Intersil Introduces ISL28117 and ISL28217, the Latest Members of Rapidly Growing Bipolar Low-Power Precision Operational Amplifier Series

By pur, Tuesday, December 22nd, 2009
Category: Measurement, Instrumentation, Semiconductor

The ISL28117 and ISL28217 are the latest members of its rapidly growing bipolar low-power precision operational amplifier series. These new products feature an ideal combination of low noise and low power coupled with low offset voltage, low bias current drift and minimal offset drift over temperature. The products are ideal for applications that require reduced power consumption, high DC accuracy and AC performance needed to condition a wide range of precision analog signals. The single ISL28117 and dual ISL28217 are capable of reducing signal conditioning error when compared with competing solutions. This is achieved through a combination of lower noise, lower offset voltage, lower bias current and higher gain accuracy. These amplifiers enable high gain processing of wide common-mode voltage signals with much better accuracy than competing solutions. Applications are broad and include medical instruments, precision active filters, power supply control, programmable logic controllers and digital oscilloscopes…

ISL28117 and ISL28217

ISL28117 and ISL28217
(Photo: Intersil)


Related posts:

  1. Intersil Announces ISL28207, Dual Low Power Bipolar Precision Operational Amplifier with Outstanding DC Precision and Superb Temperature Drift Performance
  2. Intersil Announces ISL28127, Bipolar Precision Operational Amplifier with 20 Percent Lower Noise and Consumes 30 Percent Less Power than Competing Devices
  3. Analog Devices Unveils ADA4051-2, Dual Channel, Ultra Low Power and Zero Drift Operational Amplifier
  4. Maxim Introduces MAX9943/MAX9944/MAX9945 Family of High-Voltage and Low-Power Operational Amplifiers for Power and Space-Constrained Applications
  5. Microchip Announces Three New Families of Low-Power and High-Precision Operational Amplifiers With Gain Bandwidth Product (GBWP) from 10 kHz to 50 MHz
Search terms:

wide common mode