Kyocera TASKalfa 3550ci - Page 665

2LK/2LN/2LM/2LC
2-4-15
No.2 (35 ppm model/45 ppm model/55 ppm model)
9
10
+3.3V2
GND
9
10
+3.3V22
1
2
1
2
4 GND
3
4
+24V
11
PD2
+5V
START/STOP
LOCKED
EXT.CLOCK
5
5 +5V
_
AN
2DR
_
CW
1
DR
_
CCW
GND
1
4 4 GND
3 GND
33
GND
4 GND4
GND 8 8
+5V1 6 6
GND 7 7
+5V1 5 5
29 29DATA
_
2P
_
M(LVDS)
24V 1
4
1
8
7
5
6
3
SGND 30
4
2
28
SGND 27
1
3
2
30
1
2
9
7
6
8
5
9
12
13
12
10
11
10
14
15
14
17
16
17
25
24
25
23
22
23
19
12 12
16
19
18
17
5
22
21
2
24
2
11
1
4
3
2
7
5
6
24
25
26
27
32
2
SGND
28
29
30
31
30
25
32
30
33
34
11
29
38
34
24
25
26
27
23
28
40
46
13
2
5
6
9
12
7
10
1
9
8
4
3
5
6
2
47
CUALM
_
BK
PARA
_
SIG
_
P3
_
BK
PARA
_
SIG
_
P4
_
BK
SGND
LOCK
_
BK
CLK
_
BK
SDCLK
_
BK
SGND
DATA
_
1N
_
BK(LVDS)
DATA
_
1P
_
BK(LVDS)
SGND
REM
_
BK
SGND
DATA
_
1N
_
M(LVDS)
BD
_
BK
LSU
_
TH
_
BK
DATA
_
1P
_
M(LVDS)
SGND
REM
_
M
LOCK
_
M
CLK
_
M
SGND
6
10
9
SGND
LOCK
_
C
SGND
SDCLK
_
M
PARA
_
SIG
_
P3
_
M
SGND
BD
_
M
1
5
4
3
2
14
13
12
11
18
17
16
15
22
21
20
19
BD
_
C
SGND
24
23
LSU
_
TH
_
M
CUALM
_
M
DATA
_
1P
_
C(LVDS)
SDCLK
_
C
SGND
DATA
_
1N
_
C(LVDS)
SGND
REM
_
Y
CLK
_
Y
SGND
LOCK
_
Y
PARA
_
SIG
_
P3
_
Y
PARA
_
SIG
_
P4
_
Y
DATA
_
1P
_
Y(LVDS)
DATA
_
1N
_
Y(LVDS)
LSU
_
TH
_
Y
CUALM
_
Y
GAIN
_
FIX_M
SGND
SGND
DATA
_
2N
_
M(LVDS)
INT
_
ST
_
2
_
BK
DATA
_
2P
_
M(LVDS)
PARA
_
SIG
_
P3
_
2
_
BK
DATA
_
2P
_
BK(LVDS)
SGND
SGND
SGND
SDCLK
_
Y
PARA
_
SIG
_
P0
_
BK
PARA
_
SIG
_
P1
_
BK
PARA
_
SIG
_
P2
_
BK
BD
_
Y
54
GAIN
_
FIX
_
BK
DATA
_
2P
_
C(LVDS)
28
GAIN
_
FIX
_
C31
SGND 30
DATA
_
2N
_
C(LVDS) 29
37
12
3
32
1
2
3
55
11
30
29
28
27
30
13
16
18
22
1717
15
20
19
20
22
25
23
21
53
44
7
59
6
60
19
22
27
55
58
21
54
DATA
_
1P
_
Bk(LVDS)
21
DATA
_
1N
_
Bk(LVDS)
38
39
44
43
50
52
50
52
5151
46
48
49
SGND
42
41
40
LSU
_
TH
_
C
CUALM
_
C
PARA
_
SIG
_
P3
_
C
PARA
_
SIG
_
P4
_
C
25
REM
_
C
CLK
_
C
30
29
28
27
32
PARA
_
SIG
_
P4
_
M
31
47
46
26
13
35
33
14
15
16
41
34
11
27
29
26
20
28
22
24
16
15
13
12
14
17
56
55
18
44
23
48
49
19
21
43
57
58
11
53
5
12
15
10
8
14
20
35
26
25
30
23
34
33
28
15
19
18
16
56
6
7
8
9
59
63
62
61
22
4
3
4
21
15
10
13
14
7
8
14
11
9
11
12
LDD
_
CS 1 Bk
9 9
10
6
5V
20
8
10
9
23 23
PALA
_
SIG P3 Bk
PALA
_
SIG P4 Bk
13
1717
SDCLK Bk
2
3
4
1SGND
LSU
_
TH Bk
PALA
_
SIG P3
_
2Bk
BD Bk
35
36
31
36 36 29
31
40
28
38
30
39
37
26
27
57
GAIN
_
FIX
_
Y
SGND 39
PALA
_
STG
_
P0
_
C34
DATA
_
2N
_
Y(LVDS)
INT
_
ST
_
C35
SGND
40
4
3
8
45
42
43
63
1
58
38
34
36
33
37
35
43
PALA
_
STG
_
P1
_
Y4
2
2441
43
42
55
SDO 59
MSET
_
N57
SGND 56
IDD
_
CS
_
Y
SDI 61
SGND
SGND
51
46
47
50
49
48
40
39
38
37 37
39
REM M 3
36
35
33
36
31
PGND
2
25
EEPROM
_
CS
_
M
IDD
_
CS
_
2
_
BK
PALA
_
STG
_
P0
_
Y
40
PALA
_
STG P2
_
Y
41
EEPROM_CS_2_BK 48
46
INT
_
ST
_
Y
18
21
-
MSET
_
N
18 18
CUALM M
13
+24V1
39
40
45
46
43
44
41
42
39
1
2 2
+24V1
+24V12
3
8
7
52
53
7
GND
310
29
59
60
60
59
61
50
53
52
54
5
LOCK Bk
REM Bk 3
5V
5V
-
-
22
18
19
20
21
20
14
15
16
17
18
5V
11
CLK Bk
1
LSU
_
TH M63
6464
SGND
DATA
_
2N
_
BK(LVDS) 62
19
59
17
45
44
45
42
56
22
32 32
29
38
20
19
27
26
25
24
23
33
21
PALA_STG
_
P1
_
C
DATA
_
2P
_
Y(LVDS) 37
SGND
PALA
_
STG
_
P2
_
C
SGND
INT
_
ST
_
M
PALA
_
STG
_
P0
_
M
PALA
_
STG
_
P1
_
M
PALA
_
STG
_
P2
_
M
DATA
_
3N
_
BK(LVDS)
18
DATA
_
3P
_
BK(LVDS)
15
16
17
INT
_
ST
_
1
_
BK
8
9
5
6
11
10
7
9
CLK
63
SGND
60
2
60
50
49
54
SGND 64
IDD
_
CS
_
M51
IDD
_
CS
_
C53
54
EEPROM
_
CS
_
Y
EEPROM
_
CS
_
C52
53
52
62
57
58
55
58
60
12
13
15
4
22
23
5
7
27
8
16INT
_
ST 2 Bk
26
27
GAIN FIX Bk
SGND
24
SGND
11
22
20
24V
DATA
_
3P
_
Bk(LVDS)
1
SDI1
14
11
12
19
22
14
1813
16 15
14
10
4
2
1
3
1
3
2
4
2
4
TH
BD
+5V
GND
TH
PD
48
4
1 +5V1
33
7
56
54
55 55
56
57 57
53
52
12
13
4916
43
45
44
17
18
46
41
DATA
_
4N
_
BK(LVDS)
41
21
24
42
49
47
14 51
SDI
_
2
SDO
_
2
3
25
PALA
_
SIG P0 Bk
30
10
19
DATA
_
2P
_
Bk(LVDS)
22
28
18
1
21
1717
16
11
1219
20
21
9
6
10
12
8
11
8
25
15
2626
24
23
16
20
19
24
26
18
25
6
9
14
13
12
18
11
29
28
8
25
24
238
6
7
427
55
6
7
5V
5V
LDD
_
CS 2 Bk
PALA
_
SIG P2 Bk
SDO1
CUALM Bk
CLK1
EEPROM CS 1 Bk
47
45SGND
EEPROM
_
CS
_
1
_
BK
22
23
44
IDD
_
CS
_
1
_
BK
39
47
48
DATA
_
4P
_
BK(LVDS)
SGND
CUALM
_
BK
PARA
_
SIG
_
P3
_
BK
PARA
_
SIG
_
P4
_
BK
SGND
LOCK
_
BK
CLK
_
BK
SDCLK
_
BK
SGND
DATA
_
1N
_
BK(LVDS)
DATA
_
1P
_
BK(LVDS)
SGND
REM
_
BK
SGND
DATA
_
1N
_
M(LVDS)
BD
_
BK
LSU
_
TH
_
BK
DATA
_
1P
_
M(LVDS)
SGND
REM
_
M
LOCK
_
M
CLK
_
M
SGND
SGND
LOCK
_
C
SGND
SDCLK
_
M
PARA
_
SIG
_
P3
_
M
SGND
BD
_
M
BD
_
C
SGND
LSU
_
TH
_
M
CUALM
_
M
DATA
_
1P
_
C(LVDS)
SDCLK
_
C
SGND
DATA
_
1N
_
C(LVDS)
SGND
REM
_
Y
CLK
_
Y
SGND
LOCK
_
Y
PARA
_
SIG
_
P3
_
Y
PARA
_
SIG
_
P4
_
Y
DATA
_
1P
_
Y(LVDS)
DATA
_
1N
_
Y(LVDS)
LSU
_
TH
_
Y
CUALM
_
Y
GAIN
_
FIX_M
SGND
SGND
DATA
_
2N
_
M(LVDS)
INT
_
ST 2 BK
DATA
_
2P
_
M(LVDS)
PARA
_
SIG
_
P3
_
2 BK
DATA
_
2P
_
BK(LVDS)
SGND
SGND
SGND
SDCLK
_
Y
PARA
_
SIG
_
P0
_
BK
PARA
_
SIG
_
P1
_
BK
PARA
_
SIG
_
P2
_
BK
BD
_
Y
GAIN
_
FIX
_
BK
DATA
_
2P
_
C(LVDS)
GAIN
_
FIX
_
C
SGND
DATA
_
2N
_
C(LVDS)
SGND
LSU
_
TH
_
C
CUALM
_
C
PARA
_
SIG
_
P3
_
C
PARA
_
SIG
_
P4
_
C
REM
_
C
CLK
_
C
PARA
_
SIG
_
P4
_
M
GAIN
_
FIX
_
Y
SGND
PALA
_
STG
_
P0
_
C
DATA
_
2N
_
Y(LVDS)
INT
_
ST 1 C
SGND
PALA
_
STG
_
P1
_
Y
SDO
MSET
_
N
SGND
IDD
_
CS
_
Y
SDI
SGND
SGND
EEPROM
_
CS
_
M
IDD
_
CS
_
2
_
BK
PALA
_
STG
_
P0
_
Y
PALA
_
STG P2
_
Y
EEPROM_CS_2_BK
INT
_
ST 1 Y
SGND
DATA
_
2N
_
BK(LVDS)
PALA_STG
_
P1
_
C
DATA
_
2P
_
Y(LVDS)
SGND
PALA
_
STG
_
P2
_
C
SGND
INT
_
ST 1 M
PALA
_
STG
_
P0
_
M
PALA
_
STG
_
P1
_
M
PALA
_
STG
_
P2
_
M
DATA
_
3N
_
BK(LVDS)
DATA
_
3P
_
BK(LVDS)
INT
_
ST 1 BK
CLK
SGND
SGND
IDD
_
CS
_
M
IDD
_
CS
_
C
EEPROM
_
CS
_
Y
EEPROM
_
CS
_
C
DATA
_
4N
_
BK(LVDS)
SGND
EEPROM
_
CS
_
1
_
BK
IDD
_
CS
_
1
_
BK
DATA
_
4P
_
BK(LVDS)
SGND
51
26
30
30
5
4
3
9
7
8
32
31
24
27
21
33
34
32
33
34
29
28
31
35
36
64
61
41
42
35
36
13
58
50
45
37
38
56
47
48
51
57
52
53
54
55
60
4
3
4
3
2
1
1
58
59
49
50
40
37
38
59
47
48
49
50
54
55
51
56
57
58
43
44
45
46
60
10
2
MSET
_
N
INT
_
ST 1 Bk
PALA
_
SIG P1 Bk
1
3
DATA
_
3N
_
Bk(LVDS)
CLK
_
2
SGND
28
29
EEPROM CS 2
_
Bk
DATA
_
4N
_
Bk(LVDS)
DATA
_
2N
_
Bk(LVDS)
29
4
3
22
4
8
1
9
4
5
6
GND
1
EXT.CLOCK
2828 TH
+5V
8
SDI1 10 10
LDD
_
CS 1 C 9
MSET
_
N
3
LOCKED
9
3
START/STOP
12
6
5V
3
14
LSU
_
TH C
3
-
-
-
13
6
77
5V 8
13
CLK1
11
10
SDO1 11
15 15
CLK1
5
SDI1
SDO1
9
14
12
EEPROM CS C
5
44
5V
PALA
_
SIG P2 M
PALA
_
SIG P3 M
1414
17
16
15 15
19 19
20 20
23
22 22
23
25
GAIN FIX M
PALA
_
SIG P4 M
SDCLK M
DATA
_
1N
_
M(LVDS)
24
SGND 1 1
BD C 2 2
1616
CUALM C
17 17
PALA
_
SIG P0 C 18 18
INT
_
ST 1 C
19 19
PALA
_
SIG P2 C 20 20
PALA
_
SIG P1 C
PALA
_
SIG P3 C 21 21
PALA
_
SIG P4 C 22 22
23 23SDCLK C
19
15 15
17 17
8
16
29
25
23
21
28
19
26
26
25
24 24
27 27
30 30
29
28
7
DATA
_
1P
_
C(LVDS) 26 26
6
5
44
33
24
DATA
_
1N
_
C(LVDS) 25
GAIN FIX C
SGND 27
24
27
25
SGND 30 30
DATA
_
2P
_
C(LVDS) 29 29
DATA
_
2N
_
C(LVDS) 28 28
22
23
20 20
18 18
21
22
6
7
16
13 13
12 12
11 11
14 14
10
8
9 9
3
GND
TH
PD 3
22
11
+5V 44
2
30
2
11
30
5V
25 25
1
27 327 PD 3
TH3
22
TH
2626
2828
24
23
5V
44+5V
5V 8 8
77
66
55
44
LDD
_
CS 1 Y
9 9
21
16
MSET
_
N1414 17
18
19
10 10
1515
13
INT
_
ST 1 Y 17 17
28
1
1414
4
2
3
4
2
6
7
9
10 10
88
5
7
5
9
3
6
5
4
START/STOP
+24V
3
22
SGND
DATA
_
2N
_
Y(LVDS)
1
4
4BD Y 2 2 2929 11
22
GND GND
1
2
1
2
LOCKED
EXT.CLOCK1
3
1
2
4
3
3
4
2
3
5
2
GND
SDI1
SDO1
CLK1
CLK M 5
30
DATA
_
2N
_
M(LVDS) 28
11
12
13
PALA
_
SIG P4 Y
PALA
_
SIG P2 Y
EEPROM CS Y
20
PALA
_
SIG P0 Y
CUALM Y
-
-
-
15
23
20
20
11 11
18 13
20
19
PD
1 +5V
EXT.CLOCK
1
5
1
+24V
2
GND
5
44
2
3
4
LOCK Y
5
CLK Y
1
5
4
2
REM Y 3
1
24V
2
LOCKED
3 3 START/STOP
27
24
REM C 3 3
5
3
GND
3TH3
44
5
2
GND
+24V1
+5V
_
AN
DATA
_
2P
_
Y(LVDS) 29
PGND
30
29
30
25
27
28
22
PALA
_
SIG P3 Y 21
26
DATA
_
1N
_
Y(LVDS)
PALA
_
SIG P1 Y
SDCLK Y
24
19
SGND
GAIN FIX Y
DATA
_
1P
_
Y(LVDS)
LOCK C
3
2
1 1
GND
5 +24V
44
3
1
2
3
PD
+5V
2
1
GND
TH
LSU
_
TH Y
1
2
PD
44 SGND
SDI1
LDD
_
CS 1 C
MSET
_
N
5V
LSU
_
TH C
-
-
-
5V
CLK1
SDO1
EEPROM CS C
5V
SGND
BD C
CUALM C
PALA
_
SIG P0 C
INT
_
ST 1 C
PALA
_
SIG P2 C
PALA
_
SIG P1 C
PALA
_
SIG P3 C
PALA
_
SIG P4 C
SDCLK C
DATA
_
1P
_
C(LVDS)
DATA
_
1N
_
C(LVDS)
GAIN FIX C
SGND
SGND
DATA
_
2P
_
C(LVDS)
DATA
_
2N
_
C(LVDS)
5V
5V
5V
LDD
_
CS 1 Y
MSET
_
N
INT
_
ST 1 Y
SGND
DATA
_
2N
_
Y(LVDS)
BD Y
SDI1
SDO1
CLK1
PALA
_
SIG P4 Y
PALA
_
SIG P2 Y
EEPROM CS Y
PALA
_
SIG P0 Y
CUALM Y
-
-
-
DATA
_
2P
_
Y(LVDS)
PALA
_
SIG P3 Y
DATA
_
1N
_
Y(LVDS)
PALA
_
SIG P1 Y
SDCLK Y
SGND
GAIN FIX Y
DATA
_
1P
_
Y(LVDS)
LSU
_
TH Y
SGND1
10
2
24V
CLK C
4
PGND
5
1
18
1
27
5
66
2
21
20
21
19
16
12
20
13
11
18
5
29
DATA
_
4P
_
Bk(LVDS)
10
PGND
2
1
BD M
SGND
5
24
27
30
22
24
16
15
13
11
EEPROM CS M
PALA
_
SIG P1 M
PALA
_
SIG P0 M
62
INT
_
ST 1 M
LDD
_
CS 1 M
12
6
2
10
33
26
1
2
5
2
GND
3
4
4
1
26DATA
_
1P
_
M(LVDS)
DATA
_
2P
_
M(LVDS)
SGND
SGND
SGND
DATA
_
1P
_
Bk(LVDS)
DATA
_
1N
_
Bk(LVDS)
LDD
_
CS 1 Bk
5V
PALA
_
SIG P3 Bk
PALA
_
SIG P4 Bk
SDCLK Bk
SGND
LSU
_
TH Bk
PALA
_
SIG P3
_
2Bk
BD Bk
-
MSET
_
N
CUALM M
5V
5V
-
-
5V
LSU
_
TH M
INT
_
ST 2 Bk
GAIN FIX Bk
SGND
SDI1
PALA
_
SIG P0 Bk
DATA
_
2P
_
Bk(LVDS)
5V
5V
LDD
_
CS 2 Bk
PALA
_
SIG P2 Bk
SDO1
CUALM Bk
CLK1
EEPROM CS 1 Bk
MSET
_
N
INT
_
ST 1 Bk
PALA
_
SIG P1 Bk
DATA
_
2N
_
Bk(LVDS)
CLK1
SDI1
SDO1
PALA
_
SIG P2 M
PALA
_
SIG P3 M
GAIN FIX M
PALA
_
SIG P4 M
SDCLK M
DATA
_
1N
_
M(LVDS)
DATA
_
2N
_
M(LVDS)
BD M
SGND
EEPROM CS M
PALA
_
SIG P1 M
PALA
_
SIG P0 M
INT
_
ST 1 M
LDD
_
CS 1 M
DATA
_
1P
_
M(LVDS)
4
26
3
1
LOCK M
4
1
23
22
21
3
2
4
27
5
4
26
25
26
25
17
4
21
6
7
7
4
23
15
16 16
13
11
12
5
YC7
YC5
YC1
YC8
YC12
YC11
YC2
YC3
YC6
YC4
YC1
YC1
YC3
YC10
YC2
YC2
YC1
YC2
YC9
YC11
YC12
YC1
YC21
YC10
YC15
EPWB
LSURPWB
APCPWB-M
PDPWB-M
PM-M
APCPWB-K
PDPWB-K
PM-K
APCPWB-C
PDPWB-C
PM-C
APCPWB-Y
PDPWB-Y
PM-Y
PSPWB
EPWB
LSUCM