Decoder Board - Philips HSB2313 Service Manual

Decoder Board -- Circuit Diagram -- Part3
MCU+5V
A5V
J4
L32 FB
11
AD_KEY
10
MCU+5V
9
8
7 VFD_CLK
6 VFD_DATA
VFD_STB
5
REMOTE MSDA
4
MSCL
3 ECO_POWER
2
1 -3V
CON2.0-11
J6
1
2
3
4
CON2.0-4
J15
SII_HDMIHPD0
1
2 SII_HDMIHPD1
3 SII_HDMIEEPEN
SII_HDMIEEPSEL
4
SII_HDMIRST
5
6
CON2.0-6 MCU+5V L17
CPU5V
-3V
1
CEC3V3
J16 2
3 R69
4 VIDEO_ON
AUX_DET CE17 + C31 10K
5
4052_B 220uF/16V 0.1uF
6
4052_A
7
8 MSDA
9 MSCL
10 FM_RST
11
CON2.0-11
J2
1 USB_VCC
USB_P
2
USB_M
3
4
CON2.0-4
TP29
MCU+5V
TP30
U22 CX1117-ADJ
3 2
IN OUT1
4
OUT2
CB133
0.1uF SOT223
A5V
L14 FB U9 CX1117-ADJ
3 2
IN OUT1
4
OUT2
+ CE14 CB38 SOT223
220uF/16V
0.1uF
9-3
CPU5V
R44 NC/10K STANDBY MSDA
R46 NC/10K ECO_POWER
MSDA
R47 3.3K MSCL
R48 68K MSCL
U10 R162 22K DVD_ON
24C02 R163 10K XOUT
R49 330 R164 10K XIN CPU5V
5 4
SDA GND
9950_MAIN_SCL
R50 330 6 3 R303 10K
SCL A2
9950_MAIN_SDA
7 2 R304 10K
TEST A1
CPU5V 8 1
VDD A0
Y5
32.768KHz
XTAL32768IN XTAL32768OUT
C116 C117
15pF 15pF
1
NC
SCLK
R57 33 2
SCLK
DVD_ON R58 100 3
DVD_ON
SSDA R61 33
4
SSDA
R230 33 5
MODE
XTAL32768IN 6
XCIAN
XTAL32768OUT
7
XCOUT
8
RST
XOUT 9
XOUT
10
VSS
XIN
11
XIN
10uH 12
VCC
13
M_OPEN
R68 NC/4.7K
Y3
D4
1N4148 NC/20MHz
REST C32 C33
NC/30pF NC/30pF
C34
1uF
CEC3V3
L53 FB NXPHDMI_RXD# R312 0 NXPHDMI_RXD
NXPHDMI_TXD# NXPHDMI_TXD
R313 0
MSDA
R314 NC/0
MSCL R315 NC/0
R260
+ CE55 CB120
1.2K
47uF/16V 0.1uF
R263
2K
R166
10K
VDO_3.3V
Q6
L15 FB A 5 V 1
R169 8550,DIP
10K
R51
+ CE15 CB39
1.2K
220uF/16V 0.1uF
R171
R52
2K R172
USB_ON 4.7K Q7
2
3904
CB106
1uF
U8
PCF8563
R43 330
5 4
SDA VSS
R45 330 6 3
SCL INT
7 2
CLK OSCO
D6 1N4148 Y2
32.768KHz
1 2 8 1
VDD OSCI
C23 15pF
+ CE42
R305
470uF/10v
10M
U12
R5F21258
R8C2425-LQFP52
39
NC
USB_DET NXPHDMI_RXD
38 R187 330 1
AD0
NXPHDMI_TXD 2
37 R59 33 MSCL 9950_MAIN_SCL 3
MSCL
9950_MAIN_SDA
4
R62 33 MSDA TDA9950_INT
36 5
MSDA
HDMI_NO
6
ECO_POWER 9950_RST
35 R63 33 7
ECO_POWER
8
34 R241 33 9950_MAIN_SCL
LED_CTRL
R188 33 9950_MAIN_SDA CON2.0-8
33
MUTE_LINE
D3 1N4148
MUTE_CPU
32 1 2
MUTE_MCU
31 R65 330 STANDBY
STANDBY
30
DAB_SW
29
TX2(ROTA3)
28
RX2(ROTB3)
R67 33 TDA9950_INT
27
ROTB1
R246
4.7K
PWM_SW+
R252
4.7K
PWM_SW-
R256
22K
C118 R261 33
MSCL D8
1uF R262 33
MSDA D9
REST_3000
CE56 10u/16V
R167 SW_IN CE58 10u/16V
1K USB_DET
C104
3 U S B _ V C C 180pF
CE43
+
CB105
47uF/16V 0.1uF
560
9-3
2328_DET
2328_DET
PWM_SW+
PWM_SW+
PWM_SW-
PWM_SW-
SSDA
SSDA
SCLK
SCLK
MUTE_CPU
MUTE_CPU
DVD_ON
DVD_ON
5086_RST
5086_RST
STANDBY
STANDBY
MSDA
MSDA
MSCL
MSCL
C24 C25 C26 C27 C28 ECO_POWER
ECO_POWER 4
USB_P
USB_P
100pF 100pF NC/100pF NC/100pF NC/100pF USB_M
USB_M
J14
GVDD+12V
L52 FB
+ CE51
220uF/16V
R244
C98 100pF 3.3K
R245 27K
C99 82pF
R247
27K R248 R249
10K 22K
2
1 6
3 7
5
C100
U21A
C101
C4558 U21B
681pF
C4558
1000pF
4558_12V CB118
4558_12V
1uF
R253 R254 R255
27K 27K 220K
4558_VREF 4558_VREF
C103 C102
100pF
681pF
VDO_3.3V
R257 R258
CB119 + CE54 R259
4.7K 4.7K
U23 0.1uF 220uF/16V 10
2 1 1N4148 7 11
SCL DVDD
1N4148
2 1 8 12
SDA DVSS
6 5
RESET AVDD
2 14
INL OUTL
3 13
INR OUTR
10
OSC0
C105 R264 100K
9
OSC1
180pF CB122 CE59
Y4 27MHz 16 15 + C106 R265
CAP MXBSOUT
0.1uF 22uF/16V 33pF NC/47K
1 4
REF0V AVSS
C108
C109 C110 C111 L54
MX3000 0.015uF
33pF 33pF 1uF 10uH
1
4
4
1
1
1,4
4
4
4
4
4
1
1
4558_12V
CB116 R240
0.1uF 6.2K
4558_VREF
CB117
R242 + CE52
0.1uF
6.2K 47uF/16V
CE53 R250
10uF/16V 1K
SW_IN
R251
47K
J17
SW_OUT
1
2
3 MUTE_CPU
STANDBY
4
CON2.0-4
CE57 10u/16V
SW_OUT
C107 R266 R267
33pF NC/47K NC/0