AiP221is a single high-gain frequency-compensated operational amplifier designed to operate from a single supply over a wide range of voltages. Operation from dual supplies is also possible. Under recommended operating conditions, the power supply current remains independent of the supply voltage.
Application includes sensing amplifiers, audio amplifiers, industrial control circuits, DC gain components and all scenarios employing conventional operational-amplifier circuits.
Operating Temperature(℃) :
-40~85Power Supply (Min)(V) :
3Power Supply (Max)(V) :
36Iq/CH(Typ) (mA) :
0.4GBW(Typ) (MHz) :
0.7SR(Typ) (V/μs) :
0.3Vos(Max) @25℃(mV) :
7Aol(Typ) (dB) :
100CMRR(Typ) (dB) :
8PSRR(Typ) (dB) :
100Package :
SOT23-5Wide supply ranges
Single supply: 3V～36V
Dual suppliers: ±1.5V～±18V
Low supply-current drain independent of supply voltage: 0.7mA Typical
Wide unity gain bandwidth: 0.7MHz
Built-in frequency compensation
Low input bias and offset parameters
Input offset voltage: 3mV typical
Input offset current: 2nA typical
Input bias current: 20nA
Differential input voltage range equal to maximum-rated supply voltage: ±36V
Open-loop differential voltage gain: 100dB typical
Packaging form: SOT23-5
AiP221is a single high-gain frequency-compensated operational amplifier designed to operate from a single supply over a wide range of voltages. Operation from dual supplies is also possible. Under recommended operating conditions, the power supply current remains independent of the supply voltage. Application includes sensing amplifiers, audio amplifiers, industrial control circuits, DC gain components and all scenarios employing conventional operational-amplifier circuits.
Details
AiP321 is a single high-gain frequency-compensated operational amplifier designed to operate from a single supply over a wide range of voltages. Operation from dual supplies is also possible. Under recommended operating conditions, the power supply current remains independent of the supply voltage. Application includes sensing amplifiers, audio amplifiers, industrial control circuits, DC gain components and all scenarios employing conventional operational-amplifier circuits.
Details
IPv6 network supported
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