Philips BTM2360/ALL Manual de usuario

or transmitted, in any form or by any means, electronic, mechanical, photocopying, or otherwise

without the prior permission of WOOX Innovations. Philips and the Philips’Shield Emblem are

registered trademarks of Koninklijke Philips N.V. and are used by WOOX Innovations Limited

under license from Koninklijke Philips N.V.

Micro System

3140 038 61310

TABLE OF CONTENTS

Location of PC Boards & Versions Variation ..........................................................1

........................................................................................2

.................................................................................................4

.................................................................................................5

............................................................................................6

.............................................................................................7-1

.............................................................................................7-2

Display Board

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

.............................................................................................8-2

Mechanical Exploded View ...................................................................................9

...................................................................................................3

Version 1.0

Technical Specifications

Safety Instruction

Set Block Diagram

Set Wiring Diagram

Disassembly Diagram

............................................................................................................7

Main Board

Circuit Diagram

Layout Diagram

Circuit Diagram

Layout Diagram

........................................................................................................8

Trouble Shooting ................................................................................................10

Software Upgrade & Procedure To Restroe Product Setting

Revision List ........................................................................................................12

...............................11

Chapter

Li&Kelly wk1505Published by Subyect to modification

BTM2360/ALL

M M+C M M+C M M+C

Display Board

Type/Version

Board in used service Policy

MCM2350

/12

(EU)

/55

(EU

/55

(APMEA)

/77

(EU)

/77

(APMEA)

/12

(APMEA)

Tips:C--Component Level Repair

M--Module Level Rpair

Main Board

Display Board

Main Board

Versiongs Variation

1.Location of PC Boards

TEST CONDITIONS:

1.POWER SUPPLY: AC.Accordiing to Ver

3.FM MONO: 22.5KHz Dev,1KHz MODULATION ,75Ω IMPEDANCE ,60dBu

4.FM STEREO : MAIN+SUB = 50KHz, PILOT : 10KHz,COMPOSITE: 40.0KHz

87.5 87.5 87.5

108 108 108

88 18 22 18 18

98 18 22 18 18

107 18 22 15 15

3 98 dBf 20 26 7 7

4 98dB65606565

5 107 dB 30 25 30 30

MONO 65 60 68 68

ST 55 50 / /

7 % 2 3 0.2 0.2

8dB50457070

88MHz dBf 24 30 27 27

98MHz dBf 24 30 27 27

107MHz dBf 24 30 28 28

10 1KHZ Db 25 18 38 38

11 1KHZ W 30 30'±1d

28 28

1 1KHz % ≤1 0.2 0.2

2 dBA 76 70 84 84

30Hz dB ±3 12 12

20KHz dB ±3 -1.4 -1.4

4 dB 0 ≤2 0.1 0.1

LdB40268484

RdB40268484

LdB30166868

RdB30167070

6 nW ≤40 0.15mv 0.15mv

7 nW ≤200 0.17mV 0.17mV

8 W 30 30'±1d

27w 27.7w

1 W 30 30'±1d

27 27

1 W 40 40±1dB 34.5W 34.5W

63Hz dB ±3 -1.5 -1.5

16KHz dB ±3 -0.5 -0.5

3 % ≤1 0.1 0.1

OUTPUT POWER (10% THD, Ohm,1KHz) 680mv in

L/R OUTPUT POWER (30% THD, Ohm,1KHz)

2FREQUENCY RESPONSE AT

LOUDSPEAKER OUT L/R

AMPLIFIER DISTORTION

10% THE POWER

Audio in SECTION：

NO TEST ITEMS UNIT NOM. LIMIT TEST DATA

5 CHANNEL SEPARATION

10K

Residual noise (Vol min)

HUM

TOTAL HARMONIC DISTORTION

S/N (1KHz,A-weightde)

3FREQUENCY RESPONSE AT

LOUDSPEAKER OUT L/R

CHANNEL DIFFERENCE (1KHz)

CD SECTION：

NO TEST ITEMS UNIT NOM. LIMIT TEST DATA

OVERALL DISTERTION

MODULATION HUM

9 TUNING SENS

STREO CHANNEL SEPARATION

THD 10% POWER

-3dB LIMITING POINT

FM IF REJECTION 98MHZ S/N=26dB

IMAGE REJECT 98MHZ S/N=26dB

6 S/N

1 Fvequency Range MHz

2 26dB QUENTING SENSITIVITY dBf

2.Technical Specification

机型：BTM2360

2.REF OUTPUT: 8Ω30W , Sound effect off

FM SECTION：

NO TEST ITEMS UNIT NOM. LIMIT TEST DATA

LdB40267474

RdB40267474

LdB30167070

RdB30167070

5 dB 0 ≤2 0.1 0.1

dB - ±5 / /

dB - ±3 / /

7 mV 600 ±100 630 630

7 mV 1200 1200

8 dBA 》76 》70 78 78

9 nW - ≤200 0.35mV 0.35mV

10 nW - ≤40 0.16mV 0.16mV

1 1KHz % ≤1 ≤2 0.1 0.1

2 dBA 80 76 77 77

125Hz dB ±3 -1.5 -1.5

16KHz dB ±3 -1 -1

4 dB 0 ≤2 0.1 0.1

LdB45357171

RdB45357272

LdB30165252

RdB30165252

6 nW ≤40 0.16mV 0.16mV

7 nW ≤200 0.3mV 0.3mV

8 W 30 30'±1d

27 27

1 1KHz % ≤1 0.1 0.1

2 dBA 76 70 85 85

30Hz dB ±3 / /

20KHz dB ±3 / /

4 dB 0 ≤2 0.1 0.1

LdB40267878

RdB40267777

LdB30166868

RdB30167070

6 nW ≤40 0.08mV 0.08mV

7 nW ≤200 0.16mV 0.16mV

8 W 30 30'±1d

28 28

10% THE POWER

5 CHANNEL SEPARATION

10K

Residual noise (Vol min)

HUM

TOTAL HARMONIC DISTORTION

S/N (1KHz,A-weightde)

3FREQUENCY RESPONSE AT

LOUDSPEAKER OUT L/R

CHANNEL DIFFERENCE (1KHz)

10% THE POWER

USB：

NO TEST ITEMS UNIT NOM. LIMIT TEST DATA

5 CHANNEL SEPARATION

10K

Residual noise (Vol min)

HUM

TOTAL HARMONIC DISTORTION

S/N (1KHz,A-weightde)

3FREQUENCY RESPONSE AT

LOUDSPEAKER OUT L/R

CHANNEL DIFFERENCE (1KHz)

NO TEST ITEMS UNIT NOM. LIMIT TEST DATA

NPUT SENSITIVITY(RATED OUTPUT POWER AT 1KHz,10%TH

NPUT SENSITIVITY(RATED OUTPUT POWER AT 1KHz,30%TH

S/N RATIO (1KHz,A-WEIGHTED)

HUM (VOL.MIN-MAX-20dB,without signal)

RESIDUAL NOISE (VOL.MIN.with signal ) A-WEIGHTED

BT SECTION：

4 CHANNEL SEPARATION

10K

CHANNEL DIFFERENCE（1KHz）

LEVEL

DIFFERENCE

(RATED OUTPUT

FM 1KHz 67.5KHz DEV,68dBf

CD disc1-6dB track35

3.Safety instruction

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)

may increase risk of fire or electrical shock hazard.

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, and fix them with the

mounted cable clamps.

. Check the insulation of the mains lead for external

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 the “on” position (keep the

mains cord unplug).

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

measurement is less than 1M

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.

2.Laser safety

This unit employs a laser. Only qualified service personnel

may remove the cover, or attempt to service this device

(due to possible eye injury).

Laser device unit

Type :SemiconductorlaserGaAlAs

Wavelength : 650nm (DVD)

: 780nm (VCD/CD)

Output power : 7mW (DVD)

:10mW(DVD/CD)

Beam divergence: 60 degree

Note: Use of controls or adjustments or performance of

procedure other than those specified herein, may result in

hazardous radiation exposure. Avoid direct exposure to

beam.

Disc

SPI

FMSO

FOSO

TRSO

DMSO

CD_L

CD_R

F-

EEPROM

24C02 IIC

TUNN_L

TUNN_R

CD_L

CD_R

TDA7492PE

Bus_Data

Bluetooth_Det

ANT

MP3 Line IN

T-T+

4558

Disc

Door motor

SCL

SDA

PLL_SDA

PLL_SCL

PLL_RESET

F+

ECO/DET

R_INPUT

L_INPUT L_OUT

R_OUT

RTC/Time

HYM8563 IIC

32.768KHz

DP DM

Bluetooth

moudle

Led Display

4094SM1628

45584052

Data_Bus

Ctrl

BT_L

BT_Audio

L_COM

MP3_Audio

Audio_OUT BT_R

R_COM

USB

Port +5V/500mA

SET

CLR

Switch

VBUS

4.Set Block Diagram

5.Set Wiring Diagram

b: Remove 9 screws D as indicated to loosen the display board

6.DISMANTING DIAGRAM

1)Dismanting of the top cabinet:Remove 10 screws A&B as indicated to loosen the top cabinet

2)Dismanting of the PCB board:

a: Remove 7 screws C as indicated to loosen the main board

D D

C C

B B

A A

XTRACK

IP_TX

AUDIO_MUTE

XSLEGP LIMITXSPINDLE

HAVC

MDI

TPI

MDPUH

LDO

IP_RX

TNI

MAPUH

REV

FWD

RESETJ

FCK

FCS

FDO

FDI

VFD_DATA

VFD_CLK

OPEN_SW

MUTE34

CLOSE_SW

HAVC

FOCUS+

MAPUH

TPI

TRACK+

MCPUH

TRACK-

TNI

MDPUH

FOCUS-

MDI

MBPUH

RESETJ

XFOCUS

FOCUS+

SLEGP

VREF_16

FOCUS

VREF_16

XTRACK

SLED+

TRACK-

SLED-

TRACK

VREF_16

XSLEGP

XSPINDLE

FOCUS-

SPINDLE

TRACK+

REV

FWD

DC_LOAD+

SPIN+

AUXIN_DET

CD_L

CD_R

LDO

I2C_SCL

FCK

FDO

FDI

HOLD#

I2C_SDA

FCS

TU_RST

AMP_STB

AUDIO_MUTE

GND

CD_EN

VFD_STB

I2C_SCL

I2C_SDA

M33V

VFD_CLK

VFD_DATA

XFOCUS

SPIN-

VREF_16

M33V

STBY_CTRL

KEY_DET1

VREF_16

SPIN-

SPIN+

OPEN_SW

MUTE34

CD_R

CD_L

I2C_SCL

GNDI2C_SDA

M33V

USB_5V

GND

VFD_STB

STBY_CTRL

VCC

B-KEY2/VOL+

M33V

MCPUH

MBPUH

VCC

V18 V18_CORE

SLED+

SLED-

LIMIT

DC_LOAD-

CLOSE_SW

DC_LOAD+

DET

KEY_DET1

KEY_DET2

USE_RCOSC

BT_CTRL

USB_SW

B-KEY1/4052_SW

AMP_STB

-P9V

USB_DM

USB_DP

MVCC

VCC

IPHONE_DM

USB_DM

USB_SW

IPHONE_DP

USB_DP

M33V

IPHONE_DP

IPHONE_DM

IPAD_5V

USB_CTRL

USB_5V

USB_SW_3V3

AUXIN_DET

B-DET/VOL-

B-KEY2/VOL+

USB_DM

USB_DPDP

KEY_DET2

AUX_DET

BT_GND

VCC_BT

BT_CTRL

BT_GND

VCC_BT

VCC

B-KEY1/4052_SW

B-DET/VOL-

-P9V

I2C_SDA

I2C_SCL

TU_RST

SEV_3V3

M33V_LDO

M33V_PAD

V18_CORE

SEV_3V3

M33V_CKG

V18

AUD_3V3

V18_CORE

3V3SD

MVCC

3V3SD

V18

3V3SD

SEV_3V3

AUD_3V3

M33V_CKG

M33V_LDO

M33V_PAD

M33V

3V3SD

M33V_PAD

CD_R (2)

CD_L (2)

AUXIN_DET (2)

TU_RST (2)

AMP_STB (3)

AUDIO_MUTE (3)

I2C_SCL (2)

I2C_SDA (2)

M33V (3,4)

STBY_CTRL (4)

GND (2,3,4)

VCC (2,4)

M33V (3,4)

-P9V (2,3,4)

USB_5V (4)

USB_CTRL (4)

AUX_DET (2)

BT_GND (1,2,3)

VCC_BT (4)

BT_CTRL (4)

C36 Cap 0.1U connect P19

C37 Cap 0.1U connect P8

OFF PAGE

Audio Connection

DATA Connection

Power Connection

USB

iphone

Disable

USB_SW OE

USB SW

iPhone 500MA

C112

0.1uF

C112

0.1uF

TP31TP31

L28 1KRHL28 1KRH

R23 2KR23 2K

C18

0.1uF

C18

0.1uF

U20

ET7222

U20

ET7222

GND 5

D-

HSD2-

HSD1-

HSD1+ 2

HSD2+ 3

D+ 4

VCC

TP13TP13

L42 1KRHL42 1KRH

R6 33KR6 33K

C25 0.1uFC25 0.1uF

C179100PF C179100PF

TP16TP16

CON2

5PIN/2.0

CON2

5PIN/2.0

75K/1%

R97

75K/1%

R97

L5 80RHL5 80RH

R310K R310K

CN1

SF-P200Z(FFC)

CN1

SF-P200Z(FFC)

VC 1

VCC 2

GND 9

LD 10

VR 11

MD 12

F+ 13

T- 14

T+ 15

F- 16

EC15

47uF/10V

EC15

47uF/10V

80RH

L11 80RHL11 80RH

32.768KHZ

C40 0.047UF

TP28TP28

R221 0RR221 0R

TP50TP50

TP19TP19 L9 80RHL9 80RH

C9 0.1uFC9 0.1uF

TP12TP12

TP54TP54

C49 5PFC49 5PF

32.768KHz

EC6

10uF/10V

EC6

10uF/10V

C31

0.1uF

C31

0.1uF

TP1TP1

R42

39K/18K

R42

39K/18K

C480.1UF C480.1UF

R40 100KR40 100K

C42100PF C42100PF

R27 51K/39KR27 51K/39K

C30 0.47UFC30 0.47UF

R18

10K

R18

10K

TP10TP10

L14 80RHL14 80RH

TP52TP52

R192 10KR192 10K

R58 100KR58 100K

R38 100KR38 100K

TP15TP15

C39

0.1uF/0603

C39

0.1uF/0603

R54 22KR54 22K

R36 10KR36 10K

R50 4.7KR50 4.7K

CON1

6PIN/2.0

CON1

6PIN/2.0

R17

10K

R17

10K

C27

220PF

C27

220PF

R19

10M

R19

10M

TP36TP36

L35 80RHL35 80RH

R15 10KR15 10K

C50

1UF

C50

1UF

L12 80RHL12 80RH

R130 10KR130 10K

EC16

1000uF/10V

EC16

1000uF/10V

D1 1N4148

L4 80RHL4 80RH

EC14

100uF/10V

EC14

100uF/10V

C460.1uF C460.1uF

R53 1KR53 1K

SFLASH

CS#

1DO

2WP#

3GND

4DI 5

CLK 6

HOLD# 7

VCC 8

EC11 47uF/16VEC11 47uF/16V

R52 470RR52 470R

L20 1KRHL20 1KRH

R35 10RR35 10R

EC8

47uF/10V

EC8

47uF/10V

C29 0.01UFC29 0.01UF

C36

0.1uF

C36

0.1uF

R8 1K

R0603/SMD

R8 1K

R0603/SMD

C32

0.1uF

C32

0.1uF

TP49TP49

TP9TP9

R28 0R

C21

0.1uF

C21

0.1uF

C45100PF C45100PF

C35

0.1uF

C35

0.1uF

TP55TP55

TP5TP5

C470.1uF C470.1uF

R45 0RR45 0R

EC4

10uF/16V

EC4

10uF/16V

C19

0.1uF

C19

0.1uF

R12 1K

R0603/SMD

R12 1K

R0603/SMD

C3 0.1uF/0603C3 0.1uF/0603

C117

0.1uF

C117

0.1uF

TP8TP8

TP25TP25

L44 1KRHL44 1KRH

R195 10KR195 10K

TP30TP30

JR1 NC/0RJR1 NC/0R

JR2 NC/0RJR2 NC/0R

L40 1KRHL40 1KRH

R9 10KR9 10K

C11 1uFC11 1uF

C26 0.1uFC26 0.1uF

R55 1KR55 1K

L37 80RHL37 80RH

R174 0RR174 0R

C152

0.1uF

C152

0.1uF

C125

47PF

C125

47PF

R26

33K

R26

33K

L10 80RHL10 80RH

2N3904

1 3

R510K R510K R410K R410K

R183

10K

R183

10K

R1 33KR1 33K

R11

10K

R11

10K

TP27TP27

R51 1KR51 1K

L7 80RHL7 80RH

R37 10KR37 10K

TP53TP53

EC7

10uF/10V

EC7

10uF/10V

R22 10KR22 10K

EC3

47uF/16V

EC3

47uF/16V

10R

CD5888

VINFC

1TRB_1

2REGO2

3VINSL+

4REGO1

5FWD

6REV

VCC1

8VOTR-

9VOTR+

10 VOSL+

11 VOSL-

12 VOFC-

13 VOFC+

14 VOTK+ 15

VOTK- 16

VOLD+ 17

VOLD- 18

VCC2 19

OPIN 20

VCTL 21

GND 22

VINLD 23

OPOUT 24

TRB_2 25

VINTK 26

BIAS 27

MUTE 28

R56 100KR56 100K

TP20TP20

EC19

1UF

EC19

1UF

2SC8550

C33

0.1uF

C33

0.1uF

L3 80RHL3 80RH

TP37TP37

TP53TP53

TP4TP4

D3 1N4148D3 1N4148

C2 0.1uFC2 0.1uF

L17 SS14L17 SS14

49.9K/1%

R118

49.9K/1%

R118

R34 NCR34 NC

C38 0.1uFC38 0.1uF

TP21TP21

C126

47PF

C126

47PF

BAT54C

L13 80RHL13 80RH

R20 10KR20 10K

R39 100RR39 100R

C15 0.1uFC15 0.1uF

FB18 0RFB18 0R

TP6TP6

R196 10KR196 10K

EC2

220uF/16V

EC2

220uF/16V

EC17

47uF/10V

EC17

47uF/10V

TP22TP22

C23 33pFC23 33pF

L39 1KRHL39 1KRH

TP14TP14

R25

33K

R25

33K

EC18

220uF/10V

EC18

220uF/10V

ZD2

5.6V

ZD2

5.6V

0.1uF

C14 0.1uFC14 0.1uF

L45 80RHL45 80RH

TP26TP26

C6 0.1uFC6 0.1uF

0.1uF

TP51TP51

0.1uF

R46 220R46 220

R13 10KR13 10K

TP7TP7

TP3TP3

TP2TP2

R41 100RR41 100R

C43100PF C43100PF

C17 33pFC17 33pF

C12 0.1uF/0603C12 0.1uF/0603

CON4

16PIN/FCC

CON16-1.0

CON4

16PIN/FCC

CON16-1.0

CON3

4PIN2.0mm

CON3

4PIN2.0mm

VCC

1DP

2DM

3GND

R176 0RR176 0R

EC10 2.2uF/50VEC10 2.2uF/50V

R48

43.2K/24K

R48

43.2K/24K

Q12

3904

Q12

3904

R196 10KR196 10K

C22 0.1uFC22 0.1uF

TP29TP29

R16 10KR16 10K

TP55TP55

49.9K/1%

R120

49.9K/1%

R120

C16 0.1uFC16 0.1uF

C178100PF C178100PF

L15

TP11TP11

C41 0.01U

R31 39KR31 39K

L18

80RH

L18

80RH

R10 10KR10 10K

0.1uF

TP18TP18

L21 1KRHL21 1KRH

C20 0.1uFC20 0.1uF

R29 3K9R29 3K9

L6 80RHL6 80RH

R11 10KR11 10K

TP52TP52

L8 80RHL8 80RH

AT24C02

1A1

2A2

3GND

VCC 8

WP 7

SCL 6

SDA 5

R24 2KR24 2K

L24 1KRHL24 1KRH

0.1uF

R57

L23 1KRHL23 1KRH

R14 10KR14 10K

L22 1KRHL22 1KRH

L16

TP54TP54

C24

0.1uF

C24

0.1uF

R49 0R

R43 220R43 220

L29 1KRHL29 1KRH

R47 220R47 220

L25 1KRHL25 1KRH

EC12

100uF/10V

EC12

100uF/10V

C10

0.1uF

C10

0.1uF

L19 80RHL19 80RH

EC5

100uF/10V

EC5

100uF/10V

IC1

8563S

IC1

8563S

VDD

8OI 1

COUT

7OO 2

SCL

6INT1 3

SDA

5VSS 4

EC9 2.2uF/50VEC9 2.2uF/50V

R30 1KR30 1K

C34

0.1uF

C34

0.1uF

C28

220PF

C28

220PF

EC1

47uF/16V

EC1

47uF/16V

C37

0.1uF

C37

0.1uF

R44 220R44 220

ZD1

5.6V

ZD1

5.6V

TP17TP17

R21 10KR21 10K

C51 5PFC51 5PF

R32 0RR32 0R

L26 1KRHL26 1KRH

TP42TP42

C114

0.1uF

C114

0.1uF

R112 10KR112 10K

C44100PF C44100PF

EC28

10uF/10V

EC28

10uF/10V

L27 1KRHL27 1KRH

C13 0.1uFC13 0.1uF

L2 33uHL2 33uH

EC13

10uF/16V

EC13

10uF/16V

ALi_M5677

GPIOD6 71

GPIOD0 65

AVSS18_1

VTP

AVDD18_LDO

GND_CORE

LDO

XTALI_32K

GPIOA7/LCD_SEG2

GPIOH0/DOCD_DATO 93

GPIOE3 76

PRSTB 100

GPIOC3/LCD_SEG9

GPIOD3 68

GPIOG2/SDD3 87

GPIOC5/LCD_SEG11

GPIOH5/SFCSB 98

GPIOA6/LCD_SEG1

GPIOH1/DOCK_DAT1 94

GPIOH2/DOCD_CLK 95

GPIOA4/LCD_COM3

GPIOE1 74

MPXOUT2

VDD_PAD

COSP

GPIOH7/FM_32K 101

GPIOF1/SDCLK 82

GPIOF2 83

LINEOUTL

TP2

GPIOE0 73

VTB

XTALO_32K

GPIOE2 75

AVDD33_2

TELP

GPIOH3/SFDO 96

GPIOD5 70

GPIOB5/LCD_SEG3

GPIOG4 89

GPIOA5/LCD_SEG0

AVDD333_AUD

AVSS33_LDO_GND

VDD_PAD 86

GPIOA2/LCD_COM1

GPIOD7 72

GPIOD2 67

V12

AVDD33_3

AVSS33_CKG

MPXOUT1

AVSS33_3

GPIOA3/LCD_COM2

GPIOI0/I2CM_CLK 102

GPIOC2/LCD_SEG8

VDD_CORE

GPIOE7/SDD1 80

GPIOG7 92

AVDD33_LDO

GPIOF0/SDD0 81

GPIOC0/LCD_SEG6

VREF

GPIOD1 66

GPIOG3/SDD2 88

GPIOC6/LCD_SEG12

AVSS33_2

GPIOC7/LCD-SEG13

GPIOB6/LCD_SEG4

GND_PAD

GPIOH4/SFD1 97

XAMIN

GPIOA1/LCD_COM0

GPIOE6 79

GPIOC1/LCD_SEG7

GPIOH6/SFCLK 99

GPIOG5 90

HAVC

COSN

TP1

GPIOB7/LCD_SEG5

GPIOE4 77

GPIOD4 69

GPIOC4/LCD_SEG10

AVDD18_LD0

MPXOUT3

GPIOG6 91

GPIOE5 78

AVDD18_1

GPIOI1/I2CM_DAT 103

GPIOI2/IRC 104

GPIOI3 105

GPIOI4 106

GPIOI5 107

GPIOI6 108

GPIOI7/URTX 109

GPIOJ0/URRX 110

GPIOJ1 111

VDD_PAD 114

GND-CORE 115

VDD_CORE 116

BTN_ADIN1 117

BTN_ADIN2 118

BTN_ADIN3 119

VREF16 120

FMO 121

AVD33_1 122

DMO 123

AVSS33_1 124

GPWM 125

FOO 126

TRO 127

MDI 128

AFMIN

29 AVDD33_CKG

LINEOUTR

37 AVDD33_AUD_GND

GPIOF3/SDCMD 84

GND_PAD 85

GPIOJ2 112

GND_PAD 113

75K/1%

R119

75K/1%

R119

7-1 Main Board Circuit Diagram

D D

C C

B B

A A

TUNER_XI

TU_ROUT FM_R

TUNER_XI

A_MUTE

TU_LOUT

TUNER_SCLK

TUNER_XO

A+9V

TU_LOUT

TUNER_XO

FMI

TU_RST

I2C_SCL

I2C_SDA

TU_ROUT

FM_L

TUNER_SDIO

TUNER_SEN

TU_RST

I2C_SCL

I2C_SDA

GND

A_MUTE

AUXIN_DET

OUT_R

OUT_L

-P9V

CD_L

CD_R

I2C_SDA

I2C_SCL

A+9V

A-9V

VCC

LINE_R

LINE_L

+P9V

VCC

CD_R

LINE_R

FM_R

CD_L

LINE_L

FM_L

A-9V

A+9V

+P9V

OUT_L

OUT_R

+9V

FMI

TU_3V3

AUX_DET

A-9V A-9V

A+9V A+9V

AUXIN_DET

AUX_DET

-P9V

+9V

+9V VCC

TU_3V3

-P9V+P9V

I2C_SCL (1)

I2C_SDA (1)

TU_RST (1)

AUXIN_DET (1)

A_MUTE (3)

OUT_R (3)

OUT_L (3)

+P9V (3,4)

-P9V (1,3,4)

VCC (1,4)

CD_L (1)

CD_R (1)

GND (1,3,4)

+9V (4)

AUX_DET (1)

OFF-PAGE

TUNER Audio OP

MUTE_CIRCUIT

POWER CONNECTION

CTRL CONNECTION

AUDIO CONNECTION

DATA CONNECTION

C660.1uF C660.1uF

R79 1KR79 1K

C54

22pF

C54

22pF

R107

R184 NCR184 NC

C109 NCC109 NC

R61 10RR61 10R

R106

R75 100R75 100

R111

100K

R111

100K

R110

47K

R110

47K

R62

10K

R62

10K

C59

470pF

C59

470pF

C84

220PF

C84

220PF

SI4702

1FMI

2FRGND

3AMI

4RST

SEN

6SCLK

7SDIO

8RCLK

9VIO

VDD 11

GND 12

ROUT 13

LOUT 14

NC 15

NC 16

P3 17

P2 18

P1 19

NC 20

C96

0.33uF

C96

0.33uF

C52 100pFC52 100pF

FB5 1000RFB5 1000R

BAT54C

EC27

100uF/16v

EC27

100uF/16v

C93

0.15uF

C93

0.15uF

C75 4.7UFC75 4.7UF

C80

0.1UF

C80

0.1UF

R138 NCR138 NC

PT2314E

VDD 1

AGND 2

TREB_L 3

TREB_R 4

RIN 5

ROUT 6

ROUD_R 7

RIN4 8

RIN3 9

RIN2 10

RIN1 11

LOUD_L 12

LIN4 13

LIN3 14

LIN2

LIN1

LIN

LOUT

BIN_L

BOUT_R

BIN_R

BOUT_L

OUT_R

OUT_L

DGND

DATA

CLK

REF

U5B

NJM4558

U5B

NJM4558

8 4

C70

1000pF

C70

1000pF

3906

C100 4.7UFC100 4.7UF

C76 4.7UFC76 4.7UF

TP32TP32

R80

100K

R80

100K

R64 1KR64 1K

R77

10K

R77

10K

U5A

NJM4558

U5A

NJM4558

8 4

U21B

8 4

EC21

100uF/16V

EC21

100uF/16V

ZD4

5.1V/1%

ZD4

5.1V/1%

C73 4.7UFC73 4.7UF

C103

0.1uF

C103

0.1uF

C102

470PF

C102

470PF

C139

47PF

C139

47PF

C53

22pF

C53

22pF

TP43TP43

EC232.2uF/50V

R93

100K

R93

100K

R102 100R102 100

32.768KHZ

R82 11KR82 11K

C63 100pFC63 100pF

C174

R112

100K

R112

100K

C81

0.33uF

C81

0.33uF

R109

47K

R109

47K

TP48TP48

C82

272PF

C82

272PF

R86 10KR86 10K

R101

200K

R101

200K

R94

27K

R94

27K

R108 470RR108 470R

R59 20KR59 20K

R88 75RR88 75R

C111 NCC111 NC

C68 4.7UFC68 4.7UF

TP33TP33

C55 4.7UFC55 4.7UF

R76 100R76 100

R89 11KR89 11K

C58

0.1uF

C58

0.1uF

C91 4.7UFC91 4.7UF

C168

47PF

C168

47PF

S8050

FB4 1000RFB4 1000R

R85

100R

R85

100R

C67

0.01uF

C67

0.01uF

C173

JR3 0RJR3 0R

U8A

8 4

C69 4.7UFC69 4.7UF

C101

470PF

C101

470PF

R83 3.9KR83 3.9K

C57

1000pF

C57

1000pF

R70

10K

R70

10K

C95

0.15uF

C95

0.15uF

FB1 80RHFB1 80RH

C74 4.7UFC74 4.7UF

C83

272PF

C83

272PF

FB2 270nHFB2 270nH

R91

27K

R91

27K R98

100K

R98

100K

R71

10K

R71

10K

R216 NCR216 NC

R72

220R

R72

220R

R145

C92

0.22uF

C92

0.22uF

BAV99

EC242.2uF/50V

R67 100RR67 100R

C94

0.22uF

C94

0.22uF

C104

0.1uF

C104

0.1uF

R95

100K

R95

100K

C78

0.1uF

C78

0.1uF

EC25

22uF/16v

EC25

22uF/16v

C182 100pFC182 100pF

C61

1uF

C61

1uF

R65

100K

R65

100K

R105 470RR105 470R

C60 100pF

C56 4.7UFC56 4.7UF

C79

0.1UF

C79

0.1UF

R90 3.9KR90 3.9K

C62

1uF

C62

1uF

CON5

3PIN/2.0mm

CON5

3PIN/2.0mm

R66

100k

R66

100k

C65

10uF

C65

10uF

C98

100PF

C98

100PF

EC20

47uF/10V

EC20

47uF/10V

R104

5.6K

R104

5.6K

R63

5.1K

R63

5.1K

R84 4.7KR84 4.7K

C160 NCC160 NC

EC32

R115 NCR115 NC

FB3

80R/100MHz

FB3

80R/100MHz

R100 100R100 100

3906

2 3

FB6 1000RFB6 1000R

R124 NCR124 NC

R81

100k

R81

100k

C72

470pF

C72

470pF

C89

470PF

C89

470PF

CE1

100uF/10V

CE1

100uF/10V

C86

470PF

C86

470PF

R87 10KR87 10K

EC22

220uF/16V

EC22

220uF/16V

C110 NCC110 NC

R73 20KR73 20K

R9 10RR9 10R

FB16 3*9FB16 3*9

C97

100PF

C97

100PF

R74100R R74100R

C88

R78

5.1K

R78

5.1K

C87

220PF

C87

220PF

C64

0.1uF

C64

0.1uF

R92

100K

R92

100K

R99 4.7KR99 4.7K

C85

C99 4.7UFC99 4.7UF

R60 100RR60 100R

R69

10K

R69

10K

ZD5

9.1V

ZD5

9.1V

R96 1KR96 1K

ZD3

3.9V

ZD3

3.9V

EC26

220uF/16v

EC26

220uF/16v

R103

5.6K

R103

5.6K

C77 4.7UFC77 4.7UF

R68

10K

R68

10K

Main Board Circuit Diagram

Tabla de contenidos

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Philips FWD798/98 Manual de funcionamiento

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Philips FW390C Manual de usuario

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Philips AZ2405s Manual de usuario

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Philips FW-C355 Manual de usuario

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Philips AZ 2415 Manual de usuario

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Philips FW17 Manual de usuario

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Philips FWM185/98 Manual de usuario

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Philips FWD 798 Manual de usuario

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