V2162
Dual Voltage Controlled Amplifier 1、Overview The V2162 is a dual voltage-controlled amplifier (VCA) that designed for typical applications such...
Dual Voltage Controlled Amplifier 1、Overview The V2162 is a dual voltage-controlled amplifier (VCA) that designed for typical applications such as audio compressors/limiters, equalizers and oscillators. The chip is a high-performance current-in/current-out device with two opposing-polarity, voltage-sensitive control ports in each channel. Fabricated in a low-noise process utilizing high h FE , complementary NPN/PNP pairs, the V2162 can offer high performance with minimal support circuitry. Its features are: ● Two Independent VCA Channels ● Wide Dynamic Range: >115dB ● Wide Gain Range: >130dB ● Exponential (dB) Gain Control ● Low Distortion: 0.04% typ. ● Dual Control Ports (pos/neg) ● Package: SOP16L
2、Block Diagram and Pin Description 2. 1、Block Diagram
2. 2、Pin Description and Structure Scheme Pin Symbol
Function
Pin Symbol
Function
1
NC
No connection
9
NC
No connection
2
OUT1
Signal output 1
10
IN2
Signal input 2
3
SYM1
Symmetry control input 1
11
4
EC-1 Gain control input 1 negative 12
5 6
V EE
Negative power supply
13
EC+1 Gain control input 1 positive 14
EC+2 Gain control input 2 positive V CC
Positive power supply
EC-2 Gain control input 2 negative SYM2
Symmetry control input 2
7
IN1
Signal input 1
15
OUT2
Signal output 2
8
GND
Ground
16
NC
No connection
Version:2011-12-B
Page 1 of
11
V2162
3、Electrical Characteristics 3. 1、Absolute Maximum Ratings Unless otherwise specified,T amb = 25℃ Parameter
Symbol
Value
Unit
Supply Voltage
V CC /V EE
±18
V
Operating Temperature
T OP
-20~75
℃
Storage Temperature
Tstg
-40~125
℃
ESD Tolerance (HBM)
V ESD
2
kV
3. 2、Recommended Operating Conditions Parameter
Symbol
Supply Voltage
V CC /V EE
Signal Current
I IN +I OUT
Limit
Condition
Unit
Min
Typ
Max
±4
±15
±16
V
125
550
μA
Supply Voltage: ±15V
3. 3、Electrical Characteristics (Unless otherwise specified, T amb =25℃,V CC =+15V, V EE =-15V) Parameter
Symbol
Test Conditions
Supply Current
Icc
Equivalent Input Bias Current Input Offset Voltage Output Offset Voltage Gain Cell Idling Current