EL8176BIWZ-T7A

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The EL8176BIWZ-T7A is a single-channel, low power instrumentation amplifier designed for use in a wide range of applications, including medical, automotive, home entertainment and industrial control.

This device features a low-value, high-speed differential input stage that is specifically designed to provide extremely low input bias, offset and offset drift. This makes it well suited for use in high-impedance sources such as electrocardiograms, EEGs and pressure transducers, as well as in consumer- and broadcast-oriented applications such as audio and video signals. Automotive applications also benefit from the low-bias drift, as this allows for high-accuracy measurements at low power.

The EL8176BIWZ-T7A also features a variable gain stage with excellent gain flatness, low noise and wide operating temperature range. This makes it an excellent choice for instrumentation amplifiers, op amps, and buffer amplifiers.

Its high common-mode rejection ratio (CMRR) and low input offset voltage (IOV) provide excellent performance in applications requiring high accuracy and noise immunity. The EL8176BIWZ-T7A’s wide bandwidth and fast settling time allow it to be used as an anti-aliasing filter for high-speed data acquisition systems as well.

The output stage of the EL8176BIWZ-T7A is made up of a fully differential pair of power transistors, with balanced drive characteristics, high-current capability, low thermal drift and low-power operation. This ensures that the device can deliver wide dynamic range output signals with good linearity, even in high current environments.

The EL8176BIWZ-T7A is suitable for use in analog signal processing, medical imaging, automotive equipment, consumer video and audio electronics, and industrial process control applications. It is available in a small 7-pin SOIC package, and can operate with supply voltages between 3.3V and 5V. Operating temperature is from -40°C to 85°C.

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