Kenwood FGZ80EF2 Instructions For Use Manual page 32

AT
FGZ806EF2/EOP
QQ
3 7 63 1515 0
1
ELECTRIC UNIT (X25-941x-xx)
TP176
CN30
P-ON5 1
TP582
P-ON5 2
GND 3
P-ON5 4
GND 5
GND 6
P-ON8.5 7
GND 8
GND 9
P-ON8.5 10
TP186
SHRST 11
GND 12
TP188
2
SHRDY 13
TP189
SHINI 14
TP190
SHSTBY 15
TP191
SHCON 16
TP192
SYSCS 17
TP193
SHCS 18
GND 19
GND 20
TP196
SYSDATA 21
TP197
SHDATA 22
GND 23
TP199
SHCLK 24
TP200
TOUCH EN 25
GND 26
TP202
SH-VMUTE 27
TP203
TOUCH 28
X14-
GND 29
A/3-
CN16 GND 30
3
TP206
PLLSDA 31
TP207
2/4
PLLSCK 32
GND 33
TP209
D
PLLCE 34
TP210
GRA-R 35
GND 36
TP212
GRA-B 37
TP213
GRA-G 38
GND 39
GND 40
TP216
GRA-VD 41
TP217
GRA-HD 42
TP218
DISP 43
TP219
CSYNC 44
GND 45
TE
L 13942296513
NTSC/PAL 46
GND 47
REMO 48 TP223
4
ILL-VCC 49
ILL-VCC 50
NC 51
NC 52
NC 53
NC 54
TP230
Y2 55
GND 56
TP232
Y1 57
TP233
X2 58
GND 59
TP235
X1 60
8.5V
5
TP182
CAUTION : For continued safety,
replace safety critical components
only with manufacturer's recom-
mended parts (refer to parts list).
Indicates safety critical compo-
nents. To reduce the risk of electric
shock, leakage-current or resis-
6
tance measurements shall be car-
ried out (exposed parts are accept-
ably insulated from the supply cir-
cuit) before the appliance is re-
turned to the customer.
www
• DC voltages are as measured
with a high impedance voltme-
ter. Values may vary slightly due
to variations between individual
instruments or/and units.
7
32
X25-9412-72 (1/4)
AU
L9
10uH
140
144
136
72
69
138
130
131
132
CP40 100
143
133
132
131
137
130
13
14
CP39 100
11
128
44
127
125
36
124
40
41
43
115
119
116
118
5.0V
D3
IC27
5V AVR
4
IC26
5
IN OUT
GND 5.0V
0V
IC20
INVERTER
(SYNC. SIGNAL)
15.734kHz
15.734kHz
5V
0V
x ao
INVERTER
(SYNC. SIGNAL)
. i
AV
CP37 CP36
100 100
0V
12
R0
5V
0V
TP249 13
G7
TP250 14
G6
TP251 15
G5
TP252 16
5V
G4
0V
TP253 17
G3
TP254 IC6
18
G2 VIDEO D/A
0V 19
CONVERTER
G1
20
G0
5.0V
TP257 21
B7
TP258 22 5V
B6
0V
C20
CP38
Q Q
TP267
100
0.1 3 6 7
5V
15.734kHz
0V
L13
68uH
C194 15.734kHz
TP522
330P 2.5V
R305
10
C209 R8
5V
15.734kHz L12
0V
68uH TP521
33P 1K
TP520 5.0V
W246
2.5V
3
R6 C213 1.5V
OUT GND
2
300 0.47
0V
IN
1
C5
TP519
VCC NC
15.734kHz
0V
0.1
5V
0V
IC27
TP523
INVERTER
9.59MHz
(SYNC. SIGNAL)
5V
0V
IC3
INVERTER
(DOT CLOCK)
15.734kHz
5V
IC20
0V
5V
4 3 0V
0V OUT GND
2
IN TP534
5.0V 5 1
VCC NC
D4
IC24
TP563
R292
W241 1K
0V
IC28
4 3
5.0V
OUT GND
15.734kHz
2
IN 5V
u163
5 1
1V
y
VCC NC
5.0V
AW
2 9 9 4
8
1.3V
0.7V
0V
R302
5V 100
44
OUTR 44
0V
43 5.0V
AVDDR
C26
10
42 0V
AGNDR
0.7V
41
R303
0V NC41
100
40
OUTG 40
5.0V
39
AVDDG
38 0V
AGNDG
0.7V
37
R304
0V NC37
100
36
OUTB 36
5.0V TP271
35
AVDDB
∗
W247
34 0V
AGNDB
∗
W248
∗
5.0V
W249
C21
TP269
0.1
9.59MHz
5V
0V
1 3 1 5 0 5 8 2 9
PLL OSCILLATOR IC
IC2
5.0V
1 16
REF VDD 5V
2 15
0V
PD LOCK
14
3
S2 14
VDDA
13
S1 13
TP517
4 12
R23
AMPI M2
2.2K
11
5V
5
M1 11
AMPO 0V
6
VSSA
TP518
7 10
XI CKO
8 9 9.59MHz
XO VSS
0V
5V
0V
IC3
0V
4 3
9.59MHz
OUT GND
5V
2
IN
0V
5 1
VCC NC
TP524
C12
0.01
X2
3.58MHz
4V
3.579545MHz 0V
0V
0V
SYNC
3.58MHz
5V GENERATOR
0V
15.734kHz
5V
m
0V
0V
co
5.0V
R291
5.6K
TP562
.
AX
2 8
9 9
15.734kHz
5.0V
5V
0V
IC22
INVERTER
0V
5.0V
R256
TP292 109
O
C1
0V 110
10K
G
R5
0.1 111
DC
TP294
270
112
CD
9 4 2 8 9 9
TP295
113
VC
TP297
5.0V 114
DI
R233 R3
5.0V 115
CS
2.4K 10K
0V TP298 116
G
TP300 117
HS
R257
TP301
10K
118
41 VS
D5
119
119 DD
TP564 120
120 DD
TP565 121
C2
121 DD
0.1
TP566 122
G
123
123 DD
TP567 124
124 DD
TP568 125
125 DD
TP569 126
VC
127
127 DD
TP570 128
128 DD
TP571 129
G
130
130 DD
TP572 131
131 DD
TP573 132
132 DD
TP574 133
133 DD
TP575 134
C3
134 DD
0.1 TP576 135
G
136
136 DD
TP577
5.0V 137
VC
138
138 DD
TP578 139
139 DD
TP579 140
140 DD
TP580 141
141 DD
TP581
0V 142
CG
5.0V 143
143 IR
TP326 144
144 W
TP327
5V
0V
1