MAX5165MECM+T

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The MAX5165MECM+T is a low-cost monolithic CMOS instrumentation amplifier with low gain drift and minimal power consumption. It is designed to provide precision amplification of small-signal signals in instrumentation and measurement applications.

Features of the MAX5165MECM+T

• Low power supply current
• Low input bias current
• High common-mode rejection
• Low gain drift
• Low noise
• High open-loop gain
• Excellent common-mode rejection

Application Field and Working Principle

The MAX5165MECM+T is typically used in instrumentation and measurement applications such as strain gauges, pressure transducers, and liquid Level sensors, among other sensors and signals. The MAX5165MECM+T is designed to provide precision amplification of small signal signals with low power consumption, low input bias current and low gain drift.

The device consists of an input amplifier and a programmable gain setting circuit. The input amplifier consists of an high-gain differential amplifier followed by an output buffer. The differential amplifier provides a high-gain, low-noise amplification of the differential input signal. The output buffer is designed to limit the output current to drive a high impedance load. The gain setting circuit provides a programmable gain setting based on a single external resistor. The gain range can thus be adjusted over a wide range, from 1 to 10,000.

The MAX5165MECM+T is a low-cost monolithic CMOS device that provides low power consumption and low noise amplification of small-signal signals in instrumentation and measurement applications. It features excellent common-mode rejection, low gain drift, and low input bias current, for precision amplification of low-level differential signals.

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