MAX9923TEUB+

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MAX9923TEUB+ is a programmable, low-noise gain block IC with high linearity. It is part of a family of programmable amplifiers which are designed to improve the reach and latency of mobile and industrial communications systems. The MAX9923TEUB+ helps engineers to build more efficient transceivers and automated test environments without sacrificing accuracy.

The instrumentation amplifier capability of the MAX9923TEUB+ enables engineers to accurately measure multiplexed or low-frequency signals such as thermocouples and bridge sensors. The amplifier’s high linearity and low noise performance enables accurate and repeatable measurements in both dynamic and static operations.

The MAX9923TEUB+ is a very low-noise, high-precision op-amp/buffer amplifier which is suitable for use in transmission/reception chains, buffering of filters, instrumentation amplifiers and other high-precision signal-processing circuits. Its programmable feedback resistors enable a differential input impedance of up to 100k ohms and a differential voltage gain of up to 100 dB. It features a wide frequency range of 0.05 Hz to 10 MHz and a high output current of up to 25 mA.

The programmable, low-noise gain block of the MAX9923TEUB+ is designed to minimize interference while providing high levels of accuracy and repeatability. Its compact design, along with programmable feedback resistors, allows designers to reduce circuit complexity and eliminate extra components, resulting in a simplified connection scheme and improved performance.

The MAX9923TEUB+\'s high linearity and low noise performance enable precise measurements over a wide dynamic range. It also has an adjustable low-noise output stage to minimize any external noise injection.

The MAX9923TEUB+ is ideal for use in instrumentation systems, signal conditioning, transceivers and other high-precision systems. Its compact size and low noise performance make it a great choice for applications requiring increased accuracy and speed.

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