IL2904_11 Datasheet, PDF (3/6 Pages) IK Semicon Co., Ltd – Low Power Dual Operational Amplifier

IL2904
DC EL ECTRI CAL CHARACTERI STI CS (T_A= -40 to + 85°C)
Symbol
V_IO
Parameter
Maximum Input Offset
Voltage
∆V_IO/∆T
I_IO
Input Offset Voltage
Drift
Maximum Input Offset
Current
Test Conditions
V_O= 1.4V V_CC= 5.0-
30V;R_S= 0Ω
V_ICM= 0V to V_CC-1.7V
R_S= 0Ω, V_CC= 30V
V_CC= 5.0V
∆I_IO/∆T
I_IB
Input Offset Current
Drift
Maximum Input Bias
Current
R_S= 0Ω, V_CC= 30V
V_CC= 5.0V
V _{I CR}
I _CC
A _{V OL}
Input Common Mode
Voltage Range
V_CC= 30V
Maximum Power Supply
Current
Minimum Large Signal
Open-Loop Voltage Gain
R_L= ∞,V_CC= 30V,V₀= 0V
R_L= ∞,V_CC= 5V,V₀= 0V
V_CC= 15V, R_L≥2KΩ
V _OH
V _OL
CM R
PSR
CS
I _SC
I _source
I _{si nk}
V_IDR
* = @25°C
Minimum Output High-
Level Voltage Swing
Maximum Output Low-
Level Voltage Swing
V_CC= 30V,R_L= 2KΩ
V_CC= 30V,R_L= 10KΩ
V_CC= 5V,R_L= 10KΩ
Common Mode
Rejection
V_CC= 30V, R_S= 10KΩ
Power Supply Rejection
Channel Separation
Maximum Output Short
Circuit to GND
V_CC= 30V
f= 1KHz to 20KHz,V_CC= 30V
V_CC= 5.0V
Minimum Source Output
Current
Minimum Output Sink
Current
Differential Input
Voltage Range
V_IN+ = 1V, V_IN-= 0V,
V_CC= 15V, V₀= 0V
V_IN+ = 0V, V_IN-= 1V,
V_CC= 15V, V₀= 15V
V_IN+ = 0V, V_IN-= 1V,
V_CC= 15V, V₀= 0.2V
All V_IN≥GND or V-Supply (if
used)
Guaranteed Limit
Min Typ Max Unit
9.0 mV
5.0*
7.0
µV/°C
150 nA
50*
10
pA/°C
500 nA
250*
0
28 V
3 mA
1.2
15
V/mV
25*
26
V
27
20 mV
65*
dB
65*
-120*
dB
dB
60* mA
10
mA
5
mA
10*
12*
µA
V_CC*
V
2011, January, Rev. 01