Haier ULT-15M, Руководство по обслуживанию

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A
B C
D
8
7
6
5
4
3
2
1
D C B A
Title
Nu
m
be
r
R
ev
is
io
n
Si
ze
A2
D
at
e:
19-
M
ay-
2006
Sh
ee
t of
Fi
le
:
C
:\
D
oc
um
en
ts
an
d S
ett
in
gs
\u
se
r\
\B
.U
R
.T
D
3C
(6
17
5
)(
0604
28 1
636
).ddb
D
rawn
B
y:
GND
1
GND
2
1.8V C4
3
3.3 VA3
4
Vre fP _S da c
5
Vre fN_ Sd ac
6
Vre fP _S da c
7
Vre fN_ Sd ac
8
vre fP_ Sda c
9
XTAL IN
10
XTAL OUT
11
IF
V
E
DI
O OUT
43
AGC
2S
IF
46
VC
C
8V
45
PH2 LF
16
PH1 LF
17
DV
B
/F
M
OUT
44
VDRB
22
P
1.
3/T
1
107
P1
.6
/S
C
L
108
3.
3V
110
P1
.7
/S
D
A
109
P
0.
1/
I2
SDO1
105
P2
.0
/P
W
M
111
P
2.
1/P
W
M
0
112
P
2.
2/P
W
M
1
113
P
2.
3/P
W
M
2
114
P
3.
0/
ADC
0
115
P
3.
1/
ADC
1
116
P
0.
0/I
2S
D
I1
106
EHT
32
AGCOUT
31
SIF2
30
SIF1
29
GNDIF
28
IRE F
27
VSC
26
VIF IN2
25
VIF IN1
24
VDRA
23
D.GND
12
VG/L ED
13
DEC DIG
14
CV
BS
2/
Y
2
55
SEC PL L
19
C4
52
CV
BS
4/
Y
4
51
A.
IN
4L
49
VP1
15
VDDA2
94
GND1
18
A.
OUT
L
60
A.
IN
2R
54
A.
IN
2L
53
A.
IN
4R
50
CV
BS
O
64
SV
O
48
AV
L
33
GND2
40
P
L
LIF
41
A.
OUT
SL
36
A.
IN
3L
56
A.
OUT
R
61
CV
BS
3/
Y
3
58
A.
IN
3R
57
VP
2
47
SI
FAGC
42
A.
IN
5L
34
A.
IN
5R
35
A.
OUT
SR
37
DE
C
SDE
M
38
AUDE
E
M
39
A.
OUT
HL
62
VDDA1
93
GNDA
92
VRE FAD
91
VRE FAD_ NEG
89
VRE FAD_ PO S
90
+3.3 V a na lo g
88
BO
87
GO
86
RO
85
BLK IN
84
BCLIN
83
LPF
82
GND3
81
B/P bIN 3
80
G/YI N3
79
R/P rIN3
78
VOUT
76
UOUT
75
YOUT
74
YSYNC
73
VIN
70
UIN
71
+5V co mb
69
GND co mb
68
HOUT
67
FBIS O/C SY
66
SVM
65
A.
OUT
HR
63
P
0.
2/
I2
SDO2
104
P
0.
3/I
2S
C
L
K
103
P0
.4
/I
2S
W
S
102
VS
SC
2
101
V
DDC
2
100
P
1.
1/T
0
99
P
1.
0/I
N
T1
98
P
0.
5/I
N
T0
97
VDD
96
VSS
95
P
2.
5/P
W
M
4
123
P
2.
4/P
W
M
3
122
GND
121
P
3.
3/
ADC
3
120
P
3.
2/
ADC
2
119
DE
C
V
1V
8
118
1.
8V
117
IN SSW3
77
1.
8V
124
GND
125
P
1.
2/I
N
T2
126
P
1.
5/T
X
128
DE CBG
20
E-W
21
YIN
72
C
2/C
3
59
P
1.
4/R
X
127
U2
1
TDA15011H/N1B
00-
QF
P
128
AGCOUT
SIF2
SIF1
VIF IN2
VIF IN1
VDRA
VDRB
E-W
VP1
P
1.7/
S
D
A
P
1.6/
S
C
L
VDDA2
+3.3V ana log
B
G
R
BLIN K
BCLIN
LPF
YOUT
YSYNC
HOUT
FBIS O/C SY
SVM
DVB
/F
M
OUT
AUDE
E
M
A.
OUT
S
R
A.
OUT
S
L
R
176
1Kohm
-0603-
± 5%-
1/10W
GND
C
158
0.
022uF
-0603-
X7R
-
±
10%-
50V
R1
30
680ohm
-0603-
± 5%-
1/10W
AGC
C
160
0.
15uF
-0603-
Y5V-
+
80%-
20%-
16V
R
207
39Kohm
-0603-
±
5%-
1/10W
C125
0.01uF -0603- X7 R- ± 10%- 50V
R20 8
8K2ohm -0603-
±
5%- 1/10W
+
E56
2.2u F- 50 V- ± 20 %- 5*11 105
C16 1
0.22uF -0603- Y5 V- +80% -20% -16V
+
E53
10u F-2 5V - ± 20 %- 5*11 105
C162 6800pF- 0603-X 7R -
±
10%- 50V
C15 9
0.022uF -0603- X7 R-
±
10%- 50V
C84
0.1uF -0603- Y5 V- +80% -20% -50V
+
E71
10u F- 25 V-
±
20 %- 5*11 105
L2
1
SD FL 1608S100K T-0603
C85
0.1uF -0603- Y5 V- +80% -20% -50V
+
E55
10u F- 25 V-
±
20% -5 *11 105
L2
2
SD FL 1608S100K T-0603
C82
0.1uF -0603- Y5 V- +80% -20% -50V
+
E58
10 0uF-1 6V - ± 20 %- 5*11 105
C69
0.1uF -0603- Y5 V- +80% -20% -50V
+
E54
100 uF -16 V-
±
20% -5*11 105
Y1
24.
576M
HZ-
± 30P
P
M
-2
0P
F-
HC
-4
9S
1 2 3 4
CN
12
4P
IN
-2
.0
-D
-H
C15 0
0.1uF -0603- Y5 V- +80% -20% -50V
+
E72
47uF-2 5V -
±
20% -5* 7 105
C
149
0.
1uF
-0
603-
Y5V-
+
80%-
20%-
50V
L2
9
GZ1608D121T-
0603
C154
0.1uF -0603- Y5 V- +80% -20% -50V
L1
7
SD
FL1608S
100KT-
0603
C153
0.1uF -0603- Y5 V- +80% -20% -50V
C89
0.1uF -0603- Y5 V- +80% -20% -50V
L2
8
SD
FL1608S
100KT-
0603
L1
5
SD
FL1608S
100KT-
0603
C8
8
0.1uF -0603- Y5 V- +80% -20% -50V
+
E8
1
100 uF -16 V-
±
20% -5* 11 105
L2
6
SD
FL1608S
100KT-
0603
C
152
0.
1uF
-0
603-
Y5V-
+
80%-
20%-
50V
+E
75
10
0u
F
-16
V-
± 20
%-
5*
11
10
5
+
E76
10uF-2 5V - ± 20 %- 5*11 105
C
151
0.1uF -0603- Y5 V- +80% -20% -50V
R1
34
10Kohm
-0603-
±
5%-
1/10W
R
133
10Kohm
-0603-
± 5%-
1/10W
5V
C
148
0.
22uF
-0
603-
Y5V-
+
80%-
20%-
16V
+
E6
9
10
uF
-2
5
V
-
± 20
%-
5*1
1
10
5
C
155
3300pF
-0603-
X7R
-
± 10%-
50V
R
204
390ohm
-0
603-
±
5%-
1/10W
C7
5
0.
1uF
-0603-
Y5V-
+
80%-
20%-
50V
+
E7
0
1u
F
-5
0
V-
± 20
%-
5*1
1
10
5
+
E6
8
2.
2u
F
-5
0
V-
± 20
%-
5*1
1
10
5
8V
C7
7
0.
1uF
-0
603-
Y5V-
+
80%-
20%-
50V
C
128
0.1uF -0603- Y5 V- +80% -20% -50V
3
5 6 7
26
54
92
R2
16
100ohm
-0
603-
± 5%-
1/10W
R2
17
100ohm
-0
603-
± 5%-
1/10W
C8
6
0.
1uF
-0603-
Y5V-
+
80%-
20%-
50V
L3
7
GZ1608D121T-
0603
3P
V
C
C
R
179
100ohm- 0603- ± 5%- 1/10W
R
180
100ohm- 0603-
±
5%- 1/10W
R
181
100ohm- 0603-
±
5%- 1/10W
C83
0.1uF -0603- Y5 V- +80% -20% -50V
VDDA1.8 V
V
DDA1
.8
V
R
213
100ohm
-0603-
± 5%-
1/10W
R
214
100ohm
-0603-
± 5%-
1/10W
R
215
100ohm
-0603-
± 5%-
1/10W
C8
0
0.
1uF
-0
603-
Y5V-
+
80%-
20%-
50V
C7
8
0.
1uF
-0
603-
Y5V-
+
80%-
20%-
50V
C7
9
0.
1uF
-0
603-
Y5V-
+
80%-
20%-
50V
C8
7
0.
1uF
-0603-
Y5V-
+
80%-
20%-
50V
+
E7
4
10
0u
F
-16
V
-
± 20
%-
5*1
1
10
5
C17 1 100pF- 0603-N PO -
±
5%- 50V
C17 2 100pF- 0603-N PO - ± 5%- 50V
C17 3 100pF- 0603-N PO -
±
5%- 50V
+
E79
100 uF -16 V-
±
20% -5*11 105
+
E80
100 uF -16 V-
±
20 %- 5*11 105
C9
0
0.
1uF
-0603-
Y5V-
+
80%-
20%-
50V
+
E82
100 uF -16 V-
±
20% -5*11 105
C9
1
0.
1uF
-0
603-
Y
5V-
+
80%-
20%-
50V
R1
52
120ohm
-0603-
± 5%-
1/10W
R
154
75ohm
-0603-
±
5%-
1/10W
C
174
20pF
-0
603-
NP
O-
± 5%-
50V
R1
53
120ohm
-0603-
± 5%-
1/10W
R1
55
75ohm
-0603-
± 5%-
1/10W
C
175
20pF
-0
603-
NP
O-
± 5%-
50V
R1
65
120ohm
-0
603-
± 5%-
1/10W
R
166
75ohm
-0603-
±
5%-
1/10W
C
176
20pF
-0
603-
NP
O-
±
5%-
50V
5V
5V
R17 0
47Kohm -0603-
±
5%- 1/10W
E1
3
22
0u
F
-25
V-
± 20
%
-8*
9
10
5
C6
8
0.
1uF
-0603-
Y5V-
+
80%-
20%-
50V
IN
1
1
OUT
1
2
IN
2
3
OUT
2
4
IN
3
5
OUT
3
6
GND
7
OUT
4
8
IN
4
9
OUT
5
10
IN
5
11
OUT
6
12
IN
6
13
VCC
14
U2
3
SN
74LVC
14-
SO-
14
L3
2
GZ1608D121T-
0603
E1
8
47
uF
-2
5
V
-
± 20
%-
5*7
10
5
C9
6
0.
1uF
-0603-
Y5V-
+
80%-
20%-
50V
GND
+V
S
R2
41
100ohm
-0603-
±
5%-
1/10W
VD
R
B
HOUT
+V
S
TV
_V
S
TV
_H
S
5V
5V
RO'
GO'
BO'
R7
3
NC
/100ohm
-0603-
± 5%-
1/10W
R7
4
NC
/100ohm
-0603-
± 5%-
1/10W
C
157
NC
/47pF
-0603-
N
P
O
-
±
5%-
50V
C
156
NC
/47pF
-0603-
N
P
O
-
± 5%-
50V
TV
R
TV
G
TV
B
C1
42
0.
1uF
-0603-
Y5V-
+
80%-
20%-
50V
S
C1_S
W
IT
C
H
''
A.
OUT
R
A.
OUT
L
Q1
8
M
M
B
T3904LT1(
1A)
-S
O
T-
23
Q1
9
M
M
B
T3904LT1(
1A)
-S
O
T-
23
Q2
0
M
M
B
T3904LT1(
1A)
-S
O
T-
23
P1
FM
_OUT
R2
3
33ohm
-0603-
± 5%-
1/10W
+
E8
47
uF
-2
5
V
-
±
20
%-
5*
7
10
5
AV
_AUD_
L
AV
_AUD_
R
S-
Y
'
S
-C'
P
C
_AUD_
L
P
C
_AUD_
R
OP
2
R1
82
100ohm
-0603-
± 5%-
1/10W
R
247
10Kohm
-0603-
± 5%-
1/10W
5V
_R
G
B
'
UOC
_S
DA
UOC
_S
C
L
UOC
_R
E
Q
C
O
M
M
UOC
_R
E
ADYC
O
M
M
UOC
_R
E
Q
R
E
AD
L1
3
SD FL 1608S100K T-0603
+
E4
0
47uF-2 5V -
±
20% -5* 7 105
5V
C3
8
0.1uF -0603- Y5 V- +80% -20% -50V
R171 100ohm- 0603-
±
5%- 1/10W
1
3
5
7 8
6
4
2
RP
22
4*4.
7Kohm
-0
603-
±
5%-
1/16W
AV
1'
C168
0.1uF -0603- Y5 V- +80% -20% -50V
R157 47ohm- 0603-
±
5%- 1/10W
DV
D_
AUD_
R
DV
D_
AUD_
L
CV
BS
-O
U
T
3P
V
C
C
3P
V
C
C
3P
V
C
C
C1
07
0.
1uF
-0603-
Y5V-
+
80%-
20%-
50V
C1
06
0.
1uF
-0
603-
Y5V-
+
80%-
20%-
50V
R3
9
NC
/0ohm
-0603-
± 5%-
1/10W
R4
0
NC
/0ohm
-0603-
± 5%-
1/10W
C
140
NC
/20pF
-0603-
NP
O-
± 5%-
50V
C1
39
NC
/20pF
-0603-
N
P
O
-
± 5%-
50V
R6
1
15ohm
-0603-
±
5%-
1/10W
R7
6
15ohm
-0
603-
±
5%-
1/10W
L1
GZ1608D121T-
0603
R
211
15ohm
-0603-
±
5%-
1/10W
R
212
15ohm
-0603-
± 5%-
1/10W
5V
RO
'
GO' BO
'
C
210
47pF
-0603-
N
P
O
-
±
5%-
50V
C
211
47pF
-0
603-
NP
O-
±
5%-
50V
C1
78
0.
1uF
-0
603-
Y5V-
+
80%-
20%-
50V
C1
79
0.
1uF
-0
603-
Y5V-
+
80%-
20%-
50V
S
2-Y
/
S
2-C/
SC
1_
AUD_
L
SC
1_
AUD_
R
C1
77
NC
/0.
1uF
-0
603-
Y5V-
+
80%-
20%-
50V
SC AR T_ F B'
SCAR T_ B'
SCAR T_ G'
SCAR T_ R' C18 0
NC /1uF -0603- Y5 V-+ 80 %- 20 % 10V
C18 1
NC /1uF -0603- Y5 V-+ 80 %- 20 % 10V
C18 2
NC /1uF -0603- Y5 V-+ 80 %- 20 % 10V
R9
NC /100ohm -0603-
±
5%- 1/10W
S
C
AR
T
_VI
'
D2
0
NC /79C 2V4- LL 34
R2
74
NC
/33ohm
-0603-
±
5%-
1/10W
3P
V
C
C
+
E6
5
NC
/1
0
uF
-25V
-
±
20
%
-5*
12
105
C2
32
56pF
-0
603-
NP
O-
±
5%-
50V
C2
33
56pF
-0603-
N
P
O
-
± 5%-
50V
34