LT1636IMS8#TRPBF

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LT1636IMS8#TRPBF is a low noise, low power, high linearity instrumentation amplifier designed to reduce the common-mode noise immunity of the system and to improve the signal-to-noise ratio (SNR). It is suitable for use in biomedical, gas sensor, industrial control, automotive and other precision instrumentation applications.

This instrumentation amplifier is a three-operational-amplifier (OA) topology. The functional connection of the three OAs forms a two-stage instrumentation amplifier. The two frontend OA stages are configured to provide gain and current source coupling, and the third OA adopted with an additional output buffer stage provides an output voltage swing that can be customized through external resistors.

The LT1636IMS8#TRPBF provides very low input offset voltage and low input offset drift over temperature, making it ideal for precision signal measurement applications, especially in low-level differential input signals such as strain gauges and thermocouples, where the nonlinearity of the offset signal can severely degrade the signal-to-noise ratio. The combination of low power consumption and low noise makes it well suited for portable handheld devices and battery-powered applications.

The LT1636IMS8#TRPBF also features very low output noise and low noise figure, ensuring high signal-to-noise ratio, which is important for low signal level applications such as medical and automotive sensors. Its high linearity performance, low distortion and low harmonic distortion make it ideal for audio, instrumentation and control applications. Moreover, the LT1636IMS8#TRPBF features a wide gain range of 0.5 to 200, which enables it to be designed into high-precision applications with varying gain requirements.

The LT1636IMS8# TRPBF is a three-operational-amplifier (OA) topology with high linearity and low power consumption, and it provides very low input offset voltage, low input offset drift over temperature and low noise figure. The wide gain range from 0.5 to 200 enables it to be used in high-precision applications, and its high linearity performance, low distortion and low harmonic distortion make it ideal for audio, instrumentation and control applications. Furthermore, its excellent common-mode noise rejection and low power consumption makes it an ideal solution for handheld devices and battery-powered applications.

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