Circuit Diagrams and PWB Layouts
10.
SSB: PNX8543 - Stand-by Controller
O
XTAL
ALE
EA
6
7
0
1
2
3
7
0
1
2
3
4
5
P6
P0
P1
P2
P
3
PWM
6
7
0
1
2
3
4
V
SS
_XTAL
UA_RX
UA_TX
5
P
S
EN
MC
S
PI
0
1
2
3
4
5
0
1
RE
S
ET_IN
S
CL
S
DA
CLK
C
S
B
S
DI
S
DO
0
1
2
3
4
5
CADC
I
D
C
S
W
HOLD
V
SS
Q
VCC
C
S
CL
ADR
0
1
2
S
DA
WC
3
H07 C11
M24C64
1
3
N
F
C
8
11
6
1HF0 A4
2H00 C
3
3
H
3
0 D2
5
1
2
1
3
4
5
8
A
11
P
N
2H11 H7
2H12 H6
4
5
A
B
3
H01 E2
9
10
G
H
10
3
H02 B11
3
H0
3
B11
4
2H0
3
F6
2H10 D11
3
H5
8
D2
3
H0
8
C11
3
H10 B2
D
E
I
3
H6
8
B7
1
E
16
M
i
s
prohi
b
ited witho
u
t the written con
s
ent of the copyright
PNX
8
54
3
:
S
TANDBY CONTROLLER
3
H15 B1
3
H16 B2
5
9
10
3
H21 C2
3
H22 C1
3
3
H2
3
C1
19
1
8
3
1
2
3
H92-
3
G
3
All right
s
re
s
erved. Reprod
u
ction in whole or in p
a
rt
s
16
7
7
8
3
HD4 E1
3
3
H24 C2
3
H25 C1
3
15
1
3
14
7H11 H
8
3
H
3
1 D1
3
H
3
2 B11
A
B
C
3
H42 C1
3
H4
3
H7
3
H44 I4
D
E
F
3
H52 I1
3
3
H5
3
I1
3
3
H54 C7
G
H
I
2HF1 B
3
3
H00 E2
MAIN NVM
C
11
F
3
H05 B11
3
H06 C11
9H27 E
3
3
H60 D1
3
H64 D2
2H01 E
3
3
H1
3
B1
3
H14 B2
FHC6 H11
3
H69 C7
3
H70 E2
9
1
2
3
H7
8
-
3
H4
3
H7
8
-4 H4
3
H
8
6-1 F4
6
7
8
3
H
8
7-1 I2
3
H
8
7-2 I
3
3
H
8
7-
3
I
3
12
1
3
14
*
6
B
3
H92-4 H
3
3
HC2-1 H12
6
10
5
IH16 F5
6H10 H7
6HW2 F5
12
3
H27 C2
3
H2
8
C1
IH26 H4
7H14 F6
7H16-1 F5
I
20
L
7HC
3
H12
7HC4 H12
7HD0 E12
7
14
1
3
9H15 F11
9H25 E
3
9H26 E
3
2HC0 H1
3
2HD0 F12
2HF0 A
3
E
RE
S
L
A
O
3
H04 B11
*
3
H56 C7
IHW5 B5
9H2
8
H1
3
FH09 H12
3
H12 C12
3
H66 B7
3
H67 B7
IHWA C5
FHC7 I1
3
FHD0 E1
3
20
HOTEL TV
19
IH01 D11
IH02 D
3
IH0
3
D10
3
H17 B1
3
H19 B2
3
H20 C1
IH0
8
H5
IH09 C1
3
IH14 F5
B
4
1
8
3
H92-1 G4
3
H92-2 G4
IH15 C10
I
14
1
3
3
HC2-
3
H12
3
HC2-4 H1
3
IH
3
5 H7
IH17 G5
IH1
8
I4
3
H26 C1
7H02 D10
7H0
3
C1
3
O
IH
3
2 C10
IH
33
H7
3
H
3
6 D2
3
H
3
9 C2
3
H41 H6
IH
3
7 C10
IH91 H4
IH92 F9
3
H46 C2
3
H4
8
C1
3
H51 C2
IHW1 B4
IHW2 B4
IHW
3
B4
17
G
owner.
C
G
IHC1 H12
IHW6 B4
IHW9 B4
J
J
P
3
IHWB C4
IHWC C4
3
H65 B7
FHC2 I14
FHC
3
C5
IH00 D10
IHWD C4
IHWF C5
3
H72 G7
3
H7
8
-1 E6
3
H7
8
-2 E5
IH06 D10
IH07 D10
IHWH C4
3
H
8
6-2 F4
3
H
8
6-
3
F
3
3
H
8
6-4 F2
F
D
*
K
2
3
H
8
7-4 I4
H
9
W2
FHC1 H1
3
11
3
HC2-2 G12
IH21 I12
IH
3
4 G
8
FHD1 F11
FHD2 D1
3
7H00-6 A5
IHC2 G12
IHD0 F12
IHWG C4
IH04 G4
7H16-2 G5
7H9
3
-1 H5
7H9
3
-2 I5
IHWM D4
IHWN D5
9H05 D1
3
9H1
3
G
8
9H14 E11
H
12
M
K
2
IH19 F4
IH20 F7
17
IHW4 B4
D
IH
3
6 H7
AJ2
AF
3
AL5
AK5
AJ1
AK
3
AK1
AJ4
W
3
W1
AG1
AH5
AH4
AH
3
AH2
AH1
AK2
AK4
AE2
AJ
3
AG4
AG
3
AG2
AC4
AC
3
AE1
AD5
AD4
AD
3
AE5
AE4
AF4
AC2
AC1
AB
3
AB2
AB1
AD2
AD1
AC5
AF2
3
E
A
1
F
A
AN
3
AN2
AP2
AP1
10K
3
H0
8
7H00-6
PNX
8
54
3
9EH/M2/241
8
2
S
TANDBY
10K
3
H44
3
HD4
10K
3
H
3
1
10K
10K
3
H5
8
3
H92-1
10K
1
8
3
HC2-
3
3
6
10K
6H10
BA
S3
16
4
3
H65
100R
3
H92-4
10K
5
3
H51
10K
IHW2
10K
3
H01
IH0
3
IHC1
IHWH
IHC2
FHC
3
3
H42
RE
S
4
5
10K
10K
3
H
8
6-4
IH
3
5
IH19
10K
3
H2
3
6HW2
BA
S3
16
3
H
3
2
10K
IH02
IH
3
6
IH14
3
H70
100K
3
H02 RE
S
4K7
3
H52
100R
3
H5
3
100R
100R
3
H56
RE
S
+
3
V
3
-
S
TANDBY
3
H0
3
4K7
10K
3
H4
8
4K7
3
H72
3
H60
10K
+
3
V
3
-
S
TANDBY
+
3
V
3
-PER
IH91
3
INP
2
NC
4
OUTP
1
7H11
CD
5
GND
NCP
3
0
3
L
S
N
3
0
10K
3
H
8
6-1
1
8
6
1
7H9
3
-1
BC
8
47B
S
(COL)
2
3
H54
100R
1
IH17
NCP
3
0
3
L
S
N
3
0
7HD0
5
CD
3
GND
INP
2
4
NC
OUTP
RE
S
10K
3
H
3
6
IHW5
22p
2HF0
10K
3
H
8
7-4
4
5
9H2
8
RE
S
RE
S
2HC0
100n
IHW
3
+
3
V
3
-
S
TANDBY
2H11
100n
RE
S
3
H15
10K
EMC HOLE
1X0
3
9H14
IH21
9H27
+
3
V
3
-
S
TANDBY
IHW6
9H26
3
H
8
7-2
10K
2
7
1
FHD1
RE
S
3
H64
10K
1HF0
27M
10K
3
H04
RE
S
IHW4
3
H19
4K7
3
K
3
3
H4
3
3
4
IH
3
4
BC
8
47B
S
(COL)
7H9
3
-2
5
10K
3
H05
BC
8
47BW
1
3
2
+1V2-PNX5100
7H0
3
3
2
PDTC114EU
7H14
1
IHD0
+
3
V
3
-
S
TANDBY
IHWA
3
H69
100R
RE
S
9H15
FHC6
10K
3
H41
8
+1V2-PNX
8
5XX
IH15
3
H
8
7-1
10K
1
2
1
8
4
3
Φ
512K
FLA
S
H
M25P05-AVMN6
7H02
6
5
7
72
3
H92-2
10K
+
3
V
3
-
S
TANDBY
RE
S
6
3
3
H21
10K
3
H
8
6-
3
10K
100R
3
H66
45
10K
3
HC2-4
3
H
3
9
10K
FHC2
+
3
V
3
-
S
TANDBY
7HC4
BC
8
57BW
10K
3
H20
RE
S
9H05
FHC1
FHD0
IHW1
RE
S
2H10
100n
IH00
IH
3
7
2H01
100n
PNX
8
54
3
TV54
3
R2 LDIPNX
S
TANDBY CONTROLLER
A2
1
3
0
FHD2
3
200
8
-10-10
De P
au
w B
2009-01-29
ROYAL PHILIP
S
ELECTRONIC
S
N.V. 2005
2007-11-29
1
16
S
ETNAME
CHN
CLA
SS
_NO
S
UPER
S
.
3
NAME
DATE
CHECK
8
204 000
8
927
8
1
+5V
+
3
V
3
-PER
10K
3
HC2-1
IH1
8
IHWB
IH07
3
H1
3
10K
6
3
+5V
10K
3
H92-
3
3
HC2-2
10K
27
IH09
100n
2H12
2
6
1
RE
S
BC
8
47B
S
(COL)
7H16-1
IH26
3
H2
8
10K
3
6
10K
3
H7
8
-
3
4
7
RE
S
10K
3
H17
1
2
3
6
5
8
(
8
Kx
8
)
Φ
EEPROM
7HC
3
IH92
FHC7
100R
3
H6
8
2HF1
22p
IH01
RE
S
3
H24
10K
+
3
V
3
-
S
TANDBY
IH06
3
H16
10K
+
3
V
3
+
3
V
3
-
S
TANDBY
3
H22
4K7
+
3
V
3
-
S
TANDBY
IH
33
3
H67
100R
10K
3
H14 RE
S
7H16-2
BC
8
47B
S
(COL)
5
3
4
2HD0
100n
IH
3
2
IH16
IHWN
3
H00
10K
FH09
3
H27
10K
10K
3
H
3
0
RE
S
IHWF
IHWD
IHWC
9H25
IHWG
+
3
V
3
-PER
3
H25
10K
10K
3
H7
8
-2
72
IHWM
+
3
V
3
-PER
10K
3
H26
10K
6
3
54
3
H
8
7-
3
10K
3
H7
8
-4
3
H06
10K
IH04
3
H46
27K
IH0
8
2H0
3
1
u
0
10K
3
H07
+
3
V
3
-
S
TANDBY
9H1
3
IH20
2H00
1n0
3
H7
8
-1
10K
8
1
2
7
4K7
3
H12
10K
3
H
8
6-2
RE
S
10K
3
H10
IHW9
RE
S
S
DA-UP-MIP
S
S
CL-UP-MIP
S
RE
S
ET-
S
TBY
S
PI-CLK
S
PI-C
S
B
S
PI-
S
DI
S
PI-
S
DO
DETECT-12V
S
PI-WP
S
PI-PROG
BOLT-ON-T
S
-ENn
UART-
S
WITCH
RC-UP
RC
RC-OUT
RC-IN
RC-UP
RC
UART-
S
WITCH
RE
S
ET-ETHERNET
RE
S
ET-PNX5100
RE
S
ET-NVM
BOLT-ON-T
S
-ENn
WP-NANDFLA
S
H
POWER-OK
ENABLE-
3
V
3
LED1
RE
S
ET-NVM
RE
S
ET-
S
TBY
AUDIO-MUTE
RE
S
ET-AUDIO
S
DA-UP-MIP
S
LED1
LED2
TXD-UP
AV2-
S
TATU
S
DETECT2
DETECT1
LAMP-ON-OUT
LAMP-ON
S
PI-PROG
S
PI-WP
BOLT-ON-IO
BOLT-ON-IO
EJTAG-DETECT
LAMP-ON
S
TANDBY
DETECT1
DETECT2
POWER-OK
ENABLE-
3
V
3
AV1-
S
TATU
S
S
CL-UP-MIP
S
S
DA-UP-MIP
S
S
PI-CLK
S
PI-
S
DO
S
PI-
S
DI
S
PI-C
S
B
S
PI-WP
RXD-UP
TXD-UP
RE
S
ET-
S
Y
S
TEM
KEYBOARD
S
CL-UP-MIP
S
P
S
EN
ALE
EA
LED2
P
S
EN
ALE
EA
S
PI-
S
DI
RE
S
ET-NVM
RE
S
ET-PNX5100
RE
S
ET-ETHERNET
WP-NANDFLA
S
H
RE
S
ET-AUDIO
AUDIO-MUTE
MHP-
S
WITCH
S
UPPLY-FAULT
S
DM
RXD-UP
RE
S
ET-
S
Y
S
TEM
AV2-BLK
AV1-BLK
KEYBOARD
LIGHT-
S
EN
S
OR
RC-UP
REGIMBEAU_CVB
S
-
S
WITCH
CEC-HDMI
S
UPPLY-FAULT
S
DM
MHP-
S
WITCH
EJTAG-DETECT
LAMP-ON
S
TANDBY
DETECT1
DETECT2
RC-UP
REGIMBEAU_CVB
S
-
S
WITCH
CEC-HDMI
1
83
20_505_09072
8
.ep
s
09072
8