22
Gain (V/V) Gain (dB)
R
FB
(K
Ω
)
R
IN
(K
Ω
)
C
INT
F
SW
V
DD
(V) Remark
17.4
24.8
82
4.7
5.6nF 720KHz 24
FY#
3.9 15.0 39 10 6.8nF
660KHz
12 MPS7722
8.2 18.3 82 10 3.3nF
660KHz
12 MPS7722
8.3
21.5
39
4.7
6.8nF 660KHz 12
MPS7722
17.4
24.8
82
4.7
3.3nF 660KHz 12
MPS7722
5.6 15.0 56 10 8.2nF
670KHz
24 MPS7722
8.2 18.3 82 10 5.6nF
720KHz
24 MPS7722
11.9
21.5
56
4.7
8.2nF 670KHz 24
MPS7722
17.4
24.8
82
4.7
5.6nF 720KHz 24
MPS7722
33.0
30.4
330
10
1.8nF 700KHz 24
MPS7722
5. NJW1109
IN a,b: HP L/R
SCL,SDA: SCL_+5V, SDA_+5V
Out A, B: earphone output
V+:+9V power supply
6. High definition module
Summary of Contents for LCD-42XR7H
Page 11: ...9 Click the icon of Set the Device to Parallel Then click the item of Delays and Buffer Size ...
Page 12: ...10 Set Long to 50000 ms Click the item of Parallel Set Clock to 120000 Hz ...
Page 16: ...14 Block diagram ...
Page 19: ...17 ...
Page 20: ...18 3 Sound module SGTV5830 Multistandard TV Audio Processor The diagram is below ...
Page 23: ...21 ...
Page 27: ...25 ...
Page 33: ...31 L6563 block diagram is below ...
Page 34: ...32 TEA1610T block diagram is below ...
Page 35: ...33 ...
Page 48: ......
Page 49: ......
Page 50: ......
Page 51: ......
Page 52: ......
Page 53: ......
Page 54: ...IR KEY ...
Page 55: ......
Page 56: ...decode ...
Page 57: ...high frequency ...
Page 58: ...connection ...
Page 60: ......
Page 63: ...Jun 2007 30 CPS ...