Kyocera TASKalfa 3050ci Service Manual page 601

No.2 (30 ppm model)
YC11
SGND 64
CLK 63
SGND 62
SDI 61
SGND 60
SDO 59
SGND 58
MSET _ N 57
SGND 56
IDD _ CS _ Y 55
EEPROM _ CS _ Y 54
IDD _ CS _ C 53
EEPROM _ CS _ C 52
IDD _ CS _ M
51
EEPROM _ CS _ M
50
IDD _ CS _ 2 _ BK
49
EEPROM_CS_2_BK 48
IDD _ CS _ 1 _ BK
47
EEPROM _ CS _ 1 _ BK
46
SGND 45
INT _ ST _ Y
44
PALA _ STG _ P0 _ Y
43
PALA _ STG _ P1 _ Y
42
PALA _ STG P2 _ Y
41
GAIN _ FIX _ Y
40
SGND 39
DATA _ 2N _ Y(LVDS)
38
DATA _ 2P _ Y(LVDS)
37
SGND 36
INT _ ST _ C
35
PALA _ STG _ P0 _ C
34
PALA_STG _ P1 _ C
33
PALA _ STG _ P2 _ C
32
GAIN _ FIX _ C
31
SGND 30
DATA _ 2N _ C(LVDS)
29
DATA _ 2P _ C(LVDS)
28
SGND 27
INT _ ST _ M 26
PALA _ STG _ P0 _ M 25
PALA _ STG _ P1 _ M
24
PALA _ STG _ P2 _ M 23
GAIN _ FIX_M 22
SGND 21
DATA _ 2N _ M(LVDS) 20
DATA _ 2P _ M(LVDS)
19
SGND 18
DATA _ 3N _ BK(LVDS)
17
DATA _ 3P _ BK(LVDS)
16
SGND 15
DATA _ 4N _ BK(LVDS) 14
DATA _ 4P _ BK(LVDS)
13
SGND 12
PARA _ SIG _ P3 _ 2 _ BK
11
INT _ ST _ 2 _ BK
10
INT _ ST _ 1 _ BK
9
PARA _ SIG _ P0 _ BK
8
PARA _ SIG _ P1 _ BK
7
PARA _ SIG _ P2 _ BK
6
GAIN _ FIX _ BK
5
SGND 4
DATA _ 2N _ BK(LVDS)
3
DATA _ 2P _ BK(LVDS)
2
SGND 1
YC12
YC2
SGND 60 60 1 1 SGND
BD _ Y BD _ Y
59 59 2 2
LSU _ TH _ Y LSU _ TH _ Y
58 58 3 3
CUALM _ Y
57 57 4 4 CUALM _ Y
PARA _ SIG _ P3 _ Y 56 56 5 5 PARA _ SIG _ P3 _ Y
PARA _ SIG _ P4 _ Y 55 55 6 6 PARA _ SIG _ P4 _ Y
SGND 54 54 7 7 SGND
SDCLK _ Y 53 53 8 8 SDCLK _ Y
SGND 52 52 9 9 SGND
DATA _ 1N _ Y(LVDS) 51 51 10 10 DATA _ 1N _ Y(LVDS)
DATA _ 1P _ Y(LVDS) 50 50 11 11 DATA _ 1P _ Y(LVDS)
SGND 49 49 12 12 SGND
REM _ Y REM _ Y
48 48 13 13
LOCK _ Y LOCK _ Y
47 47 14 14
CLK _ Y CLK _ Y
46 46 15 15
SGND 45 45 16 16 SGND
BD _ C BD _ C
44 44 17 17
LSU _ TH _ C LSU _ TH _ C
43 43 18 18
CUALM _ C CUALM _ C
42 42 19 19
PARA _ SIG _ P3 _ C PARA _ SIG _ P3 _ C
41 41 20 20
PARA _ SIG _ P4 _ C PARA _ SIG _ P4 _ C
40 40 21 21
SGND 39 39 22 22 SGND
SDCLK _ C SDCLK _ C
38 38 23 23
SGND 37 37 24 24 SGND
DATA _ 1N _ C(LVDS) DATA _ 1N _ C(LVDS)
36 36 25 25
DATA _ 1P _ C(LVDS) DATA _ 1P _ C(LVDS)
35 35 26 26
SGND 34 34 27 27 SGND
REM _ C REM _ C
33 33 28 28
LOCK _ C LOCK _ C
32 32 29 29
CLK _ C CLK _ C
31 31 30 30
SGND 30 30 31 31 SGND
BD _ M BD _ M
29 29 32 32
LSU _ TH _ M LSU _ TH _ M
28 28 33 33
CUALM _ M CUALM _ M
27 27 34 34
PARA _ SIG _ P3 _ M PARA _ SIG _ P3 _ M
26 26 35 35
PARA _ SIG _ P4 _ M
25 25 36 36 PARA _ SIG _ P4 _ M
SGND 24 24 37 37 SGND
SDCLK _ M SDCLK _ M
23 23 38 38
SGND 22 22 39 39 SGND
DATA _ 1N _ M(LVDS) 21 21 40 40 DATA _ 1N _ M(LVDS)
DATA _ 1P _ M(LVDS) DATA _ 1P _ M(LVDS)
20 20 41 41
SGND 19 19 42 42 SGND
REM _ M 18 18 43 43 REM _ M
LOCK _ M LOCK _ M
17 17 44 44
CLK _ M
16 16 45 45 CLK _ M
SGND 15 15 46 46 SGND
BD _ BK BD _ BK
14 14 47 47
LSU _ TH _ BK LSU _ TH _ BK
13 13 48 48
CUALM _ BK CUALM _ BK
12 12 49 49
PARA _ SIG _ P3 _ BK PARA _ SIG _ P3 _ BK
11 11 50 50
PARA _ SIG _ P4 _ BK PARA _ SIG _ P4 _ BK
10 10 51 51
SGND 9 9 52 52 SGND
SDCLK _ BK SDCLK _ BK
8 8 53 53
SGND 7 7 54 54 SGND
DATA _ 1N _ BK(LVDS) DATA _ 1N _ BK(LVDS)
6 6 55 55
DATA _ 1P _ BK(LVDS) DATA _ 1P _ BK(LVDS)
5 5 56 56
SGND 4 4 57 57 SGND
REM _ BK REM _ BK
3 3 58 58
LOCK _ BK LOCK _ BK
2 2 59 59
CLK _ BK CLK _ BK
1 1 60 60
GND
+5V
APCPWB-K
YC1
YC3
SGND 1 1 10 10 SGND
BD _ BK BD _ BK
2 2 9 9
LSU _ TH _ BK LSU _ TH _ BK
3 3 8 8
5V 4 4 7 7 5V
NC 5 5 6 6 NC
ENABLE _ BK ENABLE _ BK
6 6 5 5
S/H _ BK S/H _ BK
7 7 4 4
VCONT _ BK VCONT _ BK
8 8 3 3
DATA _ 1N _ BK(LVDS) DATA _ 1N _ BK(LVDS)
9 9 2 2
DATA _ 1P _ BK(LVDS) 10 DATA _ 1P _ BK(LVDS)
10 1 1
YC4
24V 1 1
PGND 2 2
REM Bk 3
3
LOCK Bk 4 4
CLK Bk 5 5
GND
+5V
APCPWB-M
YC5 YC1
SGND 1 1 10 10 SGND
BD _ M BD _ M
2 2 9 9
LSU _ TH _ M LSU _ TH _ M
3 3 8 8
5V 4 4 7 7 5V
5 5
NC 6 6 NC
ENABLE _ M ENABLE _ M
6 6 5 5
S/H _ M S/H _ M
7 7 4 4
VCONT _ M VCONT _ M
8 8 3 3
DATA _ 1N _ M(LVDS) DATA _ 1N _ M(LVDS)
9 9 2 2
DATA _ 1P _ M(LVDS) DATA _ 1P _ M(LVDS)
10 10 1 1
YC6
24V 1 1
PGND 2 2
REM M 3 3
LOCK M 4 4
CLK M 5 5
YC1
+24V1 1 1 1
+24V1 2 2 2
GND 3 3 3
GND 4 4 4
+5V1 5 5
+5V1 6 6
GND 7 7
GND 8 8
6
5
4
3
2
1
1 2 2
LSUCM
Relay
2 1 1
YC3
1 1 4 4 GND
TH 2 2 3 3 TH
PDPWB-K
BD 3 3 2 2 PD
4 4 1 1 +5V
ENABLE _ C
DATA _ 1N _ C(LVDS)
DATA _ 1P _ C(LVDS)
5 5 +24V
4 4 GND
3 3 START/STOP
PM-K
2 2 LOCKED
1 1
EXT.CLOCK
YC2
1 1 4 4 GND
TH 2 2 3 3 TH
PDPWB-M
PD 3 3 2 2 PD
4 4 1 1 +5V
ENABLE _ Y
DATA _ 1N _ Y(LVDS)
DATA _ 1P _ Y(LVDS)
5 5 +24V
4 4 GND
3 3 START/STOP
PM-M
2 2 LOCKED
1 1 EXT.CLOCK
LSURPWB
YC7
1 +24V1
PSPWB
2 +24V1
3 GND
4 GND
YC15
+5V _ AN
6
+5V _ AN
5
4 GND
3 GND
2 +3.3V2
EPWB
1 GND
YC21
DR _ CW
2
DR _ CCW
1
2-4-14
YC2
GND 1
TH 2
PD 3
+5V 4
APCPWB-C
YC1
YC7
SGND 1 1 10 10 SGND
BD _ C BD _ C
2 2 9 9
LSU _ TH _ C LSU _ TH _ C
3 3 8 8
5V 4 4 7 7 5V
NC 5 5 6 6 NC
ENABLE _ C
6 6 5 5
S/H _ C S/H _ C
7 7 4 4
VCONT _ C VCONT _ C
8 8 3 3
DATA _ 1N _ C(LVDS)
9 9 2 2
DATA _ 1P _ C(LVDS)
10 10 1 1
YC8
24V 1 1
PGND 2 2
REM C 3 3
LOCK C 4 4
CLK C 5 5
YC2
GND 1
TH 2
PD 3
+5V 4
APCPWB-Y
YC9 YC1
SGND 1 1 10 10 SGND
BD _ Y BD _ Y
2 2 9 9
LSU _ TH _ Y LSU _ TH _ Y
3 3 8 8
5V 4 4 7 7 5V
5 5
NC 6 6 NC
ENABLE _ Y
6 6 5 5
S/H _ Y S/H _ Y
7 7 4 4
VCONT _ Y VCONT _ Y
8 8 3 3
DATA _ 1N _ Y(LVDS)
9 9 2 2
DATA _ 1P _ Y(LVDS)
10 10 1 1
YC10
24V 1 1
PGND 2 2
REM Y 3 3
LOCK Y 4 4
CLK Y 5 5
2LK/2LN/2LM/2LC
1 4 4 GND
2 3 3 TH
PDPWB-C
3 2 2 PD
4 1 1 +5V
5 5 +24V
4 4 GND
3 3 START/STOP
PM-C
2 2 LOCKED
1 1 EXT.CLOCK
1 4 4 GND
2 3 3 TH
PDPWB-Y
3 2 2 PD
4 1 1 +5V
5 5 +24V
4 4 GND
3 3 START/STOP
PM-Y
2 2 LOCKED
1 1 EXT.CLOCK