Micropower Single-Supply Rail-to-Rail Input/Output Op Amps

GENERAL DESCRIPTION The OP191, OP291, and OP491 are single, dual, and quad micropower, single-supply, 3 MHz bandwidth amplifiers featuring rail-to-rail inputs and outputs. All are guaranteed to operate from a +3 V single supply as well as ±5 V dual supplies. FEATURES Single-supply oper

Low Noise Micropower Precision Voltage References

GENERAL DESCRIPTION The ADR290, ADR291 and ADR292 are low noise, micropower precision voltage references that use an XFET™ reference circuit. The new XFET architecture offers significant performance improvements over traditional bandgap and Zener-based references. Improvements include: one quarte

Low Noise Micropower Precision Voltage References

GENERAL DESCRIPTION The ADR290, ADR291 and ADR292 are low noise, micropower precision voltage references that use an XFET™ reference circuit. The new XFET architecture offers significant performance improvements over traditional bandgap and Zener-based references. Improvements include: one quarte

Low Noise Micropower Precision Voltage References

GENERAL DESCRIPTION The ADR290, ADR291 and ADR292 are low noise, micropower precision voltage references that use an XFET™ reference circuit. The new XFET architecture offers significant performance improvements over traditional bandgap and Zener-based references. Improvements include: one quarte

Low Noise Micropower Precision Voltage References

GENERAL DESCRIPTION The ADR290, ADR291 and ADR292 are low noise, micropower precision voltage references that use an XFET™ reference circuit. The new XFET architecture offers significant performance improvements over traditional bandgap and Zener-based references. Improvements include: one quarte

Silicon Complementary Transistors Medium Power Amp, Switch

Description: The NTE291 (NPN) and NTE292 (PNP) are General–Purpose Medium–Power silicon complementary transistors in a TO220 type package designed for switching and amplifier applications. They are especially designed for series and shunt regulators and as a driver and output stage of high–fide