Circuit Diagrams and PWB Layouts
115
7.
Audio Output Amplifier
CL36532008_142.eps
130503
EMI
BACK-END
To 1790
To RIGHT
SPEAKER
4R/15W
2.5 MONO
JACK
5
6
7
8
9
12
13
14
1
1
2
AUDIO OUTPUT AMPLIFIER
C
D
E
F
G
RECEIVER
D
E
F
G
H
I
AUDIO
INPUT
3.5 STEREO
B
C
2
3
4
9
10
11
3
4
5
WIRED
B
H
I
A
10
11
JACK
DC-SUPPLY
13VDC
To LEFT
SPEAKER
4R/15W
2.5 MONO
JACK
PINPOSITIVE
A
6
7
8
12
13
14
7
B
A
3
2
4
I
F
E
D
9
8
1
11
10
14
2
1
10
9
3
14
13
12
G
F
13
12
11
6
5
4
8
7
6
5
A
I
H
H
G
E
D
C
C
B
Pulsed * I109 Powersafe from receiver
OPTION
OPTION
AMPLIFIER
ON
AMPLIFIER
STANDBY
MUTED
0V
I105
0V7
0.2 Sec
4 Sec
4Vdc
0V6
3V3
3V3
11V
AMP1_IN
<0V7
<7V
<7V
I103
SE_OUT
OUT1+
I118
6V7
6V7
<0V7
<0V7
6V7
6V7
I107
OUT2+
I109 (PWR_SAVE) <0V6
I110 (MUTE) 4V
I109 (PWR_SAVE) <0V6
I110 (MUTE) 4V
I109 (PWR_SAVE) PULSED*
I110 (MUTE) <0V6
AMPLIFIER
0V1
0V1
I126
11V5
11V5
0V1
I127
0V1
2V3
9V7
I113
MUTE_AMP
LED
GREEN
GREEN
RED
REF
I114
3V3
3V3
11V
AMP2_IN
11V
3V3
3V3
I106
I102
OPTION
OPTION
OPTION
OPTION
OPTION
(OPTION)
LEFT-RIGHT
OPTION
OPTION
(wired input)
3.5 mm Jack plugged in
Normal Operation
1V2
10V
I117
11V
I107
OPTION
470n
2146
2145
470n
100p
2147
2148
100p
10
9
8
4
11
100p
2131
4
11
7100-C
LM837MX
7100-D
LM837MX
12
13
14
47K
3139
3114
8K2
22K
3120
220n
2128
2127
220n
220K
3102
10K
3108
8K2
3101
3105
22K
2103
220n
7100-B
LM837MX
5
6
7
4
11
220n
2102
10K
3119
3130
100K
3134
2K2
3113
4K7
3122
33K
1104
HOLE 3.5MM
HOLE 3.5MM
1105
OC1
12
OC2
9
OUT1+
4
OUT1-
3
OUT2+
8
OUT2-
7
VP1
20
VP2
11
AUDIO OUTPUT
AMPLIFIER
7101
TDA1564TH
CIN
19
CSE
16
DIAG
15
GND1
5
GND2
6
IN1+
17
IN1-
18
IN2+
14
IN2-
13
2
MODE
NC1
1
NC2
10
1
2
3
4
I106
1109
CM04
2150
100p
100p
2149
RED
STANDBY
6101
SML310
1108
4
2
3
I104
I118
3118
3R9
2134
22u
I119
I123
I122
220n
2105
220n
2130
470n
2110
2115
470n
470n
2141
470n
2104
12K
3131
3135
47K
2K2
3129
3125
33K
10K
3138
6103
BAS316
6102
BAS316
3132
10K
10u
2137
4
5
6
7
SUPPLY RECEIVER
PH-B
1106
1
2
3
2
5
1
4
3
6
4102
1102
SSSS822101
10K
3116
4100
3104
10K
I129
I128
1110
HOLE 3.5MM
4106
2151
100p
3142
1K5
3137
2K7
I105
I124
I125
I111
I112
I108
I110
BC847CW
7104
7107
BC847CW
BC847CW
7106
7105
BC847CW
2107
100p
7103
2
3140
BC847CW
7110
LM317MDT
A
1
I
3
O
3141
220R
2138
10u
2100
100n
2135
22u
33K
3107
47K
3123
3111
33K
3124
47K
1K0
3106
3110
1K0
2120
330p
3R9
3109
1103
TC28
220n
2125
2126
220n
4105
4104
2154
100p
100p
2152
1
2
3
5
100p
2153
1100
HSJ1636-011070
2113
220n
3103
10K
2108
1n5
100p
100p
2109
2133
+13V
I120
I113
I121
1
4
11
LM837MX
7100-A
3
2
47K
4101
3133
100u
2142
220n
2111
2129
220n
100n
2144
100n
2140
330p
2119
4K7
3126
560K
3128
3121
10K
4103
3127
10K
2143
10u
220n
2116
3112
3R9
2117
220n
10u
2106
2136
470n
16V
2118
2123
470u
2114
220p
220n
3R9
3117
2101
100u
2124
220p
2139
100n
1n5
2132
2122
220n
3115
10K
10V6
3100
220R
I117
I127
I126
I114
I101
I103
I102
GREEN
ON
SML-310
TC28
1101
6100
2112
220n
I116
I115
I109
470u
2121
16V
560K
3136
7111
BC847CW
R-AUD
L-AUD
RECEIVEROFF
REF
MUTE
MUTE_WIRED
MUTE_AMPn
MUTE_AMPn
PVCC
PVCC
PVCC
REF_AMP
PWR_SAVE
R-RCV
R-RCV
L-RCV
SUPPLY_PREAMP
REF
REF
REF
REF
PVCC
PVCC
PVCC
PVCC
PVCC
PVCC
+10V
REF
REF
REF
SUPPLY_PREAMP
SUPPLY_PREAMP
SUPPLY_PREAMP
PVCC
REF
+10V
3104 123 4371.2
2108 B8
2109 B8
2110 B3
2111 B9
2112 B12
2116 C12
2117 C12
2118 C8
2119 B3
2120 C3
2121 C8
2103 B5
2104 B10
2105 B8
2106 B9
2140 H4
2141 H5
2142 H5
2143 I6
2144 I6
1100 B1
2148 E2
2149 F2
2150 F2
2151 C11
2152 C11
2153 C11
2135 D11
2136 D10
2137 F3
2138 A11
2107 B6
3117 C13
3118 C13
3119 C7
3120 D5
3121 D2
2113 B12
2114 C9
2115 C3
3125 D4
3126 B2
3127 D7
3128 D2
3129 E5
3130 E6
2122 C12
1101 B14
1102 B5
1106 E1
1108 H1
1109 H4
1110 E8
2100 A6
2101 A6
2102 B5
3112 C13
3113 C2
3114 C6
3115 C9
2139 H3
4106 F8
6100 E5
6101 E6
6102 F3
6103 G4
2145 B10
2146 D10
2147 E2
7100-D A10
7101 B11
7103 D2
7104 F4
7105 F6
7106 F5
2154 C11
2123 C12
2124 C9
2128 C5
2129 C9
2130 C8
2131 C6
2132 D8
2133 D8
2134 D9
4101 B7
4102 C4
4103 D7
4104 F9
3116 C4
I126 F5
I127 F6
I128 F3
I129 F4
7110 H6
3122 D4
3123 D4
3124 D4
I103 C9
3100 A7
3101 A6
1103 C14
1104 E8
1105 E9
3105 B5
3106 B3
3107 B4
3108 B7
3109 B13
3110 C3
3111 C4
I111 E3
I112 E3
I113 F5
I114 A11
4105 F9
7100-A B6
7100-B C6
7100-C A12
7107 G5
3132 F3
3133 F4
2125 C12
2126 C12
2127 C5
3137 F5
3138 G4
3139 G4
3140 A10
3141 H6
3142 I6
4100 B4
I121 H6
I122 B2
I123 C2
I124 B4
I125 C4
7111 I6
I101 A6
I102 B8
2113 B12
3102 D2
3103 B7
3104 B4
I104 B13
I105 D2
I106 C8
I107 C13
I108 E1
I109 F2
I110 F2
3134 F6
3135 F5
3136 F4
I115 H3
I116 H3
I117 H6
I118 B13
I119 C13
I120 I5
3131 F5
Содержание 28PW9618
Страница 7: ...Directions for Use EN 7 EM6E 3 3 Directions for Use ...
Страница 8: ...Directions for Use EN 8 EM6E 3 ...
Страница 9: ...Directions for Use EN 9 EM6E 3 ...
Страница 10: ...Directions for Use EN 10 EM6E 3 ...
Страница 11: ...Directions for Use EN 11 EM6E 3 ...
Страница 12: ...Directions for Use EN 12 EM6E 3 ...
Страница 13: ...Directions for Use EN 13 EM6E 3 ...
Страница 14: ...Directions for Use EN 14 EM6E 3 ...
Страница 15: ...Directions for Use EN 15 EM6E 3 ...
Страница 16: ...Directions for Use EN 16 EM6E 3 ...
Страница 17: ...Directions for Use EN 17 EM6E 3 ...
Страница 18: ...Directions for Use EN 18 EM6E 3 ...
Страница 19: ...Directions for Use EN 19 EM6E 3 ...
Страница 62: ...62 EM6E 7 Circuit Diagrams and PWB Layouts Small Signal Board Diversity Tables ...
Страница 118: ...118 EM6E 7 Circuit Diagrams and PWB Layouts Personal Notes ...
Страница 172: ...Revision List EN 172 EM6E 11 11 Revision List First release ...