Service Manual - Manuales de Service

Add to my manuals
26 Pages

advertisement

Service Manual - Manuales de Service | Manualzz

Micro Audio Jukebox HDD1420/1620/1630/1635/1830/1835

All version

Service Manual

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

Troubleshooting flow.…………………………………………. 6

Overall Block diagram…………………………………………. 7

Overall Electrical diagram……………………………………. 8

IRIS CODE…………………………………………………………9

Revision list……………………………………………………… 10

©Copyright 2005 Philips Consumer Electronics B.V. Eindhoven, The Netherlands

All 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

3141 785 30705

1.0 TECHNICAL SPECIFICATION and SERVICE HINTS

General

Dimensions (WxHxD) :

Weight :

Output power :

Frequency response :

Equalizer :

Hard disk :

Capacity :

Display :

Backlight :

Battery :

53.7 X 86.0 X 16.3 mm

(2.11 x 3.39 x 0.64 inch)

87 g

2 x 5 mW (16 Ohm)

20 – 16 000 Hs

5-bands

4GB – 6GB

128 x 128 pixels, 65K color

White

630 mAh Li-Ion rechargeable battery

Battery life time:

File transfer rate using

USB2.0 :

Battery charging current

>16hrs

>4Mbyte

450mA

4hr Maximum charging time :

Battery cutoff voltage:

Connections:

3.7V

Headphone Line Out Jack

Power Connector

Battery level detection

Detection Level

4-step to 3-step voltage

3-step to 2-step voltage

2-step to 1-step voltage

Typ.

3.6 – 3.7V

3.53 – 3.6V

3.48 – 3.53V

Force Power Off voltage <3.5V

Current consumption

DC-IN SUPPLY (4.5V)

Battery Charging Current 450mA

BATT. SUPPLY (3.7V)

Power Off

Idle

300uA

30mA

Playback without HDD reading

Playback with HDD reading

File transfer using USB2.0

30mA

345mA

350mA

Headphone out (headphone output load 2x16 ohm)

Maximum output power : 10 mW

Frequency response : 45Hz – 16kHz (16

Ω load)

20Hz – 16kHz (15k

Ω load)

SNR (A-wght) : 85dB

THD (1kHz) :

Balance :

Left-Right Channel

Separation :

Left-Right Channel

0.1%

45dB typ. (1k Hz)

40dB typ. (20Hz – 16kHz)

<1.0dB (1k Hz)

<2.0dB (20Hz – 16kHz)

Supported playback format

MP3 :

WMA :

Sample rates :

8 - 320 Kbps and VBR

32 - 192 Kbps

8, 11.025, 16, 22.050

32, 44.1, 48

Yes

ID3-tag support :

PC Connectivity : USB

File Transfer via Windows Media Player 10 for music and picture playback or Windows Explorer for general data (music playback disabled)

Firmware and software upgrades

1. If you have not already installed the Device Manager download the latest version of the Device Manager from http://www.philips.com/support. You may need to enter your language preference and the model number e.g.HDD1630, to access the Device/Firmware Manager upgrade file.

2. Download the zip file into a temp folder in your computer. Unzip the file and then double click the

Setup.exe file to start the installation of the Device

Manager.

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

4. Make sure all other applications such as Philips Device plug-in, Windows Media Player or Windows Explorer that accessing the device are closed or else Device

Manager will not recognize the device. Launch the

Philips Device Manager at Start->Programs-

>Philips Device Manager->Philips Device Manager on your PC.

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.

1.0 TECHNICAL SPECIFICATION and SERVICE HINTS

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

9. The Device Manager will close automatically once the success message is displayed. Close all opened application and then unplug your GoGear.

10. Once the GoGear micro jukebox is disconnected 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

Power on/off key and the volume + key for a couple of seconds.

Repair the firmware with Device Manager

7. The application will show the status of updating and at the end you need to click OK to complete the update.

1. If you have not already installed the Device Manager download the latest version of the Device Manager from http://www.philips.com/support. You may need to enter your language preference and the model number e.g.HDD1630, to access the Device/Firmware Manager upgrade file.

2. Download the zip file into a temp folder in your computer. Unzip the file and then double click the

Setup.exe file to start the installation of the Device

Manager.

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

4. Make sure all other applications such as Philips Device plug-in, Windows Media Player or Windows Explorer that accessing the device are closed or else Device

Manager will not recognize the device. Launch the

Philips Device Manager at Start->Programs-

>Philips Device Manager->Philips Device Manager on your PC.

(Please do not disconnect the jukebox during the upgrading process as this interruption may damage the firmware!)

8. Follow all screen instructions to complete the firmware

1.0 TECHNICAL SPECIFICATION and SERVICE HINTS

5. Click YES to start the downloading. A status bar will show the downloading progress of the firmware. Once the downloading is complete the application will prompt you to install the update onto your GoGear.

Service Hints

Re Rebuild database, firmware and

Microsoft (Plays For Sure) copy protection key after replacement of hard disk or PCBA

IMPORTANT: All devices having the hard disk or

PCBA replaced must have the firmware image, database and the Plays For Sure key rebuilt before returning to customers.

1. Connect the GoGear to the power supply and the computer with the combined charger and USB cable.

2. Reset the device by pressing and holding down the Volume + and the power on/off slider switch until the display turns off.

3. While the device restart, press and hold the volume – key until the Philips splash screen disappear and showing the connection icon to put the device in USB Mass Storage Device mode.

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

4. The device will be listed as a new drive named

GOGEAR or MDJUKEBOX in Windows Explorer.

IMPORTANT: All music & content of your micro jukebox will be erased once the factory setting is restored.

7. Follow all screen instructions to complete the repair.

8. The Device Manager will close automatically once the success message is displayed. Close all opened application and then unplug your micro jukebox.

9. Once the GoGear micro jukebox is disconnected from the computer, the display will show “Firmware

Upgrading” for a couple of seconds and then start up as usual.

5. Launch Windows Explorer and then quick format the new drive to the file system FAT32.

1.0 TECHNICAL SPECIFICATION and SERVICE HINTS

IMPORTANT: All music & content of your micro jukebox will be erased once the device is formatted .

6. Unzip and copy all the content of the shipment ui files of the corresponding model version into the root directory of the device. (CD ROM with the

Shipment ui files will be provided to repair

workshops.)

7. Disconnect the GoGear from the computer by clicking on the safely remove hardware icon on the task tray.

8. Wait until the display shows “Burn success”.

9. Reset the device again by pressing and holding down the Volume + and the power on/off slider switch until the display turns off.

10. Upgrade the firmware of the device to the latest version by following the procedure as mentioned under “Firmware software upgrades”

2.0 SAFTETY INSTRUCTIONS

GB WARNING

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.

ESD

NL

WAARSCHUWING

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.

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.

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.

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.

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

NL

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

CLASS 1

LASER PRODUCT

3122 110 03420

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.

"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."

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.

SF

Varoitus !

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

DK

Advarse !

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

2.0 SAFETY INSTRUCTIONS

Battery Handling Guideline

Since the battery is packed in soft package, to ensure its better performance, it’s very important to carefully handle the battery

2.1 Soft Aluminium foil

The soft aluminum packing foil is very easily damaged by sharp edge parts such as Ni-tabs, pins and needles.

• Don’t strike battery with any sharp edge parts

• Trim your nail or wear glove before taking battery

• Clean worktable to make sure no any sharp particle

2.2 Sealed edge

Sealing edge is very flimsy

• Don’t bend or fold sealing edge

2.3 Folding edge

The folding edge is form in battery process and passed all hermetic test.

• Don’t open or deform folding edge

2.4 Tabs

The battery tabs are not so stubborn especially for aluminum tab.

• Don’t bend tab

2.5 Mechanical shock

• Don’t Fall, hit, bend battery body

2.6 Short

Short terminals of battery is strictly prohibited, it may damage battery.

3.0 INSTRUCTION FOR USE

Power Connector

4.0 MECHANICAL INTRUCTIONS

Set Disassembly

1. Add a tape over the knobs on two side before opening the set to prevent the knobs will fall out the set after open.

2. Remove the cosmetic screw on the back cover by Allen

Key.

3. Finger inset the gap of the top cover assy and the housing, and then carefully lift up the top cover.

4. Generally remove the housing.

4.0 MECHANICAL INTRUCTIONS

5. Remove the 4 screws on four corners. See pointed arrows.

6. Carefully pull out the mainboard assy, which include the

HDD drive, LCD, battery and PCBA board.

7. Disconnect the flex cable from the front touch screen module carefully, then free the top cover assy.

8. Lift up the double side tape of the side buttons.

4.0 MECHANICAL INTRUCTIONS

9. Turn to the bottom side.

10. Open up the metal shielding and disconnect the cable connected to the battery. Carefully disassemble the mini mic as circled in the picture from the plastic audio jack holder.

11. Remove the battery part form PCBA.

12. Lift up the hard disk and disconnect the flex cable underneath from the PCBA.

4.0 MECHANICAL INTRUCTIONS

13. After remove both battery and hard disk.

5.0 EXPLODED VIEW AND SERVICE PARTS LIST

101

102

103 107

106

113

114

112

108 111

104

100

105

109

116

110

118

MECHANICAL PARTS

101 994000003555 BACK CABINET PHOENIX

102 994000003559 AUDIO JACK HOLDER ASSY

104 994000003572 CRADLE HOLDER PHOENIX

105 994000003558 SCREW 1.7X5 PHOENIX

106 994000003557 BATTERY PACK PHOENIX

282206200079 HDD 6GB (HDD1620/00/05,

HDD1630/17 & HDD1635/17)

108 994000003563 HDD DAMPER PHOENIX

109 994000003564 HDD HOLDER PHOENIX

110 994000003568 HD FPC PHOENIX

117

115

994000003571

(HDD1630/17 & HDD1635/17)

PCBA W/O RADIO LCE PHOENIX

(HDD1420/00 & HDD1620/00/05)

116 994000003574 HOLD KEY PHOENIX

118 994000003576 HOUSING TOUCHPAD PHOENIX

MISCELLENEOUS

994000003578

994000003579

AC ADAPTOR AD7153/17 (FOR /17)

AC ADAPTOR AD715B/05 (FOR /05)

994000003791 CRADLE ASSY PHOENIX (FOR

HDD1635/17 ONLY)

994000003877 CD-PHX-EU (FOR /00 & /05)

994000003876 POUCH FOR PHOENIX

HDD1835/17 ONLY)

996500039152 PHOENIX RESET LABEL

5.0 EXPLODED VIEW AND SERVICE PARTS LIST

102 105

115

116

112

113

106

118

118

117

114

100

101

MECHANICAL PARTS

101 994000003555 BACK CABINET PHOENIX

102 994000003559 AUDIO JACK HOLDER ASSY

104 994000003572 CRADLE HOLDER PHOENIX

105 994000003558 SCREW 1.7X5 PHOENIX

106 994000003557 BATTERY PACK PHOENIX

282206200079 HDD 6GB (HDD1620/00/05,

HDD1630/17 & HDD1635/17)

108 994000003563 HDD DAMPER PHOENIX

109 994000003564 HDD HOLDER PHOENIX

110 994000003568 HD FPC PHOENIX

104

103

107

994000003571

(HDD1630/17 & HDD1635/17)

PCBA W/O RADIO LCE PHOENIX

(HDD1420/00 & HDD1620/00/05)

116 994000003574 HOLD KEY PHOENIX

118 994000003576 HOUSING TOUCHPAD PHOENIX

MISCELLENEOUS

994000003578

994000003579

AC ADAPTOR AD7153/17 (FOR /17)

AC ADAPTOR AD715B/05 (FOR /05)

994000003791 CRADLE ASSY PHOENIX

(HDD1635/17)

994000003877 CD-PHX-EU (FOR /00 & /05)

994000003876 POUCH FOR PHOENIX

HDD1835/17 ONLY)

996500039152 PHOENIX RESET LABEL

6.0 TROUBLESHOOTING FLOW

SYMPTOM 1: NO POWER

6.0 TROUBLESHOOTING FLOW

SYMPTOM 2: JUKEBOX FREEZES / HANGS UP

Open up the unit, unplug battery connector and reconnect again

6.0 TROUBLESHOOTING FLOW

SYMPTOM 3: ERROR MESSAGE SCROLLS ON THE DISPLAY

6.0 TROUBLESHOOTING FLOW

SYMPTOM 4: NO SOUND

7.0 BLOCK DIAGRAM

+1.2V

5

Place Close Each Power Pin

+1.2V

4

1 2

+3.3V

VCC_MEM

+3.3V

D

OC_USB.PWR#

C

B

Ckose to U510(PP5022)

ENA_USB.PWR

HOLD

LCM_SE (1.9"LCD)

4

4

BM3_KSI9

4

PWR_ON_OFF#

View

4

4

4

4

4

DBG3_TCK

DBG3_TDI

DBG3_TDO

DBG3_TMS

DBG3_TRST

Line_in_SW

XM2_MD[0..15]

XM2_MA[1..15]

CLK_SYS.OUT

4/8 IR function remove

7

8

8 LCD_ON

Cradle_in#

LCD_RST#

1

XM2_MA[1..15]

4

8

4

4

4

1

XM2_SDR_CS1#

4

4

4

6

ACK---

XM2_MD[0..15]

TouchPad Power Enable

6

6,7

6

1

4

6

6

BM3_KSI12

BM3_KSI11

REMOTE_INT

5

XM2_MA16/RAS0#

XM2_MA26

XM2_MA25

BZZ_PWM

5 PSEL1

BKL_ON

XM2_MA20_1

XM2_MA19

XM2_MA18/WE#

XM2_MA17/CAS0#

2

4

4

4

4

4

4

XM2_ROM.RD#

XM2_ROM.WR#

XM2_ROM.RDY

XM2_DQML#

XM2_DQMH#

XM2_ROM.CS1#

8

4

4

XM2_SDR_CS0#

XM2_CKE

Cradle_in_SW#

4,7

BM3_KSI10

BM3_KSI9

BM3_KSI8

4/8 Pin Swap

Change for

PP5022 difference with PP5020

6

2

RTC_WAKE#

6

RESET#

MUTE

TP_PWR#

XM2_MD15

XM2_MD14

XM2_MD13

XM2_MD12

XM2_MD11

XM2_MD10

XM2_MD9

XM2_MD8

XM2_MD7

XM2_MD6

XM2_MD5

XM2_MD4

XM2_MD3

XM2_MD2

XM2_MD1

XM2_MD0

XM2_MA26

XM2_MA25

BZZ_PWM

PSEL1

BKL_ON

XM2_MA20_1

XM2_MA19

XM2_MA18/WE#

XM2_MA17/CAS0#

XM2_MA16/RAS0#

XM2_MA15

XM2_MA14

XM2_MA13

XM2_MA12

XM2_MA11

XM2_MA10

XM2_MA9

XM2_MA8

XM2_MA7

XM2_MA6

XM2_MA5

XM2_MA4

XM2_MA3

XM2_MA2

XM2_MA1

CLK_SYS.OUTR

DTV_27MHz

DTV_PD[0:7]

1 OC_USB.PWR#

1

Cradle_In_S

1

VCC_AC

LEA

VBUS_Detect

ADC_EN#

PJ_In

XM2_ROM.RDY

XM2_MIO.RDY

MBID0

MBID1

MBID2

RESET#

+3.3V

1

1

T17

R16

P15

P14

M15

N16

P17

M16

N15

P16

N14

R17

BM3_KSO.07

BM3_KSO.06

BM3_KSO.05

DTV3_XCLK

DTV3_PD.7

DTV3_PD.6

DTV3_PD.5

DTV3_PD.4

DTV3_PD.3

DTV3_PD.2

DTV3_PD.1

DTV3_PD.0

R14

U13

T13

R13

U12

T12

R12

P12

R10

T11

U10

P10

T10

U11

R11

F16

H17

G17

F15

J17

D14

B3

A1

C3

C5

A4

B6

C4

B4

D2

C1

C2

B1

B2

A3

B5

A2

C7

A9

B9

B10

E3

F1

A6

C6

D3

D1

E2

E1

F2

F3

C10

A10

C11

D11

A11

C12

B11

A12

C13

D13

A13

B12

D7

C8

C9

B14

A14

B7

A5

C14

B13

A8

B8

A7

CLK_SYS.OUT

XM2_RE_N

XM2_WE_N

XM2_ROM.RDY

XM2_MIO.RDY

XM2_WMSK1

XM2_WMSK2

XM2_CS.A#

XM2_CS.B#

XM2_CS.C#

XM2_CS.D#

XM2_CKE

G1

G3

E4

G2

UA3_TXD

UA3_RXD

UA3_CTS

UA3_RTS

G4

H1

IR3_RXD

IR3_TXD

C16

C15

RESERVED

RESET#

XM2_MA25

XM2_MA24

XM2_MA23

XM2_MA22

XM2_MA21

XM2_MA20

XM2_MA19

XM2_MA18

XM2_MA17

XM2_MA16

XM2_MA15

XM2_MA14

XM2_MA13

XM2_MA12

XM2_MA11

XM2_MA10

XM2_MA09

XM2_MA08

XM2_MA07

XM2_MA06

XM2_MA05

XM2_MA04

XM2_MA03

XM2_MA02

XM2_MA01

XM2_MA00

XM2_MD15

XM2_MD14

XM2_MD13

XM2_MD12

XM2_MD11

XM2_MD10

XM2_MD09

XM2_MD08

XM2_MD07

XM2_MD06

XM2_MD05

XM2_MD04

XM2_MD03

XM2_MD02

XM2_MD01

XM2_MD00

DBG3_TCK

DBG3_TDI

DBG3_TDO

DBG3_TMS

DBG3_TRST#

CNF3_TST

LCD3_AA0

LCD3_CS3#/DLE

LCD3_CS2#/CLE

LCD3_CS1#/ALE

LCD3_RST#

LCD3_RD#

LCD3_R/W#

Pin

LCD3_DB7

LCD3_DB6

LCD3_DB5

LCD3_DB4

LCD3_DB3

LCD3_DB2

LCD3_DB1

LCD3_DB0

Pin

R10=>TP503 (OC_USB.PWR#)

U10=>TP508 (ENA_USB.PWR)

U11=>BM3_KSI12 (HOLD)

R11=>BM3_KSI11 (LCM_SE<1.9">)

R14=>REMOTE_INT

U13=>TP510 (Line_in_SW)

T13=>VCC_AC

R13=>RTC_WAKE#

U12=>LEA

T12=>VBUS_Detect

R12=>ADC_EN#

P12=>PJ_In

A

VCC_MEM

1 2 XM2_MIO.RDY

MBID0

MBID1

MBID2

1 2 XM2_ROM.RDY

MBID0

MBID1

6/24 with FM w/o FM

0

0

0

0

MBID2 0 1

5 4

3 2

+1.2V

1

+1.2V_AVDD

+3.3V

+1.2V_USB_VDDP

10U

0805

1 2

1

1

2

I2S_SDIN

2

XTAL_33M.IN

ACPG#1

ACPG#1 5

Check

+1.2V

+3.3V

USB_VDDA 1 2

VCC_AC 2 1

AC_PWR 5

M17

L16

N17

J16

K17

J15

J14

L17

K16

K15

L14

L15

U9

R9

U8

T9

P8

R8

T8

U7

T6

T7

R7

R5

U6

R6

U5

LCD_CS#

ACPG#1

LCD_R/W#

LCD_RD#

LCD_CS# 8

8

8

R567

2M

I2C_DAT_IN

1 2

I2C_DAT 4,6,7,8

Pin

M17=>LCD_R/W#

L16=>LCD_RD#

N17=>LCD_CS#

J16=>ACPG#1

FW3_D[7:0]=>LCD_D[7:0]

FW3_CTL1

FW3_CTL0

FW3_LREQ

FW3_SCLK

FW3_D7

FW3_D6

FW3_D5

FW3_D4

FW3_D3

FW3_D2

FW3_D1

FW3_D0

BM3_KSO.04

BM3_KSO.03

BM3_KSO.02

BM3_KSO.01

BM3_KSO.00

BM3_KSI.07

BM3_KSI.06

BM3_KSI.05

BM3_KSI.04

BM3_KSI.03

BM3_KSI.02

BM3_KSI.01

BM3_KSI.00

RM3_SCL

RM3_SDA

I2S_SCLK

I2S_DOUT

I2S_DIN

I2S_LRC

I2S_RST

CLK_DEV.OUT

SPDIF_IN

SPDIF_OUT

USB_RREF

USB_DP

USB_DM

USB_VBUS

CLK_SUS.OUT

XTAL_32K.OUT

XTAL_32K.IN

XTAL_24M.OUT

XTAL_24M.IN

XTAL_33M.OUT

XTAL_33M.IN

AT3_HD15

AT3_HD14

AT3_HD13

AT3_HD12

AT3_HD11

AT3_HD10

AT3_HD09

AT3_HD08

AT3_HD07

AT3_HD06

AT3_HD05

AT3_HD04

AT3_HD03

AT3_HD02

AT3_HD01

AT3_HD00

AT3_HA2

AT3_HA1

AT3_HA0

AT3_HIOW#

AT3_HIOR#

AT3_HIORDY

AT3_HRESET#

AT3_HIRQ.0

AT3_HIRQ.1

AT3_HDMARQ

AT3_HDMACK#

AT3_HCS0#

AT3_HCS1#

AT3_S.HDMACK#

AT3_H.DMARQ

AT3_S.HIOR#

AT3_S.HIOW#

pin R15=>LCD_RS

OT3_Y.UD

OT3_Y.CK

OT3_X.UD

OT3_X.CK

ADC_AIN.0

ADC_AIN.1

PM3_PWM0

PM3_PWM1

CD3_BCLK

CD3_C2PO

CD3_DATA

CD3_LRCK

U4

T4

U3

T5

P5

P6

H2

F4

C17

E17

D17

F17

M2

N3

P4

N4

M1

L2

M3

L1

M4

K2

P2

R1

P1

N2

P3

N1

D12

F14

E15

G15

G16

H15

H16

LCD_D7

LCD_D6

LCD_D5

LCD_D4

LCD_D3

LCD_D2

LCD_D1

LCD_D0

BZZ_CRL#_R

BM3_KSI7

BM3_KSI6

BM3_KSI5

BM3_KSI4

BM3_KSI3

BM3_KSI2

BM3_KSI1

BM3_KSI0

I2C_CLK_IN

I2C_DAT_IN

1

1

1

AT3_HD15

AT3_HD14

AT3_HD13

AT3_HD12

AT3_HD11

AT3_HD10

AT3_HD9

AT3_HD8

AT3_HD7

AT3_HD6

AT3_HD5

AT3_HD4

AT3_HD3

AT3_HD2

AT3_HD1

AT3_HD0

LCD_D7

LCD_D6

LCD_D5

LCD_D4

LCD_D3

LCD_D2

LCD_D1

LCD_D0

1

I2C_C_EN

2

USB_RBIAS

USBS_DP

USBS_DN

VBUS_SENSE

7

1

I2S_SCLK

I2S_DOUT

I2S_SDIN

I2S_LRC

XTAL_32K.IN

XTAL_24M.OUT

XTAL_24M.IN

XTAL_33M.IN

8

8

8

8

8

8

8

8

Power_Request#

Wake_up#

GPIO1

GPIO2

7

7

7

ANT_SW1#

Power_Out_C

BM3_KSI5

BM3_KSI4

BM3_KSI3

BM3_KSI2

BM3_KSI1

BM3_KSI0

6

6

6

6

6

6,7

6

6,7

6

6

6

6

4

4

4

7

Value change

CLK_24M.CODEC_R

Check=>Reserved

AT3_HD[0:15] 7

Remove damp Res.

LEA

PJ_In

BZZ_CRL#_R

Battery_ID:Low=>Plug-In

1

For EMI & close PP5022

XTAL_32K.IN

J4

J1

R2

T2

L4

L3

K1

K3

J3

R3

T1

J2

H3

U1

T3

U2

R4

U14

T14

U15

R15

S2_R

2

1

1

AT3_HA2

AT3_HA1

AT3_HA0

AT3_HIOW#

AT3_HIOR#

AT3_HIORDY

AT3_HRESET#

AT3_HIRQ.0

AT3_HIRQ.1

AT3_HDMARQ

AT3_HDMACK#

AT3_HCS0#

AT3_HCS1#

7

7

7

7

7

7

7

7

7

7

7

7

7

USBID-DEV/HOST#

DC-DC_RUN 5

1

1

STAT2

TP11

5

AT3_PWR.OFF

U16

U17

T15

T16

VCC_BATR

REMOTE_JACK_D

GP4 2 1

BKLT_PWM

GPIO4 4,7

8

B16

A16

B15

A15

CSC

2

OC_CRL_PWR#

1

STAT1 5

Current_Set

OC_CRL_PWR#

5

1

5

7

7

A

LCD_RS

27M_OFF# unused_only pull high

DTV_RESET#

K

8

5VREG_ON

REMOTE_JACK

+3.3V

HD_ON/OFF#

4,6

2

2

2

USB wakeup&detect

2

1

1

0

R586

1

ADC_EN#

4/8

1

LEARNING

PJ_In 6

BZZ_CRL#

2

5

6

VBUS_Detect

CLK_24M.CODEC

6

6

VBUS

I2C_CLK_IN

VCC_MEM

VBUS

1 2

I2C_CLK 4,6,7,8

For EMI Close to PP5022

Place Close Each Power Pin

Place Close Each Power Pin

1

ADC_EN#_M

VCC_BATC

3

1

RC removed

Battery Shuntdown point detect

Now:3.5V

4

USB_DP

USB_DN

2

KSI12

KSI11

KSI10

KSI9

KSI8

KSI7

KSI6

KSI5

KSI4

KSI3

KSI2

KSI1

KSI0

7

7

HOLD xxxxx

ACK

PWR_ON_OFF#

View xxxxx xxxxx

CLK

DATA

Like Music

Volume down

Volume up

Recording

When Power-off reduce the power loss

VCC_BAT

D

C

B

A

+3.3V

3

REMOTE_JACK_D

2

Phoenix DVT R0D

1

3 XM2_MD[0..15]

3 XM2_MA[1..15]

5 4

D

Power Supply Voltage:1.65V~1.95V

BANK 0 FLASH MEMORY

512Kx16Bits => 1MBYTE

VCC_MEM

RAM TYPE/WIDTH (UPPER 2 BITS ARE FIRMWARE SELECT)

ADDRESS

A7 A6 A5

0 X 0

0 X 1

1 X 0

1 X 1

DESCRIPTION

SRAM 16-BIT

SRAM 32-BIT

SDRAM 16-BIT

SDRAM 32-BIT

DEFAULT

X X 0

C

3 XM2_MA20_1

VCC_MEM

2

1

BOOT VECTOR LOCATION (HARDWARE SELECT)

DESCRIPTION ADDRESS

A15 A14

0 0

0 1

1 0

1 1

EXT ROM0 (0000:0000) (DEFAULT)

EXT ROM1 (0800:0000)

BOOTROM UART

BOOTROM OTHER

3

3

3

1

XM2_MA16/RAS0#

XM2_MA17/CAS0#

XM2_MA18/WE#

3 XM2_MA19

XM2_MA1

XM2_MA2

XM2_MA3

XM2_MA4

XM2_MA5

XM2_MA6

XM2_MA7

XM2_MA8

XM2_MA9

XM2_MA10

XM2_MA11

XM2_MA12

XM2_MA13

XM2_MA14

XM2_MA15

XM2_MA16/RAS0#

XM2_MA17/CAS0#

XM2_MA18/WE#

XM2_MA19

XM2_MA20

C2

A2

B5

A5

C5

D5

E1

D1

C1

A1

B1

D2

B6

A6

C6

D6

E6

B2

C3

D4

2

3

3

3

XM2_BYTE#

3,7 RESET#

XM2_ROM.CS1#

XM2_ROM.RD#

XM2_ROM.WR#

1

0/NA 0402

2

F1

G1

A4

F6

B4

A8

A9

A10

A11

A12

A13

A14

A15

A0

A1

A2

A3

A4

A5

A6

A7

A16

A17

NC_3

NC_4

CE

OE

WE

BYTE

RESET

SDRAM Pin:BYTE# need to pull high to VCC_MEM

NC_0

NC_1

NC_2

C4

D3

B3

DQ7

DQ8

DQ9

DQ10

DQ11

DQ12

DQ13

DQ14

DQ15/A-1

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

G3

F4

G5

F5

G6

H4

E4

H5

E5

E2

H2

E3

H3

F2

G2

F3

RY/BY

A3

XM2_MD0

XM2_MD1

XM2_MD2

XM2_MD3

XM2_MD4

XM2_MD5

XM2_MD6

XM2_MD7

XM2_MD8

XM2_MD9

XM2_MD10

XM2_MD11

XM2_MD12

XM2_MD13

XM2_MD14

XM2_MD15

BOOT CLOCK SOURCE (HARDWARE SELECT)

DESCRIPTION ADDRESS

A17 A16

0 0

0 1

1 0

1 1

24.000MHZ (DEFAULT)

24.576MHZ

48.000MHZ

RESERVED

1 2

Flash: SST(SST39WF400A-90-4C,1.8V)=283439400001

AMIC(A29L400UG-70F,3.3V)=283480190001

XM2_ROM.RDY

BOOT OPTION

DESCRIPTION ADDRESS

A19

0

1

0 = IDE0 (DEFAULT)

1 = IDE 1

3

JTAG CONFIG (HARDWARE SELECT)

DESCRIPTION ADDRESS

A26 A25

0 0

0 1

1 0

1 1

00 = Serial (CPU->COP)(DEFAULT)

01 = CPU only (CPU)

10 = COP only (COP)

11 = Parallel (CPU||COP)

FLASH BUS WIDTH

ADDRESS

A1

0

1

DESCRIPTION

0 = 16 BIT

1 = 8 BIT

VCC_BAT

B

REMOTE_JACK

1 2 1 2 5

REMOTE Power-On CONTROL

1 2 2

+3.3V

DC-DC_START# 5,6

3

3

3,7 RESET#

XM2_CKE

VCC_MEM

2

1

2

3

OE

A

GND

VCC

Y

5

4

VCC_MEM

1

Only For PP5022 Ver.B CKE reset issue

Can be eliminate

VCC_MEM

1

4/12 For Sub items

2

+3.3V

XM2_MA1

XM2_MA2

XM2_MA3

XM2_MA4

XM2_MA5

XM2_MA6

XM2_MA7

XM2_MA8

XM2_MA9

XM2_MA10

XM2_MA11

XM2_MA12

XM2_MA13

XM2_MD0

XM2_MD1

XM2_MD2

XM2_MD3

XM2_MD4

XM2_MD5

XM2_MD6

XM2_MD7

XM2_MD8

XM2_MD9

XM2_MD10

XM2_MD11

XM2_MD12

XM2_MD13

XM2_MD14

XM2_MD15

E1

D2

D1

C2

C1

B2

B1

A2

A8

B9

B8

C9

C8

D9

D8

E9

J2

H3

H2

H1

G3

H9

G2

G1

H7

H8

J8

J7

J3

A6

A7

A8

A9

A10

A11

A12

A0

A1

A2

A3

A4

A5

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

DQ7

DQ8

DQ9

DQ10

DQ11

DQ12

DQ13

DQ14

DQ15

CKE

CLK

UDQM

LDQM

WE

CAS

RAS

CS

BA1

BA0

F3

F2

F1

E8

F9

F7

F8

G9

G8

G7

NC0

E2

XM2_CKE_RESET#

CLK_SYS.OUT

XM2_DQMH#

XM2_DQML#

XM2_MA18/WE#

XM2_MA17/CAS0#

XM2_MA16/RAS0#

XM2_SDR_CS0#

3

3

3

3

3

3

3

XM2_MA15

XM2_MA14

3

3

Replace for Ver.C

VCC_MEM

Power Supply Voltage:1.65V~1.95V

16Mx16(256Mbit): Infineon=283780190001

Sumsung=283780190002

4/12 Change R & C value for PP5022

XTAL_24M.IN

3

3

3

3

XM2_MA5

XM2_MA14

3 XM2_MA15

XM2_MA16/RAS0#

3

3

3

XM2_MA19

XM2_MA25

XM2_MA26

XM2_MA1

Let "XM2_MA17/CAS0#" open from FAE note

These net length must be equivalent

+3.3V

XM2_MA17/CAS0#

1 2

+1.8V

Place Close Each Power Pin

1

2

3

4

1

2

3

4

1 2

1 2

5

6

7

8

5

6

7

8

XTAL_24M.OUT

3

1 3

2

4

R66

1K

3

3

3

3

3

DBG3_TRST

DBG3_TDI

DBG3_TMS

DBG3_TCK

DBG3_TDO

DBG3_TRST

DBG3_TDI

DBG3_TMS

DBG3_TCK

DBG3_TDO

+3.3V

1

2

3

4

5

6

7

8

7

8

5

6

3

4

1

2

GND2

GND1

GND2

GND1

D

C

B

+3.3V

XTAL_32K_V 8

RF_GND

+3.3V

REMOTE CONTROL

2 1

+3.3V

R551

100K

REMOTE_JACK_OP+

REMOTE_JACK_OP-

1

3

4

G1214

SC70_5

REMOTE_INT 3

5 RTC_INT#

A

1 2

1 2

REMOTE_JACK

GPIO4

REMOTE_JACK

GPIO4 3,7

3,6

5 4

1 4

3

1

2

3

4

OSCI

OSCO

INT

VSS

VDD

CLKOUT

SCL

SDA

8

7

6

5

BTV_RTC

3

XTAL_32K.IN_R

1 2

2

1 BTV 2 1 BTV_R K

XTAL_32K.IN

I2C_CLK

I2C_DAT

3

3,6,7,8

3,6,7,8

A

VCC_BAT

+3.3V

For EMI & close U505 (RTC)

I2C_CLK

+/-10%

50V

4/13 change Footprint size from

SOD123(BAT43W-Ir=0.5uA) to

SOT523(BAT54T-Ir=2uA)

4/12

I(charge current)< 0.006mA

Phoenix DVT R0D

2 1

A

D

C

REGS_PWR 1

3 AT3_PWR.OFF

IN_+3.3V_HDD1P

R531

0/NA

MD_G

5 4

dI=Vo*(1-Vo/Vi)/(L*f)

Imax=Iomax+(dI/2)

4/14 HD Power IC change from XC6366 to TPS62040

沛波

SPC-04702-6R8-GP (4.7*4.7*2)

2

C28

47U

IN_+3.3V_HDD1P

MD_G

4

11

1

6

2

3

VIN_0

VIN_1

EN

MODE

GND

GND1

SW_1

SW_0

FB

PGND_1

PGND_0

8

7

5

10

9

1 2

+3.3V_HDD1P_FB

R523

560K

+3.3V_HDD1P

1

+3.3V_HDD

2

50 mil

Use low height Cap.

Place it to 1.5mm limit region

Case B

272411476505 : TF041-TH-CAP;47U,6.3V,

+/-20%,3216,1.6H, (A case),F930J476MAA,SMT

4/14 CoLayout two select one

REGS_PWR 1 2 IN_+1.8VP

奇力新

SCDS3D16T-3R3T-B

+1.8VP

1 2 1 2

+1.8V

1

3

2

VIN

CE/MODE

VSS

LX

VOUT

5

4

0805

6.3V

Only for XC9217_PWM

+3.3V

3

REGS_PWR 1 2 IN_+3.3VP

奇力新 SCDS3D16T-3R3T-B

1 2

+3.3VP

1 2

+3.3V

1

3

2

VIN

CE/MODE

VSS

LX

VOUT

5

4

33K/NA

0402

Only for XC9217_PWM

REGS_PWR 1 2 IN_+1.2VP

2

美磊

MSCDRI-2D18-100MG (H=1.8mm)

Vout = 0.5 x [ 1+ (R1 / R2) ]

+1.2VP

1 2

1

2

3

VI

GND

EN

SW

FB

5

4

+1.2VP_FB

1

1 2

+1.2V

SMT2=>20mil

SMT3=>30mil

SMT4=>50mil

D

C

4 RTC_INT#

4,6 DC-DC_START#

DC-DC_START#

3

2

1

+3.3V

B

3 DC-DC_RUN

DC-DC_RUN

1

Soft-Start

2 1

RTC_WAKE# 3

VDD

1

A

V_Cradle

To change into 2A

1 2

G

D D

For Only AC or USB Input to Auto-Power-On

To show the Battery charge status

VBUS

AC_PWR

VBUS

1

2

3

VDD

PSEL

1 2

PSEL1

PSEL1 3

REGS_PWR_P

5 4

ADD EMI ESD Protect

BAT_T

BAT_P

B

REGS_PWR

REGS_PWR 8

To set Battery Charge Current when Plug-in non-high power PC.

3

3

Current_Set

STAT1

3 STAT2

Current_Set

STAT1

STAT2

3 LEARNING

1

VDD

LDO_3.3V

VDD

1

USBPG#

ACPG#

PSEL

LDO_3.3V

VBUS

3 AC_PWR

A K

4

AC

19

18

9

8

20

14

7

2

3

USB

TMR

ISET2

STAT1

STAT2

USBPG

ACPG

CE

PSEL/ISET3

2 1

LDO

OUT_0

OUT_1

OUT_2

BAT_0

BAT_1

1

15

5

6

16

17

TS

DPPM

VSS

ISET1

GND

12

13

11

10

21

DPPM

REGS_PWR_P

VCC_BAT

BAT_TS

4/7 Remove L15 0402GA Bead filter

1 2

1

BAT_T

2

Footprint=SPARKGAP-6

Battery Connector

3

2

1

GND1

GND2

Battery Charge cycle

Now:4 hours

Check Pin assignment

Set Charg Current 450mA

A

3 ACPG#1

ACPG#1

1 2

ACPG#

Value change

Set Adaper power 1A

Phoenix DVT R0D

3 2 1

A

5 4 3 2

+1.8V

1 2

No AGND=>Check

+3.3V

+3.3V

1

1 2

2

AUDIO_LDO_IN

1

2

3

VIN

GND

SHDN

VOUT

ADJ

5

4

AUDIO_LDO_OUT

1 2

HPVDD DBVDD

1 2

GND

D

Close to PhoneJack (J501)

1 2

GND GND

AVDD DCVDD 1 2

+1.8V

1 2

GND

GND

+3.3V

Unuse if need to pull high or low?!

GND

+1.8V

1 2

GND GND

8 HP_ANT

1 2

8 FM_OUT_R

JGND RF_GND

JGND is the Antenna using HeadPhone

Cable place R580 under the trace of

"Cradle_R_OUT"; Don't out of the trace

GND

5

1

2

3

4

6

HP_OUT_R_1

Cradle_R_OUT

HP_OUT_L_1

REMOTE_JACK_1

7

Cradle_L_OUT

C

only for Phoenix

HP_OUT_R_1 2 1 Cradle_R_OUT

PJ_In_T

HP_OUT_R_1

1

7

HP_OUT_L_1

1

+3.3V

4 3 A

8 FM_OUT_L

2

2

K

1

LC->CL to Swap

GND

HP_OUT_R_AC

2 B

1

1

FM_OUT_R

1

FM_OUT_L 1

2

2

2

2

CONNECT CGND TO AGND VIA

FERRITE BEAD AT THE JACK

FM_AUDIO_DC_R

1 2

FM_AUDIO_AC_R

FM_AUDIO_DC_L 1

MIC_IN_1 2

2 FM_AUDIO_AC_L

1

MIC_BIAS

MIC_IN

GND

HP_OUT_R_AC

HP_OUT_L_AC 2

2 1 2

1

5%

0402

2

GND

Replace

PBSS2515F

SOT523N

PJ_In_T

REMOTE_JACK_1

1

1

2

2

1

1

HP_OUT_R

HP_OUT_L

1

1

GND

2

2

23

24

21

22

20

RLINEIN

LLINEIN

MICBIAS

MICIN

VMID

17

16

14

13

ROUT

LOUT

RHPOUT

LHPOUT

GND

PJ_In 3

REMOTE_JACK 3,4

DACDAT

ADCDAT

BCLK

ADCLRC

DACLRC

8

10

7

11

9

CSB

SDIN

SCLK

MODE

XTO

XTI/MCLK

CLKOUT

2

1

6

26

27

28

25 1

I2S_SCLK_IN

1

1

2

I2C ADDRESS: 0011011

2

2

1

+3.3V

1

2

MIC_BIAS

V(MICBIAS)=0.75*AVDD =>0.75*1.8=1.35V

1

Input Full Scale input to ADC:

V(INMIC)=1*AVDD/3.3=1.8/3.3=0.55V (max)

2

I2S_DOUT

I2S_SDIN

I2S_SCLK

I2S_LRC

I2C.DAT

I2C.CLK

2

+3.3V

Check MIC_BIAS

MIC_P_IN

1

I2S_DOUT

I2S_SDIN

I2S_SCLK

I2S_LRC 3

3

3

3

I2C_DAT

I2C_CLK

3,4,7,8

3,4,7,8

CLK_24M.CODEC

2

3

1

HP_OUT_L_AC

+3.3V

+3.3V

3 MUTE

1 2 2

1 2 B

PBSS2515F

SOT523N

10%

25V

10%

25V

GND

GND

2

1 2

Pin E place on the trace ;

No Branch

Critical components

+3.3V

S D

B

1

Buzzer

+3.3V

2

3

1

SP501

2

3

3

3,7

3

BM3_KSI4

BM3_KSI5

Power_Out_C

ANT_SW1#

3

3

3

3

BM3_KSI8

BM3_KSI3

BM3_KSI10

BM3_KSI11

3

3

3,7

3

BM3_KSI12

BM3_KSI0

BM3_KSI1

BM3_KSI2

3,7 BM3_KSI9

BM3_KSI4

BM3_KSI5

BM3_KSI6

BM3_KSI7

BM3_KSI8

BM3_KSI3

BM3_KSI10

BM3_KSI11

BM3_KSI12

BM3_KSI0

BM3_KSI1

BM3_KSI2

BM3_KSI9

default high

For Soft-star

3 TP_PWR#

1

2

DC-DC_START#

3 PWR_ON_OFF#

4,5

+3.3V

1 2

Co-layout

1

0402

+/-10%

MICROPHONE

MIC_IN_1

1

1

Solder point

D

C

GND GND

Check FPC Pin assignment

Diff.with Arizona

VCC_MEM

Touch Pad

B

CLK

DATA

ACK

BM3_KSI5

BM3_KSI4

BM3_KSI10

LED Current limit

LED_PWR

1 2

4

3

2

1

7

6

5

12

11

10

9

8

GND1

GND2

BZZ_GND

4/8

EMI two Cap.s removed for placement

4/14

3 BZZ_PWM

BZZ_PWM

1

PMST3904

SOT_SC70N_1

1

HOLD

2 BM3_KSI12

3

4

5

6

1

2

3 BM3_KSI8

PWR_ON_OFF#

4

5

6

1

2

3

BM3_KSI1

BM3_KSI2

BM3_KSI3

BM3_KSI0

KEY MATRIX GPI DESCRIPTIONS

GPIO FUNCTION DESCRIPTIONS

KSI0

KSI1

KSI2

KSI3

KSI4

KSI5

KSI6

KSI7

KSI8

KSI9

KSI10

KSI11

KSI12

Recording

Volume up

Volume down

Like Music

DATA

CLK xxxxx xxxxx

View xxxxx

ACK xxxxx

HOLD

BM3_KSI1

BM3_KSI2

BM3_KSI3

BM3_KSI0

BM3_KSI5

BM3_KSI4

3 BZZ_CRL#

1

BUZZER MUX

2 3

2

FM_OUT_R

1

FM_OUT_L

A

C551

10P/NA

C27

10P/NA

C26

10P/NA

4/8 Check Size to smaller

Phoenix DVT R0D

5 4 3 2 1

D

C

B

3 AT3_HD[0:15]

3 AT3_HRESET#

3

3

3

AT3_HDMARQ

AT3_HIOW#

AT3_HIOR#

3

3

3

AT3_HA0

AT3_HA1

AT3_HA2

3

3

3

3

3

AT3_HIORDY

AT3_HIRQ.0

AT3_HCS0#

AT3_HCS1#

AT3_HIRQ.1

3 AT3_HDMACK#

5 4 2 3

Cradle POWER SWITCH

1 2

3 OC_CRL_PWR#

+3.3V

1" HDD FPC Connector

AT3_HD0

AT3_HD1

AT3_HD2

AT3_HD3

AT3_HD4

AT3_HD5

AT3_HD6

AT3_HD7

AT3_HD8

AT3_HD9

AT3_HD10

AT3_HD11

AT3_HD12

AT3_HD13

AT3_HD14

AT3_HD15

AT3_HA0

AT3_HA1

AT3_HA2

AT3_HCS0#

AT3_HCS1#

AT3_HDMARQ

AT3_HIOW#

AT3_HIOR#

AT3_HIORDY

AT3_HDMACK#

AT3_HIRQ.0

AT3_HRESET#

+3.3V_HDD

+3.3V_HDD

1 2

AT3_HD10

AT3_HD9

AT3_HD2

AT3_HD8

AT3_HD1

AT3_HD0

AT3_HA0

AT3_HDMACK#

AT3_HA1

AT3_HDMARQ

AT3_HA2

AT3_HIORDY

AT3_HRESET#

AT3_HIRQ.0

AT3_HIOW#

AT3_HIOR#

AT3_HCS1#

AT3_HCS0#

AT3_HD15

AT3_HD7

AT3_HD14

AT3_HD6

AT3_HD13

AT3_HD5

AT3_HD12

AT3_HD4

AT3_HD11

AT3_HD3

35

36

37

38

31

32

33

34

25

26

27

28

29

30

39

40

41

42

43

44

45

15

16

17

18

19

20

21

22

23

24

8

9

10

11

12

13

14

6

7

4

5

1

2

3

GND1

GND2

+3.3V_HDD

2 1 AT3_HIORDY

AT3_HIRQ.1

AT3_HIRQ.0

AT3_HDMARQ

1

1

1

2

2

2

+3.3V

3,6 Power_Out_C

4

5

ON

IN

FLAG

GND

OUT

3

2

1

OC#_R

Cradle_Power_Out_R 1 2 Cradle_Power_Out

+3.3V

Cradle_in#

VBUS

3

3

USBID-DEV/HOST#

Power_Request#

USBID-DEV/HOST# 1 2

GND

V_Cradle

DP

DN

VBUS

USB_ID

Power_Request#

I2C_SCL_SW

I2C_SDA_SW

+3.3V

3,4

3

3

3

GPIO4

Wake_Up#

GPIO1

GPIO2

Ext_ANT

Wake_Up#

3 Cradle_in#

Cradle plug_in-->L

Cradle plug_out-->H

6

6

Cradle_R_OUT

Cradle_L_OUT

+3.3V

Cradle_R_OUT

Cradle_L_OUT

Cradle_Power_Out

Cradle_in#

Remove 11 Res.

3 I2C_C_EN

I2C_SCL_SW

I2C_SDA_SW

8

11

10

7

5

2

0B1

0B0

1B1

1B0

S0

S1

I2C_SW

I2C connect

Function

VCC_0

VCC_1

A1

A0

GND_0

GND_1

3

6

4

1

9

12

Logic 0

Floating

I2C_CLK

I2C_DAT

3,4,6,8

3,4,6,8

High Bandwidth: 250 MHz

Fast Transition Speed: 5.2ns max. at 5V

Low On-Resistance: 8. at 3.0V

Logic 1

Cradle to

System

1

CoLayout

2

DP

3 USB_DP

14

15

16

17

9

10

11

12

13

7

8

5

6

3

4

1

2

18

19

20

21

22

23

24

25

26

27

28

29

30

GND1

GND2

GND3

GND4

GND1

GND2

GND3

GND4

8

9

10

11

12

13

14

15

16

17

4

5

6

7

1

2

3

24

25

26

27

28

29

30

18

19

20

21

22

23

DN

3 USB_DN

+3.3V

1 2

+3.3V

A

Power_on/off

3,6

Volume up

3,6

BM3_KSI9

BM3_KSI1

1

2

3 2 4 1 2 MN 3

MN

4

VCC

RESET

2

GND

1

RESET#

RESET# 3,4

GND

For EMI

V_Cradle

VBUS

2 Key buttons to reset

RC Delay Time:

I=C*dV/dt

=>t=C*V/I

(dV is both sides voltage of Res. ; dt is the time of charge Cap.)

4 5 3 2

GND

1

8 Ext_ANT

Ext_ANT

4/8

VBUS

USB_ID

Power_Request#

I2C_SCL_SW

I2C_SDA_SW

V_Cradle

Wake_Up#

GPIO1

GPIO2

Cradle_in#

2

2

2

2

2

2

2

2

2

2

1

1

1

1

1

1

1

1

1

1

Cradle_R_OUT

Cradle_L_OUT

1

1

2

2

GND

Phoenix DVT R0D

1

D

C

USB_ID

Power_Request#

1

2

3

Wake_Up#

GPIO1

6

5

4

I2C_SCL_SW

I2C_SDA_SW

1

2

3

6

5

4

GPIO2

Cradle_in#

1

2

3

6

5

4

Cradle_R_OUT

Cradle_L_OUT

For ESD Negative power Cut

B

A

A

B

D

C

+3.3V

+/-10%

6.3V

3 LCD_ON

High->On

Low ->Off

1 2

5 4 3 2 1

LDO

1

2

3

VIN

GND

SHDN

VOUT

ADJ

5

4

1.5" CSTN PANEL

Vout = 0.59 x [ 1+ (R1 / R2) ]

VCC_2.8V_JS

VCC_2.8V_FB

1

1U

0402

2

VCC_2.8V

3 BKL_ON

5 REGS_PWR

1

5%

0402

2

VCC_3VFM

BKL_ON_R

If CTRL is pulled to GND

,it will disconnect LEDs from GND

3 BKLT_PWM

1 2 BKLT_PWM_RC 1

美磊

MSCDRI-2D18-4R7MG (H=1.8mm)

Ip=400mA+Vin*100ns/L

=402.27mA

1 2

LED1_SW

A K

2

6

9

4

3

5

VIN

CTRL

GND_0

GND_1

FB

SW

OVP

LED

RS

8

7

1

2

BK_FB 1 2

R534

18.2

LED1

1 2

LCD_CS#

25V

LED2

S/W request to Control enable LCD output

Using on PA020

15mils

Swap return

3

3

3

3

3

LCD_CS#

LCD_RST#

LCD_RS

LCD_R/W#

LCD_RD#

3

3

3

3

3

3

3

3

LCD_CS#

LCD_RST#

LCD_RS

LCD_R/W#

LCD_RD#

LCD_D0

LCD_D1

LCD_D2

LCD_D3

LCD_D4

LCD_D5

LCD_D6

LCD_D7

A

K

1

2

LED1 LED2

1 2

1

1

2

2

LCD_D0

LCD_D1

LCD_D2

LCD_D3

LCD_D4

LCD_D5

LCD_D6

LCD_D7

VCC_2.8V

D6

D7

D8

D9

D10

D11

D12

D13

D14

D15

VSS

VDD

NC_4

NC_5

NC_6

NC_7

NC_8

D2

3

D4

D5

WR

RD

D0

D1

NC_0

NC_1

PS0

NC_2

NC_3

CS1

RESET

RS

21

22

23

24

25

26

27

28

29

30

31

32

33

13

14

15

16

17

9

10

11

12

18

19

20

7

8

5

6

3

4

1

2

+3.3V

VCC_3VFM +3.3V

1 2

1

2

3

VIN

GND

SHDN

VOUT

5

ADJ

4

1 2 1 2

6 HP_ANT

FM_ANT 1 2 FM_ANT_C 1 2

RF_GND

RF_GND

Change from 0402 to 0603

1 2

RF_GND

1 2

RF_GND RF_GND

VCC_3VFM

Change from 0402 to 0603

RF_GND

RF_GND

ANTENNA SWITCH

SW2

3 2

VCC_3VFM_1

L511

33nH

1 2

9

10

6

7

8

3

4

1

2

5

N.C._0

CPOUT

VCOTANK1

VCOTANK2

VC(VCO)

DGND

VCCD

DATA

CLOCK

N.C._2

N.C._5

LIMDEC2

LIMDEC1

TIFC

VREF

MPXO

TMUTE

VAFL

VAFR

N.C._4

30

29

28

27

26

25

24

23

22

21

2

2

2

1

1

1

2

2

2

1

1

1

RF_GND

FM_OUT_L

FM_OUT_R

FM_OUT_L 6

FM_OUT_R 6

RF_GND

D

C

1 2 Cradle_in_SW#

Cradle_in_SW# 3

B

VCC_3VFM

RF_GND

7 Ext_ANT

Ext_ANT_1 1 2 A K 1 2 FM_ANT_C

RF_GND

VCC_3VFM

RF_GND

2.33V/680ohm = 3.426mA

I2C_DAT

3,4,6,7 I2C_DAT

3,4,6,7 I2C_CLK

I2C_CLK

RF_GND

4 XTAL_32K_V

1

1

1

2

2

2

RF_GND

6via

6via

1

1 2

2

Place on particular Position

1

6via

RF_GND

6via

1

1 2

2 1

6via

RF_GND

6via

2

2

6via

RF_GND

6via (type:VRD016_008)

RF_GND

FM Switch

RF_GND RF_GND

Phoenix DVT R0D

A

5 4 3 2 1

9.0 REVISION LIST

Version 1.0 (3141 785 30700)

• Initial release HDD1420/HDD1620/HDD1630/DD1635

Version 1.1 (3141 785 30701)

Chapter 5 – Service part list revised service 12NC as listed below

• Added the new part cradle assy for HDD1635/17 (994000003791)

Version 1.2 (3141 785 30702)

Chapter 5 – Service part list, revised service 12NC as listed below

• Added the new part pouch 994000003876 and CD disc 994000003877 for Europe and 994000003878 for US

Version 1.3 (3141 785 30703)

Chapter 5 – Service part list update

• Added the new part Control Case PAC001 12NC 994000005704 for HDD1835/17

Version 1.4 (3141 785 30704)

Chapter 2 – Safety instructions

• Added the battery storage and handling guideline

Version 1.5 (3141 785 30705)

Chapter 4 – Mechanical Instruction

• Modify the disassembly procedure by adding a tap over the knobs before opening the set

Chapter 5 – Service part list update

• Added the 12NC of RESET LABEL 996500039192

advertisement

Was this manual useful for you? Yes No
Thank you for your participation!

* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project

Related manuals

Download PDF

advertisement