Kyocera TASKalfa 420i Service Manual page 340

Wiring diagram No.4
GND 3 3
OSS
ORGSW 2 2
+5V 1 1
SM
1 1
2 2
EL INPWB
3 3
4 4
5 5
Connector
FANREM 1 2
SFM
+24V 2 holder 1
SGND 3 3
HPSW
HPSW 2 2
+5V 1 1
SGND 3 3
ODSW COSW1
2 2
+5V 1 1
3 3 3 3
2 2 2 2
1 1 1 1
4 4 4 4
6 6
6 6
5 5 5 5
11 11 11 11
12 12 12 12
DPDPWB 10 10 10 10
9 9 9 9
(option) 8
8 8 8
7 7 7 7
YC1
+24V1 4 4 1 1
GND 3 3 2 2
+5V1 3 3
2 2
FG 1 1 4 4
YC1 YC1
+5V 1 16 +5V1
+5V 2 15 +5V1
+5V 3
14 +5V1
+5V 4 13 +5V1
CCDCLK21 5 12 CCDCLK21
GND 6 11 GND
GND 7 10 GND
8 9
CCDCLK11 CCDCLK11
GND 9 8 GND
GND 10 7 GND
CCDLP1A 11 6 CCDLP1A
GND 12 5 GND
CCDRS 13 4
CCDRS
14
GND 3 GND
CCDCP 15 2 CCDCP
+3.3V 16 1 +3.3V
YC2 YC2
TXOUTA2N 1 25 TXOUTA2N
CCD
TXOUTA2P 2 24 TXOUTA2P
TXOUTB2N 3 23 TXOUTB2N
PWB
TXOUTB2P 4 22 TXOUTB2P
TXOUTC2N 5 21 TXOUTC2N
TXOUTC2P 6 20 TXOUTC2P
TXOUTB1N 7 19 TXOUTB1N
8 18 TXOUTB1P
TXOUTB1P
TXOUTC1N 9 17 TXOUTC1N
TXOUTC1P 10 16 TXOUTC1P
TXCLK1N 11 15 TXCLK1N
TXCLK1P 12 14 TXCLK1P
13 13 AFESCLK
AFESCLK
AFESDID 14 12 AFESDOD
AFESEN 15 11 AFESEN
AFESDOD 16 10 AFESDID
RESETN 17 9 SHD_RESN
CLPIN 18 8 FECP1
+3.3V 19 7 +3.3V
MCLK 20 6 ADCLK
5
GND 21 GND
SHD 22 4 FESHD
GND 23 3 GND
SHP 24 2 FESHP
+10V1 25 1 +10V1
YC7 YC2 YC3
1 1 SMOT BN +5V 9 9 1 1
2 2 SMOT AN 2 2
3 3 SMOT BP GND 16 16 3 3 GND
4 4 SMOT AP 4 4 GND
GND 18 18 5 5 GND
GND 15 15 6 6 GND
YC5
+12V 7 7 7 7 +12V
5 5 +24V +12V 5 5 8 8 +12V
4 4 SLAMPO INV_CLK 20 20 9 9 INV_CLK
3 3 PGND 10 10 ORGSW
2 2 INVTH DPCLK 10 10 11 11 DPCLK
1 1 INV_CL DPSDO 12 12 12 12 DPSDO
DPSDI 8 8 13 13 DPSDI
DPSEL 6 6 14 14 DPSEL
DPEND 4 4 15 15 DPEND
YC3
DPRDY 2 2 16 16 DPRDY
1 2 FANREM DPTMG 1 1 17 17 DPTMG
2 1 +24V DP_CO 14 14 18 18 DP_CO
SMTVREF 17 17 19 19 SMTVREF
SM_STP 19 19 20 20 SM_STP
SM_STB 21 21 21 21 SM_STB
SM_FR 13 13 22 22 SM_FR
YC8
SLAMP 25 25 23 23 SLAMP
11
1 1 SGND FANREM 11 24 24 FANREM
2 2 HPSW COSW1 22 22 25 25 COSW1
3 3 +5V HPSW 3 3 26 26 HPSW
MON24V 23 23 27 27 MON24V
INVTH 24 24 28 28 INVTH
26
NC 26
YC4
1 1 SGND
2 COSW1
2
3 3 +5V
4 4 NC
9 9
4 4
YC1
3 3
24V1 1 1
GND 2 2 2 2
YC6
GND 3 3
1 1 DPCLK 12V1 4 4
2 2 DPSDO
3 3 DPSDI
4 4 DPSEL
5 5 DPEND
6 6 DPRDY 6 6
7 7 DPTMG
8 8 DP CO 5 5
ISM
9 9 NC 7 7
10 10 NC 8 8
PWB
11 11
GND
12 12 GND 9 9
13
13 GND
14 14 GND
ISCPWB
YC4 YC11
GND 1 1
1 1 1 1 GND
SCLK 2 2 2 2 2 2 G6_SC_SCLK_BUF
GND 3 3 3 3 3 3 GND
SI 4 4 4 4 4 4 G6_SC_SI_BUF
GND 5 5 5 5 5 5 GND
SO 6 6 6 6 6 6 G6_SC_SO
SBSY 7 7 7 7 G6_SC_SBSY
8 8
SDIR 8 8 G6_SC_SDIR
IRN 9 9 9 9 G6_SC_IRN
HLD_ScaN 10 10 10 10 HLD_SCN_BUF
GND 11 11 11 11 GND
GND 12 12 12 12 GND
13 13 13 13
GND GND
15 15 15 15
SAD4N IS_SAD4N
SDA4P 14 14 14 14 IS_SAD4P
16 16
GND 16 16 GND
SACKN 18 18 18 18 IS_SACKN
SACKP 17 17 17 17
IS_SACKP
GND 19 19 19 19 GND
SAD3N 21 21 21 21 IS_SAD3N
20 20 20
SAD3P 20 IS_SAD3P
GND 22 22 22 22 GND
SAD2N 24 24 24 24 IS_SAD2N
SAD2P 23 23 23 23 IS_SAD2P
GND 25 25 25 25 GND
SAD1N 27 27 27 27
IS_SAD1N
SAD1P 26 26 26 26 IS_SAD1P
GND 28 28 28 28 GND
GND 29 29 29 29 GND
GND 30 30 30 30 GND
31 31 31 31
GND GND
TWS_SCM_HALF
RES_SLEEPTWS1 39
+5V
+5V
YC6
14 14 +3.3VD
13 13 +3.3VD
12 +5VD
12
11 11 +12VD
10 10 GND
9 9 GND
8 7 8 8 GND
5 6 GND PSPWB
7 7
6 GND
6
8 7 5 5 GND
5 6 4 GND
4
3 3 +24VD
4 3 2 2 +24VD
1 2 1 1 +24VD
YC10 (2/3)
1
PSPWB:YC1(7)
2 2 +5VDF
11 11 GND
NC
MPWB
YC10
1
GND 1
GND 2 2
3.3V 3 3
3.3V 4 4
3.3V 5 5
3.3V 6 6
VCLKB 7 7
VSYNCB 8 8
HSYNCB 9 9
MREB 10 10
11 11
GND
DRB0 12 12
DRB1 13 13
DRB2 14 14
DRB3 15 15
16 16
DRB4
DRB5 17 17
DRB6 18 18
DRB7 19 19
GND 20 20
HDD2
DGB0 21 21
DGB1 22 22
DGB2 23 23
24 24
DGB3
DGB4 25 25
DGB5 26 26
DGB6 27 27
DGB7 28 28
29 29
GND
DBB0 30 30
DBB1 31 31
DBB2 32 32 1 1
DBB3 33 33 2 2
DBB4 34 34 3 3
DBB5 35 35 4 4
DBB6 36 36 5 5
DBB7 37 37
6 6
38 38 7 7
39 8 8
TWS_DET1 40 40 9 9
GND 41 41 10 10
11 11
LA2 42 42
LA3 43 43 12 12
LA4 44 44 13 13
LA5 45 45 14 14
LA6 46 46 15 15
LA7 47 47
LA8 48 48
LA9 49 49
LA10 50 50
LA11 51 51
52 52
LA12
LA13 53 53
LA14 54 54
LA15 55 55
LA16 56 56
57 57
LA17
GND 58 58
LD0 59 59
LD1 60 60
LD2 61 61
62 62
LD3
LD4 63 63
LD5 64 64
LD6 65 65
LD7 66 66
GND 67 67
INT 68 68
RESETZ 69 69
GND 70 70
HDD1
CEZ 71 71
WEZ 72 72
OEZ 73 73
SCLKIN 74 74
3.3V 75 75
3.3V 76 76
3.3V 77 77
3.3V 78 78
GND 79 79
GND 80 80
1 1
2 2
3 3
4 4
5 5
6 6
YC8 (2/2)
7 7
+5VD 10 10 8 8
GND 9 9 4 4 9 9
10 10
GND 8 8 3 3
+12V 7 7 2 2 11 11
1 1 12 12
13 13
14 14
15 15
YC10 (1/3)
5V 3 3
5V 4 4
5V 5 5
5V 6 6
GND 13 13
GND 14 14
GND
15 15
GND 16 16
2KR/2KS
YC2
GND 1 1 1 1 GND
A+ 2 2 2 2 TXP
A- 3 3 3 3 TXN
GND 4 4 4 4 GND
B- 5 RXN
5 5 5
B+ 6 6 6 6 RXP
GND 7 7 7 7 GND
3.3V
3.3V
3.3V
GND
GND
GND
5V
5V
5V
GND
ACT
GND
12V
12V
12V
YC1
GND 1 1 1 1 GND
A+ 2 TXP
2 2 2
A- 3 3 3 3 TXN
GND 4 4 4 4 GND
B- 5 5 5 5 RXN
B+ 6 6 6 6 RXP
GND 7 7 7 GND
7
3.3V
3.3V
3.3V
GND
GND
GND
5V
5V
5V
GND
ACT
GND
12V
12V
12V
YC24
1 1 5V
2 2 5V
3 3 5V
4 4 5V
5
5 GND
6 6 GND
7 7 GND
8 8 GND
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