M62495AFP
Application Example
+
10µ
1.5k
47k
1.5k
47k
1.5k
1.5k
INA1
1
2
INPUT SW
24
23
INA2
47k
1.5k
47k
10µ
10µ
INB1
+
10µ
INB2
Mono.SW
3
22
MUTE
4
5
5k
5k
+
INC1
10µ
1.5k
INC2
47k
10µ
1.5k
47k
10µ
47k
1.5k
47k
IND1
REC
OUT1
+
10µ
+
10µ
47k
21
20
IND2
REC
47k
OUT2
10µ
+
10µ
1.5k
1.5k
14dB
47k
10
µ
14dB
47k
10
µ
INE1
10µ
INE2
effect
block
6
10
µ
19
30k
effect
block
Volume
7
0.033
µ
30k
10
µ
18
0.033
µ
8
0.22
µ
2.2K
Treble
17.2k
boost
46k
2.48k
2.48k
17.2k
Treble
17
16
0.22
µ
2.2K
boost
Bass
boost
Bass
boost
There's possibility
to oscillate by a
capacitance load.
We recommended the
resistor to protect
oscillation.
9
46k
OUT1
RL=10k
MIN
10
µ
+
0.22
µ
430
10
11
12
15
10
µ
0.22
µ
430
OUT2
10
µ
RL=10k
MIN
14
10p
VSS=-2.5V
VDD=2.5V
+
10
µ
Control logic
13
12K
10K
2.2K
micro
computor
Triad-state output
(Note) When power supply voltage (VDD-VSS) under 3.3V(typ), it's fixed in a state
of (2) on the page 6/11.
Units Resistance :ohm
Capacitance: F
Rev.1.00, Jul.24.2003, page 10 of 11
RENESAS [ RENESAS TECHNOLOGY CORP ]
