Precision op amps (Vos<1mV)

Offset voltage

• ≤10 µV
• 10 to 25 µV
• 25 to 150 µV
• >150 µV

Input bias current

• ≤1 pA
• 1  to 10 pA
• 10 to 20 pA
• >20 pA

Bandwidth

• ≤1 MHz
• 1 to 10 MHz
• 10  to 20 MHz
• >20 MHz

Noise

• ≤3 nV/rtHz
• 3 to 8 nV/rtHz
• 8 to 15 nV/rtHz
• >15 nV/rtHz

Quiescent current (I_Q)

• ≤1 µA
• 1 to 50 µA
• 50 to 300 µA
• >300 µA

Small packages

• Single channel (≤5 mm²)
• Dual channel (≤9 mm²)
• Quad channel (≤16 mm²)

Precision technologies

• Zero drift op amps
• e-Trim op amps
• Super-beta op amps
• Zero crossover

Special ratings

• Automotive grade (AEC-Q100)
• Functional Safety-Capable
• High reliability & high temp
• Military & space

Zero-drift technology

Amplifiers with zero-drift technology employ a unique, auto-correction technique to avoid system calibration, and no 1/f noise to achieve very high gain circuit configurations.

e-Trim package-level trim technology

Post-assembly polysilicon fuse  blowing trim technique enables longevity and long term stability without compromising miniaturization.

Bipolar - super-beta technology

Reduces the input bias current and current drift which minimizes current noise density. The well-matched transistors help achieve very low offset voltages.

JFET Dielectric Isolation technology

The dielectric isolation helps reduce parasitic capacitance and leakage therefore providing better voltage coefficient when compared to the junction capacitance of a non-dielectrically isolated JFET.