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Rutronik has unveiled the latest members of Intersil’s bipolar low-power precision operational amplifier series, suitable for applications that require reduced power consumption and high DC accuracy.

The ISL28117 and ISL28217 amplifiers are also said to be ideal for applications that require the AC performance needed to condition a range of precision analogue signals.

These new products combine low noise and low power coupled with low offset voltage, low bias current drift and minimal offset drift over temperature.

The single ISL28117 and the dual ISL28217 are capable of reducing signal conditioning error.

This is achieved through a combination of low noise, low offset voltage, low bias current and high gain accuracy, according to the company.

The amplifiers are claimed to enable the high-gain processing of wide common-mode voltage signals with better accuracy than competing solutions.

Applications include medical instruments, precision active filters, power supply control, programmable logic controllers and digital oscilloscopes.

The ISL28117 and the ISL28217 feature an operating temperature range of -40C to +125C.

The combination of low noise and low power meets the requirements for signal gain front ends in industrial control applications, while reducing overall power consumption for high signal-count designs.

The supply voltage range of +/-2.25V to +/-20V enables more flexibility for wide common-mode range applications.

Full-trench isolation process technology prevents latch-up, while high ESD ratings of 4.5kV (human-body model) and 500V (machine model) are designed to prevent in-field failures for industrial applications such as data acquisition and process control.

The ISL28117 single amplifiers are available in eight-lead SOIC packages, while the the ISL28217 dual amplifiers are available now in eight-lead SOIC packages.

Rutronik unveils precision operational amplifiers

Rutronik has unveiled the latest members of Intersil’s bipolar low-power precision operational amplifier series, suitable for applications that require reduced power consumption and high DC accuracy.

The ISL28117 and ISL28217 amplifiers are also said to be ideal for applications that require the AC performance needed to condition a range of precision analogue signals.

These new products combine low noise and low power coupled with low offset voltage, low bias current drift and minimal offset drift over temperature.

The single ISL28117 and the dual ISL28217 are capable of reducing signal conditioning error.

This is achieved through a combination of low noise, low offset voltage, low bias current and high gain accuracy, according to the company.

The amplifiers are claimed to enable the high-gain processing of wide common-mode voltage signals with better accuracy than competing solutions.

Applications include medical instruments, precision active filters, power supply control, programmable logic controllers and digital oscilloscopes.

The ISL28117 and the ISL28217 feature an operating temperature range of -40C to +125C.

The combination of low noise and low power meets the requirements for signal gain front ends in industrial control applications, while reducing overall power consumption for high signal-count designs.

The supply voltage range of +/-2.25V to +/-20V enables more flexibility for wide common-mode range applications.

Full-trench isolation process technology prevents latch-up, while high ESD ratings of 4.5kV (human-body model) and 500V (machine model) are designed to prevent in-field failures for industrial applications such as data acquisition and process control.

The ISL28117 single amplifiers are available in eight-lead SOIC packages, while the the ISL28217 dual amplifiers are available now in eight-lead SOIC packages.

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