Circuit Diagrams and PWB Layouts
59
L04HU AA
7.
Interface Module
EPS1B
A10
(optional)
A5
A9
A5
A5
I1
TO CHASSIS
CON 1 692
CON 1 582
CON 1 220
TO CHASSIS
TO CHASSIS
To SP/ UIR
Co nne ctor
12 59 & 12 40
TO CHASSIS
CON 1 213
A5
TO CHASSIS
CON 1 219
A8
TO CHASSIS
CON 1 23 6
To Clo ck
Pa nel Con
02 37
32 PIN SMART CARD
CONNECTOR
17
1
32
16
3139 188 6147.1
J1
INTERFACE MODULE
1
2
3
4
5
02 28
EH-B(5 )
+5 V
37 40
22 0R
670
3
BZ
X
7
9
-C5
V
1
-
N
L
+
270
3
100
u-
N
L
+5 V
37 38
6K8
37 05
47 K
670
2
BA
S
2
1
6
27 04
1u
37 06
47 K
77 11
BC847 B
37 04
1K
77 12
BC847 B
37 01
22 K
37 02
22 K
37 00
4K7
27 01
10 0n
1
GND
3
VC
C
2
Reset
77 10
DS181 3R- 5
27 02
1u
27 00
1u
AGND
AGND
AGND
USA ONLY
AGND
AGND
+5 V
+5 V
+5 V
AGND
AGND
AGND
AGND
AGND
EUROPE &
AP ONLY
1
2
3
4
5
16 92
EH-B(5 )
1
2
3
4
5
6
7
8
9
12 59
EH-B(9 )
1
2
3
4
02 37
EH-B(4 )
40 12
0R0
37 45
10 K
37 16
10 K
+5 V
AGND
+5 V
+5 V
AGND
+5 V
37 08
47 K
1
2
3
77 01
BC847 B
+5 V
AGND
37 10
47 K
37 15
10 0R
37 07
10 K
1
2
3
77 00
BC847 B
AGND
670
4
B
Z
X
2
84-
C
8
V
2
AGND
670
6
B
Z
X
2
84-
C
8
V
2
AGND
37 43
10 0R
37 44
10 0R
37 17
10 K
+5 V
37 29
4k 7
+5 V
27 12
10 0p
27 11
10 0p
AGND
EGND
37 22
4K7
77 06
BC847
+5 V
AGND
+5 V
37 21
4K7
27 15
68 P
372
5
10K
37 24
10 K
37 41
1K
77 16
BC847 B
77 08
BC847 B
+5 V
37 31
82 0R
37 54
75 R
EGND
3.3 Vep s
1
GND_ POWER
2
+1 2Ve ps
3
GND I IC
4
IR_dat a
5
POR
6
CLK
7
DATA_IN
8
DATA_OUT
9
5Veps
10
HSYNC_OUT
11
VSYNC_OUT
12
GND_ CVBS_i n
13
SCL
14
SDA
15
Re serv ed
16
B_ in
17
G_ in
18
R_ in
19
FBL_i n
20
GND_ CVBS_o ut
21
CVBS_Ou t
22
NC
23
Re serv ed
24
NC
25
GND_ Aud io_i n
26
F_ R_a ud_ out
27
F_ L_a ud_ out
28
R_ aud io_i n
29
L_ aud io_i n
30
Y_ vid eo_i n
31
C_ vid eo_i n
32
18 00
32 PIN CONN
AGND
+1 2Ve ps
EGND
EGND
DGND
1
2
3
12 15
EH-B(3 )-NL
Au dio _R_ out
Au dio _L_ out
GND
DGND
1
2
3
4
5
6
12 27
EP-B(6 )
Au dio _R_ out
Au dio _L_ out
GND
GND
DGND
27 10
10 0n
37 33
47 K
DGND
27 09
10 0n
37 34
47 K
DGND
37 35
75 R-NL
EGND
37 36
75 R
EGND
L2 -in/mon o
R2 -in
G
B
R
GND
GND
GND
FBL
SC
SDA
SCL
+5 V
GND
TO CHASSIS
CON 1 212 & 1 229 /17 29
Europe only
+5 Vep s
To EPS 02 28
GND
GND
+1 2Ve ps
+3 .3Veps
IR
GND
Da ta Out/SDA
Da ta In
Cl ock
GND
IR
STDBY
GND
5Vs
Cl ock Disa ble
POR
Da ta Out/SDA
Da ta In
Cl ock
SCL
GND
Y/ CVBS
TO CHASSIS
12 27 & 12 36
1
17 75
LV-NL
AGND
90 20
0R0
+5 V
57 05
56 u
(Black)
(Black)
(Red)
+5 V
+3 V3
77 02
BC337
37 03
1K
AGND
VD
HD
CVBSO
77 05
BC847
Ci n
37 53
22 0R
37 50
22 0R
37 55
36 K
37 56
RES
27 16
1u F
27 05
22 pF
+1 2V
EGND
+1 2V
902
3
0R
0
27 06
22 pF
17 27&173 6
27 07
22 pF
EGND
+6 Vs
GND
+6 V
+9 V(st atus )
+3 .3V
V_ aux
V_ aux
V_ aux _gn d
+5 V
40 11
0R0
1
2
3
4
5
6
7
8
9
10
12 12
1
2
3
4
12 19
BLACK
GND
1
2
3
15 34
White
1
2
3
4
5
6
12 20
White
+5 V
1
2
3
4
5
6
7
12 13
EH-B(7 )
Std by_ con
77 17
BC847 B
77 18
BC847 B
77 19
BC327 -25
37 491K
37 48
15 0K
374
7
10K
27 17
res erve
AGND
40 13
0R0
37 58
10 K
67 08
SB140
67 09
SB140
67 07
SB140
27 18
6.8 u
37 59
1K
37 61
10 K
37 60
10 K
+5 V
37 18
9.1 K, 1%
AGND
37 19
3.9 K, 1%
HSYNC
37 51
16 K, 1 %
+5 V
27 14
2n 2,Po l Cap
37 20
2.2 K, 1%
+5 V
375
2
2K
2,
5%
37 62
10 0R, 5%
AGND
+
5
-
6
7
8
4
77 20B
LM39 3
27 20
10 0nF
27 19
10 0nF
AGND
+
3
-
2
1
8
4
77 20A
LM39 3
+5 V
+5 V
AGND
AGND
AGND
27 21
22 0pF
37 46
10 K
+5 V
AP
4011
4012
N
N
N
N
Y
Y
(Black)
NAFTA
EU
*
*
*
E_14820_032.eps
210904
