110
CDJ-2000
1
2
3
4
A
B
C
D
E
F
1
2
3
4
10.9 TFTB ASSY (1/2)
4
3
2
1
4
3
2
1
IC4001
OSC CIRCUIT
256Mb SDRAM
RESET
J-TAG
9MHz
16Mb FLASH
9MHz OSC
to CPLD
TFT CPU
to DAC
to TFT-LCD Module
from CPLD
B F _ D A T A 1
SCS#
BF_TMS
B F S _ D A T A 3
B F _ D A T A 7
SRAS#
B F _ A D R S 1 3
B F _ A D R S 1 9
S C S #
DQML
B F S _ D A T A 2
B F _ A D R S 9
B F _ D A T A 0
B F _ A D R S 1 4
B F S _ D A T A 7
BF_ADRS6
BUSCLK
B F S _ D A T A 6
B F _ A D R S 1 0
B F _ D A T A 3
S C A S #
B F _ D A T A 7
B F S _ D A T A 5
B F _ A D R S 1 6
BF_ADRS4
B F _ A D R S 1 2
B F _ D A T A 6
B F S _ D A T A 1
B F _ D A T A 5
B F S _ D A T A 2
B F _ A D R S 1 3
BF_ADRS12
B F _ D A T A 4
B F _ A D R S 1 1
DQMU
BF_TCK
B F _ D A T A 7
B F _ D A T A 0
S R A S #
B F _ D A T A 6
BF_ADRS2
B F _ A D R S 1 5
B F _ D A T A 5
B F _ A D R S 1 8
SWE#
BF_ADRS_SA10
SCAS#
SCKE
B F _ D A T A 6
B F S _ D A T A 3
BF_TDI
BF_ADRS9
BF_ADRS5
BF_ADRS7
B F _ D A T A 5
B F _ D A T A 4
BF_ADRS8
BF_ADRS10
B F _ A D R S 1 8
B F _ D A T A 3
BF_ADRS11
B F _ A D R S 1 5
BF_ADRS3
B F _ D A T A 2
B F _ D A T A 8
B F _ D A T A 2
BF_TDO
S W E #
B F S _ D A T A 0
B F _ D A T A 1
B F _ D A T A 1
B F _ D A T A 4
B F _ A D R S 1 4
B F _ D A T A 9
B F _ D A T A 0
B F _ D A T A 2
B F _ A D R S 1 6
B F S _ D A T A 4
B F _ A D R S 1 7
A _ V B O U T 1
A _ V B O U T 2
A _ V B O U T 4
A _ V B O U T 5
A _ V G O U T 1
A _ V G O U T 3
A _ V G O U T 4
A _ V G O U T 5
A _ V R O U T 1
A _ V R O U T 2
A _ V R O U T 3
A _ V R O U T 4
A _ V B O U T 3
A _ V G O U T 2
BF_EMU#
BF_TRST#
B F _ D A T A 1 0
B F _ D A T A 1 1
B F B _ D A T A 1 2
B F _ D A T A 1 3
B F _ D A T A 1 4
B F B _ D A T A 1 5
A _ V R O U T 5
FLCS3#
FLCS2#
FLCS1#
FLCS0#
HSYNC
B F _ A D R S 4
B F _ A D R S 3
B F _ A D R S 2
B F _ A D R S 1
B F _ A D R S _ S A 1 0
B F _ A D R S 1 8
D Q M L
B F S _ D A T A 6
B F S _ D A T A 4
B F S _ D A T A 1
B F S _ D A T A 1 5
B F S _ D A T A 1 4
B F S _ D A T A 1 3
B F S _ D A T A 1 2
B F S _ D A T A 1 1
B F S _ D A T A 1 0
B F S _ D A T A 9
D Q M U
S C K E
B F _ A D R S 1 2
B F _ A D R S 1 0
B F _ A D R S 8
B F _ A D R S 7
B F _ A D R S 6
B F _ A D R S 5
B U S C L K
B F _ A D R S 9
MOSI
B F _ A D R S 1 9
BF_ADRS19
B F F _ D A T A 1
B F F _ D A T A 4
B F S _ D A T A 5
BF_ADRS1
TFT_TSCLK1
B F _ D A T A 3
B F F _ D A T A 0
B F F _ D A T A 2
B F F _ D A T A 3
B F F _ D A T A 5
B F F _ D A T A 6
B F F _ D A T A 7
B F F _ D A T A 6
B F F _ D A T A 1
B F F _ D A T A 4
B F F _ D A T A 0
B F F _ D A T A 3
B F F _ D A T A 2
B F F _ D A T A 5
B F F _ D A T A 7
B F S _ D A T A 0
R E #
RE#
VSYNC
B F _ A D R S 1 9
B F S _ D A T A 7
V+1R2BF
B F _ D A T A 3
B F _ D A T A 1
B F C P _ D A T A 3
B F C P _ D A T A 1
B U S Y #
PWMDA
B F S _ D A T A 8
B F _ A D R S 2
B F _ A D R S 3
B F _ A D R S 4
B F _ A D R S 5
B F _ A D R S 6
B F _ A D R S 7
B F _ A D R S 8
B F _ A D R S 1 7
B F _ A D R S 1
B F _ D A T A 1 2
B F _ D A T A 1 4
B F _ D A T A 1 5
B F _ D A T A 1 0
B F _ D A T A 9
B F _ D A T A 1 3
B F _ D A T A 1 1
B F _ D A T A 8
TFT_PF1
B F _ D A T A 8
B F _ D A T A 9
B F _ D A T A 1 1
B F _ D A T A 1 0
B F _ D A T A 1 2
B F _ D A T A 1 3
B F _ D A T A 1 4
B F _ D A T A 1 5
B F B _ D A T A 8
B F B _ D A T A 9
B F B _ D A T A 1 0
B F B _ D A T A 1 1
B F _ D A T A 1 5
B F B _ D A T A 1 4
B F B _ D A T A 1 3
B F _ D A T A 1 2
B F _ A D R S 1 3
V + 3 R 3 T _ M E M
TFT_DATA1
WE#
V+3R3T_CLK
TFT_DATA0
TFT_TFS1
TFT_DATA3
TFT_RSCLK1
TFT_RFS1
INVEN
SCK
V + 3 R 3 T _ S D
N M
C N 4 0 0 1
V K N 1 4 1 4 - A - T B B
V + 3 . 3 V
1
B F _ E M U #
2
G N D D
3
B F _ T M S
4
B F _ T C K
5
B F _ T R S T #
6
B F _ T D I
7
B F _ T D O
8
G N D D
9
G N D D
1 0
100u/16
C4053
C 4 0 6 8
2 2 0 p / 5 0
C 4 1 6 7
1 0 u / 3 5
C4060
0.01u/50
C 4 1 6 6
1 0 u / 3 5
C4055
1u/16
C4066
0.01u/50
C4064
1500p/50
C4054
0.1u/50
C4059
1u/16
C 4 0 6 2
1 u / 1 6
C 4 0 7 0
0 . 0 4 7 u / 5 0
C 4 0 5 8
0 . 1 u / 5 0
C4069
0.047u/50
C4057
0.1u/50
C 4 0 6 3
3 3 0 0 p / 5 0
C4003
10p/50
C4036
NM
0.1u
C4204
C 4 0 1 1
1 0 p / 5 0
C H
C 4 0 4 5
0 . 1 u / 1 6
10u
C4203
CCG1192
C 4 0 4 4
0 . 1 u / 1 6
C 4 0 4 6
0 . 1 u / 1 6
C 4 0 1 6
1 0 p / 5 0
C H
C 4 2 0 2
0 . 1 u / 1 6
10u
C4200
CCG1192-A
10V
10u
C4201
CCG1192-A
10V
C4199
0.1u/16
C4196
0.1u/16
C4195
0.1u/16
C4001
10p/50
C4194
0.1u/16
C4193
0.1u/16
C4192
0.1u/16
C4191
0.1u/16
10u
C4190
CCG1192-A
C 4 1 8 9
0 . 1 u / 1 6
C4002
0.1u/16
C 4 1 8 8
0 . 1 u / 1 6
C4165
0.1u/16
C 4 1 6 8
0 . 1 u / 1 6
C 4 1 6 9
0 . 1 u / 1 6
C 4 1 7 0
0 . 1 u / 1 6
C 4 1 7 1
0 . 1 u / 1 6
C 4 2 1 8
0 . 1 u / 1 6
C 4 1 7 2
0 . 1 u / 1 6
10u
C4173
CCG1192-A
C 4 1 7 4
0 . 1 u / 1 6
C 4 1 8 7
0 . 1 u / 1 6
C 4 1 7 5
0 . 1 u / 1 6
C 4 1 7 6
0 . 1 u / 1 6
C 4 1 7 7
0 . 1 u / 1 6
C 4 1 7 8
0 . 1 u / 1 6
C4179
0.1u/16
C4180
0.1u/16
C4181
0.1u/16
C4024
0.1u/16
C4183
0.1u/16
C4184
0.1u/16
C 4 1 8 5
0 . 1 u / 1 6
C 4 1 8 6
0 . 1 u / 1 6
NM
D4003
D 4 0 0 9
1 S S 3 5 5
D4011
HZU6R2(B3)
D4010
HZU6R2(B3)
D4008
UDZS6R2(B)
F 4 0 0 2
N M
3
2
1
F4008
NM
3
2
1
GNDFL
GNDD
G N D D
GNDD
GNDD
GNDD
GNDD
GNDD
GNDFL
GNDD
GNDD
GNDFL
GNDFL
I C 4 0 0 7
T A 7 8 L 0 5 F - T L B
1
IN
2
GND
3
OUT
I C 4 0 0 8
O Z 9 6 1 I S N
C T I M R
1
O V P
2
E N A
3
S S T
4
5
V D D A
6
G N D A
7
V 2 5 0 0
8
R T 1
9
F B
1 0
C O M P
1 1
N D R V _ D
1 2
P D R V _ C
1 3
L P W M
1 4
D I M
1 5
L C T
1 6
P G N D
1 7
R T
1 8
C T
1 9
P D R V _ A
2 0
N D R V _ B
I C 4 0 0 5
K 4 S 5 6 1 6 3 2 J - U C 7 5
V D D 1
1
D Q 0
2
V D D Q 1
3
D Q 1
4
5
D Q 2
6
V S S Q 1
7
D Q 3
8
D Q 4
9
V D D Q 2
1 0
D Q 5
1 1
D Q 6
1 2
V S S Q 2
1 3
D Q 7
1 4
V D D 2
1 5
L D Q M
1 6
W E
1 7
C A S
1 8
R A S
1 9
C S
2 0
B A 0
2 1
B A 1
2 2
A 1 0 / A P
2 3
A 0
2 4
A 1
2 5
A 2
2 6
A 3
2 7
V D D 3
2 8
V S S 1
2 9
A 4
3 0
A 5
3 1
A 6
3 2
A 7
3 3
A 8
3 4
A 9
3 5
A 1 1
3 6
A 1 2
3 7
C K E
3 8
C L K
3 9
U D Q M
4 0
N . C / R F U
4 1
V S S 2
4 2
D Q 8
4 3
V D D Q 3
4 4
D Q 9
4 5
D Q 1 0
4 6
V S S Q 3
4 7
D Q 1 1
4 8
D Q 1 2
4 9
V D D Q 4
5 0
D Q 1 3
5 1
D Q 1 4
5 2
V S S Q 4
5 3
D Q 1 5
5 4
V S S 3
I C 4 0 0 3
T C 7 W H U 0 4 F U
2
6
4
8
I C 4 0 0 3
T C 7 W H U 0 4 F U
5
3
4
8
I C 4 0 0 3
T C 7 W H U 0 4 F U
7
1
4
8
A D S P - B F 5 3 1 S B S T Z 4 0 0
G N D 1
1
G N D 2
2
G N D 3
3
V R O U T 2
4
V R O U T 1
5
V D D E X T 1
6
G N D 4
7
G N D 5
8
G N D 6
9
C L K I N
1 0
X T A L
1 1
V D D E X T 2
1 2
R E S E T
1 3
N M I
1 4
G N D 7
1 5
R T X O
1 6
R T X I
1 7
V D D R T C
1 8
G N D 8
1 9
V D D E X T 3
2 0
P P I _ C L K
2 1
P P I 0
2 2
P P I 1
2 3
P P I 2
2 4
V D D I N T 1
2 5
P P I 3
2 6
P F 1 5
2 7
P F 1 4
2 8
P F 1 3
2 9
G N D 9
3 0
V D D E X T 4
3 1
P F 1 2
3 2
P F 1 1
3 3
P F 1 0
3 4
P F 9
3 5
P F 8
3 6
P F 7
3 7
P F 6
3 8
G N D 1 0
3 9
G N D 1 1
4 0
G N D 1 2
4 1
G N D 1 3
4 2
G N D 1 4
4 3
G N D 1 5
4 4
VDDEXT5
45
PF5
46
PF4
47
PF3
48
PF2
49
PF1
50
PF0
51
VDDINT2
52
SCK
53
MISO
54
MOSI
55
GND16
56
VDDEXT6
57
DT1SEC
58
DT1PRI
59
TFS1
60
TSCLK1
61
DR1SEC
62
DR1PRI
63
RFS1
64
RSCLK1
65
VDDINT3
66
DT0SEC
67
DT0PRI
68
TFS0
69
GND17
70
VDDEXT7
71
TSCLK0
72
DR0SEC
73
DR0PRI
74
RFS0
75
RSCLK0
76
TMR2
77
TMR1
78
TMR0
79
VDDINT4
80
TX
81
RX
82
EMU
83
TRST
84
TMS
85
TDI
86
TDO
87
GND18
88
G N D 1 9
8 9
G N D 2 0
9 0
G N D 2 1
9 1
G N D 2 2
9 2
V D D E X T 8
9 3
T C K
9 4
B M O D E 1
9 5
B M O D E 0
9 6
G N D 2 3
9 7
D A T A 1 5
9 8
D A T A 1 4
9 9
D A T A 1 3
1 0 0
D A T A 1 2
1 0 1
D A T A 1 1
1 0 2
D A T A 1 0
1 0 3
D A T A 9
1 0 4
D A T A 8
1 0 5
G N D 2 4
1 0 6
V D D E X T 9
1 0 7
D A T A 7
1 0 8
D A T A 6
1 0 9
D A T A 5
1 1 0
V D D I N T 5
1 1 1
D A T A 4
1 1 2
D A T A 3
1 1 3
D A T A 2
1 1 4
D A T A 1
1 1 5
D A T A 0
1 1 6
G N D 2 5
1 1 7
V D D E X T 1 0
1 1 8
B G
1 1 9
B G H
1 2 0
A D D R 1 9
1 2 1
A D D R 1 8
1 2 2
A D D R 1 7
1 2 3
A D D R 1 6
1 2 4
A D D R 1 5
1 2 5
A D D R 1 4
1 2 6
A D D R 1 3
1 2 7
G N D 2 6
1 2 8
G N D 2 7
1 2 9
G N D 2 8
1 3 0
G N D 2 9
1 3 1
G N D 3 0
1 3 2
GND31
133
VDDEXT11
134
ADDR12
135
ADDR11
136
ADDR10
137
ADDR9
138
ADDR8
139
ADDR7
140
ADDR6
141
ADDR5
142
VDDINT6
143
GND32
144
145
VDDEXT12
146
ADDR4
147
ADDR3
148
ADDR2
149
ADDR1
150
ABE1
151
ABE0
152
AWE
153
ARE
154
AOE
155
GND33
156
VDDEXT13
157
VDDINT7
158
AMS3
159
AMS2
160
AMS1
161
AMS0
162
ARDY
163
BR
164
SA10
165
SWE
166
SCAS
167
SRAS
168
VDDINT8
169
CLKOUT
170
GND34
171
VDDEXT14
172
SMS
173
SCKE
174
GND35
175
GND36
176
GND37
L 4 0 0 1
N M
T S 8 M 1
Q 4 0 1 0
R T 1 N 2 4 1 M - T L B
Q 4 0 0 1
Q 4 0 0 7
2 S C 4 6 1 7 ( R S )
Q 4 0 0 6
2 S C 4 6 1 7 ( R S )
2 S A 1 7 7 4 ( Q R )
Q 4 0 0 8
R4022
470
2
1
4
3
6
5
8
7
R4026
470
2
1
4
3
6
5
8
7
R4027
100
2
1
4
3
6
5
8
7
R 4 0 5 0
6 8
2
1
4
3
6
5
8
7
R 4 0 4 9
6 8
2
1
4
3
6
5
8
7
R 4 2 7 3
2 2
2
1
4
3
6
5
8
7
R 4 2 7 2
4 7
2
1
4
3
6
5
8
7
R 4 0 5 4
4 7
2
1
4
3
6
5
8
7
R 4 2 7 1
4 7
2
1
4
3
6
5
8
7
R4024
100
2
1
4
3
6
5
8
7
R4033
100k
2
1
4
3
6
5
8
7
R 4 0 5 3
4 7
2
1
4
3
6
5
8
7
R4003
3.3k
R 4 0 9 7
N M
R 4 0 1 1
1 0 0 k
2 2 k
R 4 0 1 3
R4136
47k
R4025
47k
R4030
470
R4023
47k
R4041
NM
R4031
470
R4018
0
R4016
47k
R 4 1 5 3
0
R 4 1 4 1
5 1 k
R4042
NM
R4015
470
R 4 1 5 2
0
R4140
33k
R 4 0 4 0
4 7 k
R 4 0 3 9
4 7 k
R4020
22k
1 k
R 4 0 1 4
R4035
100k
R4017
470
R4019
100
R 4 0 3 7
N M
R 4 1 3 5
1 0 0 k
R 4
3
R 4
N
R4149
10k
R 4
D
R 4 1 4 4
3 . 9 k
R 4 0 0 1
1 M
D
R 4 1 4 8
5 1 k
R4139
47k
R 4 1 3 7
4 . 7 k
R4143
1M
R 4 1 5 1
0
R4267
NM
R4266
0
R4265
10k
R 4 1 5 4
0
R4145
10k
R4134
10k
R 4 2 4 3
2 2
R 4 2 6 1
2 2
R 4 2 4 4
1 0 0
V + 1 2 T
V + 3 R 3 T
V + 3 R 3 T
V + 1 R 2 B F
V + 3 R 3 T
V + 3 R 3 T
9 M H z
X 4 0 0 1
D S S 1 1 6 4 - A
X4002
X S S 3 0 0 3 - A
R E S E T _ T F T
1 2 F ; 2 : 4 A
M O S I , S C K
1 1 K
B F C P _ D A T A 1 , B F C P _ D A T A 3
1 3 H
P P I _ C L K
1 2 F
B F _ T F T
1 5 G
R 4 0 8 2
5 6
2
1
4
3
6
5
8
7
R 4 0 8 1
5 6
2
1
4
3
6
5
8
7
R 4 0 8 4
5 6
2
1
4
3
6
5
8
7
R 4 0 8 3 56
2
1
4
3
6
5
8
7
R 4 0 8 5
5 6
R 4 0 0 2
4 7
2
1
4
3
6
5
8
7
R 4 0 0 4
4 7
2
1
4
3
6
5
8
7
R4005
100
R 4 0 0 6
1 0 k
C P H _ C L K 9 M
1 6 J
V + 3 R 3 T _ B F
C4220
0.1u/16
GNDD
GNDD
R4032
22k
R 4 0 8 0
5 6
I C 4 0 0 4
D Y W 1 7 8 1 - / J
A 1 5
1
A 1 4
2
A 1 3
3
A 1 2
4
5
A 1 1
6
A 1 0
7
A 9
8
A 8
9
A 1 9
1 0
N C 1
1 1
W E #
1 2
R E S E T #
1 3
N C 2
1 4
W P #
1 5
R Y / B Y #
1 6
A 1 8
1 7
A 1 7
1 8
A 7
1 9
A 6
2 0
A 5
2 1
A 4
2 2
A 3
2 3
A 2
2 4
A 1
2 5 A 0
2 6 C E #
2 7
V S S 1
2 8 O E #
2 9 D Q 0
3 0 D Q 8
3 1 D Q 1
3 2 D Q 9
3 3 D Q 2
3 4 D Q 1 0
3 5 D Q 3
3 6 D Q 1 1
3 7
V C C
3 8 D Q 4
3 9 D Q 1 2
4 0 D Q 5
4 1 D Q 1 3
4 2 D Q 6
4 3 D Q 1 4
4 4 D Q 7
4 5 DQ15_A-1
4 6
V S S 2
4 7 B Y T E #
4 8 A 1 6
B F S H _ B U S
2 : 5 A
D 4 0 3 6
N M
T S 8 M 1
Q 4 0 0 9
V + 3 R 3 T _ S D
Q 4 0 3 4
N M
R 4 2 9 7
N M
C 4 2 2 4
N M
R4299
470
R4300
470
C4238
NM
C4239
NM
R 4 3 1 8
0
R 4 3 1 9
0
C4252
1u/16
C 4 0 1 4
2 . 2 u / 1 6
R4138
22k
L4028
CTF1740-A
L 4 0 5 1
B T X 1 0 4 2 - A
L 4 0 5 2
B T X 1 0 4 2 - A
V + 3 R 3 T _ B F
O S C
98MHz
2 4 . 5 7 6 M H z
( R E D )
1 :
2 :
4 2 :
4 3 :
4 4 :
9 0 :
8 9 :
1 3 2 :
1 3 1 :
1 3 0 :
3 . 3 V
3 . 3 V
1 2 V
CLOCK
f r o m C O N N E C T O R t o M A I N
N M
F
C H
N O T E S
m e a n s S T A N D B Y
C K S S Y B o r C K S R Y B
R S 1 / 1 6 S S * * * * F
C E H V A W * * * M * *
C C S S C H o r C C S R C H
R S 1 / 1 6 S S * * * J
C S Z S C * * * M * *
_ T a
H
H
R A B 4 C Q * * * J
( S 2 9 A L 0 1 6 J 7 0 T F I 0 1 0 )
D
R S 1 / 1 6 S S * * * * D
I
1/2
I
2/2
I-a
1/2
* C A P A C I T O R S
I n d i c a t e d i n C a p a c i t y / V o l t a g e ( V )
u n l e s s o t h e r w i s e n o t e d . u:
μ
F, p: pF
* R E S I S T O R S
I n d i c a t e d i n
Ω
,
±
5 % t o l e r a n c e
u n l e s s o t h e r w i s e n o t e d . k: k
Ω
, M: M
Ω
The
>
mark found on some component parts indicates
the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of
identical designation.
CAUTIO
N
: FOR CO
N
TI
N
UED PROTECTIO
N
AGAI
N
ST RISK OF FIRE.
REPLACE O
N
LY WITH SAME TYPE
N
O. 0437.750 and
0437.375 MFD, BY LITTELFUSE I
N
C. FOR P4001 and P4002.
29
Содержание CDJ-2000
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