LMP2231BMAE/NOPB

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The LMP2231BMAE/NOPB is a high bandwidth differential amplifier that is part of the Linear-Amplifiers-Instrumentation, OP Amps, Buffer Amps category of parts. It is designed to provide high accuracy and low noise when used in a variety of applications including test and measurement, audio and instrumentation amplifiers.

The LMP2231BMAE/NOPB offers an excellent AC and DC performance and features a wide gain bandwidth product of 1.8 MHz and a low input noise voltage of 1.9 nV/sqrt Hz. It has a low power consumption of 4.4 mW at a supply voltage of 5V and a low distortion of -106 dB at a gain of 2. In addition, it boasts a low offset voltage of 2.5 μV, low drift of 0.9 μV/°C and a low input bias current of 1.8nA.

The LMP2231BMAE/NOPB provides a high precision differential amplifier, particularly suitable for applications in instrumentation and process control. It also supports a wide range of other applications such as audio amplification, audio signal processing, power measurement, image processing and medical instrumentation. It can be used in both single-ended and differential circuits.

The working principle of the LMP2231BMAE/NOPB is based on the connection of two matched transistors between the input and output of the amplifier. These transistors are matched with a closely-controlled current-mirror circuit, making it possible to achieve a wide gain bandwidth product with low levels of distortion and noise. In addition, the amplifier has a low power consumption and a low input current to further minimize power requirements.

The LMP2231BMAE/NOPB utilizes a gain-setting resistor between the input and output of the amplifier, allowing for an easy adjustment of the amplifier gain. Furthermore, its low input bias current and low offset voltage make it well-suited for use in high performance, low power instrumentation amplifiers.

The LMP2231BMAE/NOPB has been designed to provide a wide range of applications such as test and measurement, audio and instrumentation amplifiers. It has a high precision differential amplifier with a low power consumption and low input current, and a wide gain bandwidth product. It is ideal for applications involving instrumentation and process control, audio amplification, audio signal processing, power measurement, image processing, and medical instrumentation.

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