

MPMC_D_(3)

MPMC_D_(4)

MPMC_D_(5)

MPMC_D_(6)

MPMC_D_(7)

MPMC_D_(8)

MPMC_D_(9)

MPMC_D_(10)

MPMC_D_(11)

MPMC_D_(12)

MPMC_D_(13)

MPMC_D_(14)

MPMC_D_(15)

3489

V3V3_D

7403-3 F6 7403-4 H6 7403-5 H4

100K

PWR_ACK

A11 D7 E4 G4 H10 K5 K6

G3 K7 G10 D8

7405 D5 7406 D4 7408 C11

ATA_INTRQ

TIC-001829-01

SUPPLY

VDDSHV

VDDSHVREG

7409 C4 7416 C2

9 10

MPMC_D_(0:15)

VBAT

4404

1u0

2466

2467

7403-1

Φ

VSS

E10

F10

J10

D5 D6 D9

F4

H4

J4

K4 K8 K9

F441 E6 F442 E12 F443 F12

10n

2492

8

3

5

100p

F444 G13 F445 F11 F446 F11

TPS73633DRBR

IN

NR FB EN

7408

Φ

4

SE_NRZDC

SE_NRZD(7)

SE_NRZD(6)

SE_NRZD(5)

SE_NRZD(4)

SE_NRZD(3)

SE_NRZD(2)

SE_NRZD(0)

SE_SG

SE_RG-WG

SE_DATA

SE_CLOCK

SE_SSM-ERR

F447 F11 F448 F11 F449 F11

F450 F11 F451 F11 F452 F11

F453 F11 F454 F11 F455 F11

F456 G11 F457 G11 F458 G11

F459 B5 F460 C5 F493 H5F440 B2

A

11 12 13 14

B

A

C

B

D

E

C

1

OUT

2 6

NC

7

HS_GNDGND

9

2449

10u

D

F

G

V3V3_HDD

5401

F442

H

E

6.3V220u 2140

F443

6.3V220u

2411

22u 6.3V

20FLH-SM1-TB(LF)(SN)

F444

2489

100n

1410

21 22

100n

2488

20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

F

G

I

J

K

F445 F446 F447 F448 F449 F450 F451 F452 F453 F454 F455 F456 F457 F458

2450

100n

2139

L

V3V3_D

H

M

2453

100n

2454

2455

100n

2458

100n

2460

100n

2137

100n

2462

100n

2463

100n

I

N

gedeeltelijk, is niet toegestaan dan met schriftelijke

toestemming van de auteursrechthebbende.

O

P

1

1 2 3 4 5 6 7 8 9 10

3

4

5

6

9872

10

11 12

13

14

11

CHN SETNAME HDD

CLASS_NO

3PC330

2004-12-10

2005-04-1223

NAME

RAYMOND CHOI

1

CHECK DATE

PBAS HDD084

15

12 13

HDD084

SUPERS.

2004-06-11

16

17

14

O

1

2005-04-12

1

2005-03-24

1

3140 178 0012

4

C

KONINKLIJKE PHILIPS ELECTRONICS N.V. 2004

18

130

19

2

1

20

2005-03-07

2004-12-10

2004-09-23

A2

P

9.0 COMPONENT LAYOUT

10.0 REVISION LIST

Version 1.0 (3141 785 30480)

• Initial release HDD084/00/05/17

Version 1.1 (3141 785 30481)

• Chapter 4 Photo added to the disassemble instructions for the removal of screws on the PCB Assembly.

Version 1.2 (3141 785 30482)

• Include content on HDD082/17

• Chapter 5 Changes in the service 12NC on the following parts

o FRONT CAB. ASSY HDD084 SILVER (314017750142) o COVER-REAR LAQ ASSY HDD084 SIL (314017750172) o REAR CABINET ASSY HDD084 (314017750132)

• Chapter 5 Adding of the following new service parts

o HDD 1" 2GB+SW CONFIG HDD082/17 (314017050361) o USB CABLE ASSY (314011769601)

Version 1.3 (3141 785 30483)

• Chapter 5 New PCBA kits with different resistor value are used.

o PCBA KIT ASSY HDD084/00 (314017900191) o PCBA KIT ASSY HDD084/05 (314017900111) o PCBA KIT ASSY HDD084/17 (314017830111) o PCBA KIT ASSY HDD082/17 (314017900181)

• Chapter 5 Changes in the service 12NC on the following parts

o AY4108/00 AC/DC Adaptor (312017830122) o AY4108/05 AC/DC Adaptor (314017830132)

Version 1.4 (3141 785 30484)

• Chapter 1 Added procedure on rebuilding the firmware image & database after the replacement of hard disk. Chapter 1 Added procedure on how to capture the device log file & the pc log file from the device.

• Chapter 2 Clarified on the PCBA and HDD used on HDD082/17 with different cha nge code in the serial number

• Chapter 5 Changes in the service 12NC on the following part

o PCBA KIT ASSY HDD082/17 (314017800261)

Version 1.5 (3141 785 30485)

• Chapter 1 Added firmware upgrade and firmware rebuilding re-building procedure for HDD082/HDD085

• Chapter 5 New service parts added with the 12NC below

o PCBA KIT ASSY HDD085/00 (314017900231) o PCBA KIT ASSY HDD085/05 (314017900231) o MOD SUPP AC-DC HDD085/00 (272201200608) o MOD SUPP AC-DC HDD085/05 (272201200609)

10.0 REVISION LIST

Version 1.6 (3141 785 30486)

• Chapter 1 Added recovery procedure for flash corrupt problem for HDD084/HDD085/HDD02 and MTP mode installation procedure after replaced the mainboard for HDD085/HDD082.

• Chapter 5 Added new service 12NC on the following part

o DFU CABLE (824041001931)

Version 1.7 (3141 785 30487)

• Include content on HDD086/00/05/17

• Chapter 5 Added new service 12NC on the following part

o HDD 1.0” 4GB (2822 0620 0108) o PCBA KIT ASSY HDD086/00/05 (3140 1790 0261) o CD ROM HDD086 (3140 1787 0361) o Headphone SHE2550BI/00 (9082 1000 8773)

Philips HDD-085 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual