- 23 -
- 22 -
VC C33V
MA 2
DB3
MA 3
DB4
MA 4
DB2
MI
RRA
LA13
WR LL #
LA4
CT
LC S3#
GND
C
TB
CK
LA0
LA3
LA6
LA10
LA11
LA17
SPD
IF
DQ M
TS
D0
CO
MP
LD 1
LD 0
LC S2#
LA21
UDA C1
VS33_PL2
LOE#
LA7
SVR
E
F1
5
LA15
LA5
LA12
TS
D1
TW
S
GN
D
V
R
SET
VR
EF
VD33_PL1
LD 3
T
EST
AD
LA14
DC
LK
YD AC1
ON
LA2
LA18
LA19
SVR
E
F
09
SVR
EF
21
LD 5
LA8
CDA C1
LA1
X
O
U
MCL
K
VC
C
3
3V
LA9
LA16
TS
D2
LD 6
LD 2
XI
N
TW S
TBCK
RWS
RB CK
LD 7
LA20
LD 4
FDAC 1
VDAC 1
LA16
LA11
LA5
LD 1
LA4
LA1
LD 0
LA9
LA3
LA2
LD 7
LA14
LA8
LO E#
LD 6
LA17
LA18
LD3
LA13
W R LL#
LD 5
LA19
LC S3#
LA7
LA0
LD 4
LA12
LA6
LD 2
LA15
LA10
R ESET
#
C19
0.1U
DQ2
5
DQ3
7
DQ4
8
A2
25
A3
26
A4
29
IC106
R31
0 OHM
R30
0 OHM
VD3
3
1
XI
N
2
XOUT
3
DCL
K
4
DM
A0
5
DM
A1
6
DM
A2
7
DM
A3
8
VS
3
3
9
VD3
3
10
DM
A4
11
DM
A5
12
DM
A6
13
DM
A7
14
DM
A8
15
DM
A9
16
DM
A1
0
17
VS
3
3
18
VD3
3
19
DM
A1
1
20
DCAS
21
DCS
0
22
DCS
1
23
DRAS
0
24
DBANK0
/ DRAS
1
25
VS
S
26
VDD
27
DBANK1
/ DRAS
2
28
DCKE
/DOE
/T
DM
T
S
C
29
DW
E
30
DB0
31
DB1
32
DB2
33
VS
3
3
34
VD3
3
35
DB3
36
DB4
37
DB5
38
DB6
39
DB7
40
DB1
5
41
DB1
4
42
VS
3
3
43
VD3
3
44
DB1
3
45
DB1
2
46
DB1
1
47
DB1
0
48
DB9
49
DB8
50
DS
CK
51
VS
3
3
52
VD33
53
DQM
54
LA21
55
LA20
56
LA19
57
LA18
58
LA17
59
LA16
60
VS33
61
VD33
62
LA15
63
LA14
64
LA13
65
LA12
66
LA11
67
LA10
68
LA9
69
VSS
70
VDD
71
LA8
72
LA7
73
LA6
74
LA5
75
LA4
76
LA3
77
VS33
78
VD33
79
LA2
80
LA1
81
LA0
82
LCS0
83
LCS1
84
LCS2
85
VSS
86
VDD
87
LCS3
88
LWRLL
89
LOE
90
LD0
91
LD1
92
LD2
93
LD3
94
VS33
95
VD33
96
LD4
97
LD5
98
LD6
99
LD7
100
RSD/TDMDR
101
RBCK/TDMCLK
102
RWS/TDMFS
103
VD33_PLL
104
VS
33_PL
105
YUV1
/VRE
F
106
YUV3
/C
OM
P
107
YUV4
/R
S
E
T
108
YUV7
/F
DAC
109
YUV6
/VDAC
110
VD
33_D
A
111
VS
33_D
A
112
YUV5
/YDAC
113
YUV2
/C
DAC
114
YUV0
/UDAC
115
TW
S/
SEL_
PLL2
116
TSD
0
/S
EL_
PLL0
117
TSD
1
/S
EL_
PLL1
118
VS
3
3
119
TSD
2
120
TSD
3
121
MC
L
K
122
TBCK
123
SPD
IF
/SEL_
PLL3
124
SPD
IF
IN
125
VD3
3
126
VS
3
3
127
XS
WB
LCLK
128
XS
W
B
L
129
XS
L
G
130
XS
IP
2
131
XS
IP
1
132
XS
F
L
AG[
0
]
133
XS
F
L
AG[
1
]
134
XS
F
L
AG[
2
]
135
XS
F
L
AG[
3
]
136
VS
S
137
VDD
138
XS
TEX
I
139
XS
TESTA
D
140
X
SSB
A
D
141
X
SFEI
142
AVS
S
_
AD
143
XS
CE
I
144
XS
TEI
145
XS
RF
RP
146
AVDD3
_
A
D
147
XS
VRE
F
[2
1
]
148
XS
VRE
F
[0
9
]
149
XS
VRE
F
[1
5
]
150
XS
IR
E
F
151
AVDD3
_
D
S
152
XS
IP
IN
153
XS
RF
IN
154
XS
RF
IP
155
XS
DS
S
L
V
156
AVSS_DS
AVSS_PL
XSPDOFTR1
XSFDO
XSFTROPI
AVDD3_PL
XSPLLFTR1
XSPLLFTR2
XSVREF0
XSAWRC
AVSS_DA
XSRFRPCTR
XSTRAY
AVDD3_DA
XSSPINDLE
XSFOCUS
XSSLEGP
XSSLEGN
XSTRACK
XSTESTDA
XSFGIN
XSPHOI
SXCSJ
XSDATA
XSCLK
XSDFCT
XSLDC
XSSPDON
VD33
VS33
XGPIO[9]
XGPIO[8]
XGPIO[7]
XGPIO[6]
XGPIO[5]
XGPIO[4]
EAUX43
EAUX42
EAUX41
EAUX40
VSS
VDD
AUX0
AUX1
AUX2/ HSYNC
AUX3/ VSYNC
AUX4
AUX5
AUX6
AUX7
RESET
VS33
IC2
ES6628F
R
R
FB2
FERB
L2
2.4UH
C9
470PF
R16
75 OHM
C11
470PF
C127
0.1UF
C12
1U
L3
2.4UH
C3
1000pF
C13
4700pF
C17
100PF
68K
R20
75 OHM
R15
10K
C16
150pF
C10
4.7U
2
1
D2
MMBZ5232ZB
2
1
D4
MMBZ5232ZB
2
1
D6
MMBZ5232ZB
2
1
D8
MMBZ5232ZB
uF
2
1
D10
MMBZ5232ZB
L4
2.4UH
2
1
D3
MMBZ5232ZB
2
1
D5
MMBZ5232ZB
C72
470pF
R14
3.3K
2
1
D7
MMBZ5232ZB
R24
75 OHM
2
1
D1
MMBZ5232ZB
CC25
470pF
C8
4700pF
20K
C1
1000pF
R5
3.3K
L5
2.4UH
R7
3.3K
C23
6800pF
C7
0.1uF
C27
470PF
R23
0 OHM
C2
1000P
R26
75 OHM
R13
3.3K
C29
470PF
C4
1000P
A15
1
A14
2
A13
3
A12
4
A11
5
A10
6
A9
7
A8
8
NC
9
NC
10
WE#
11
RESET#
12
NC
13
NC
14
RY/BY#
15
A18
16
A17
17
A7
18
A6
19
A5
20
A4
21
A3
22
A2
23
A1
24
A16
48
BYTE#
47
GND
46
DQ15/A-1
45
DQ7
44
DQ14
43
DQ6
42
DQ13
41
DQ5
40
DQ12
39
DQ4
38
VCC
37
DQ11
36
DQ3
35
DQ10
34
DQ2
33
DQ9
32
DQ1
31
DQ8
30
DQ0
29
OE#
28
GND
27
CE#
26
A0
25
IC103
MBM29LV800BA-7
C15
1U
R11
4.7K
R8
4.7K
R9
4.7K
R10
4.7K
R12
4.7K
L1
2.4UH
C5
470pF
C6
470pF
R1
OPEN
R35
4.
7k
R6
75 OHM
R3
OPEN
R2
OPEN
FB1
FERB
R4
OPEN
C128
0.1UF
R21
390
2
1
D9
MMBZ5232ZB
C18
0.1U
F33V
V CCV
VCCV
VCCV
VCC
VCC20
VCC33V
RFGND
VCC20
VCC33
VCC33
V CCV
VCCV
VCC33
VCC33
VCC33
VCC33
VCC33
VCC33
TBCK
MCLK
TSD0
TWS
re s erv e
d
5
0
4. 25
114.75
121. 5
by pass
1
4. 25
0
PLL0
108
0
1
162
1
1
1
NA
0
135
S-CHIP
0
NA
3.75
PLL2
1
Frequenc y
0
4
148.5
4
1
121. 5
0
101.25
rese rv e d
1
27
by pass
0
6
DEFAULT
PLL1
5.5
DEFAULT
1
4. 75
4.5
0
1
MUL
TI
0
S - CHI
P
114. 75
1
1
128. 25
108
3. 5
4.5
NA
94. 5
0
0
PLL3
0
CLK S O URCE
1
CR STAL OSC
DCL K I N
P UT
Vibr at t o -II
Vibr at t o -II
Vibr at t o -II
Vibr at t o -II
Y
G
B
C
C VBS
CVBS
YD AC
B
FDA C
U
S-VIDEO + RGB
Y
CVBS
CDAC
U
VD AC
C
Y
CVBS + S-VIDEO
or CVBS + YUV
!
CVBS
CVBS + RGB
VIDEO OUTPUT TABLE
V
G
CVBS
R
R
CVBS + YUV
V
UDAC
LCS1#
COAXIAL_OUT
1
R135
100 OHM
1
R132
10K
1
R134
220 OHM
VCC
SPDIF
1
1
2
2
3
3
4
4
5
5
6
6
J506
1
R145
100 OHM
FDAC
VDAC
YDAC
CDAC
UDAC
2
1
3
Q507
2SC1623
C73
22PF
C507
47pF
C506
47pF
C505
47pF
+
C504
10UF
.1K
.8K
.8K
.8K
.8K
C178
1UF
C
O
C
O
C125 22pF
C126
22PF
C183
22pF
C184
22pF
C60
0.1uF
C205 0.1 uF
RR81
0 OHM
LA20
Option
RR82
0 OHM
LA 2 0
Option
C212
CAP
Option
W RLL#
MBM29LV160TE-7
MBM29LV160BE-7
M29LV1600T-70
RFG
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
R19
R22
2
2
C179
7
7
OPE
P
P N
C180
8
8
OPE
P
P N
DB1
MA 2
MA 0
DB0
DB
MA 1
DQ0
2
DQ1
4
5
A0
23
A1
24
25
K
T
SCHEMATIC DIAGRAM (MAIN Top right)
Содержание DWM-400
Страница 5: ... 4 EXPLODED VIEW CABINET CHASSIS 4 4C 4B 4A 3 3A 3B ...
Страница 13: ... 12 IC BLOCK DIAGRAM DESCRIPTION IC106 4MX16Y3VTW SDRAM IC110 BA5954 VD ROM Driver ...
Страница 16: ... 15 This is a basic schematic diagram SCHEMATIC DIAGRAM POWER ...
Страница 23: ... 29 28 WIRING DIAGRAM MAIN A SIDE Rev A ...
Страница 24: ... 31 30 WIRING DIAGRAM MAIN B SIDE Rev A ...
Страница 25: ... 33 32 WIRING DIAGRAM MAIN A SIDE Rev B ...
Страница 26: ... 35 34 WIRING DIAGRAM MAIN B SIDE Rev B ...
Страница 27: ... 37 36 WIRING DIAGRAM MAIN A SIDE Rev C ...
Страница 28: ... 39 38 WIRING DIAGRAM MAIN B SIDE Rev C ...
Страница 29: ... 41 40 Control A Side Control B Side YUV Jack WIRING DIAGRAM Controll and YUV Jack ...
Страница 40: ... 15 14 WIRING DIAGRAM MAIN P W B Type B A side ...
Страница 41: ... 17 16 WIRING DIAGRAM MAIN P W B Type B B side ...