ADM00375

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The ADM00375 is an evaluation board that is used to study the operation and performance of high-speed, current-feedback amplifiers, such as the AD8807. The evaluation board provides the user with a convenient and simple means of measuring the following parameters:

Gain, bandwidth, total harmonic distortion, phase margin, common mode rejection ratio, supply current, open loop gain, output offset voltage and unity gain frequency.

The ADM00375 operates as a double-amplifier configuration where each amplifier uses the same amplifier IC. This allows the user to measure both high power and low power versions of the amplifier simultaneously. Both inputs of the evaluation board are connected to ground, allowing for a single-ended input. The input/output is AC and DC coupled, allowing for a wide range of applications. The board also features short-circuit protected outputs, allowing the user to measure the current load of the amplifier ICs.

The ADM00375 is designed to be used in a wide variety of applications, including low noise amplifiers, high-speed amplifiers, current-feedback amplifiers, digital video amplifiers, and any other application requiring a high-performance, current-feedback amplifier. Its unique design makes it ideal for evaluating and improving existing amplifier designs, as well as creating new ones. The board utilizes two input/output connectors, allowing for efficient and simple routing of the amplifiers.

When the ADM00375 is powered on, the amplifier ICs are activated and the user is able to measure the performance of the amplifier. The ADM00375 is able to measure the bandwidth, total harmonic distortion, common-mode rejection ratio, supply current, open loop gain, and output offset voltage of the amplifier. Its unique double-amplifier configuration also allows the user to measure the unity gain frequency of the amplifier.

The ADM00375 is a powerful and versatile tool for evaluating and improving amplifier designs. Its simple design makes it easy to use and the short-circuit protected outputs allow the user to measure the current load of the amplifier ICs. The board utilizes two input/output connectors, allowing for efficient and simple routing of the amplifiers, while the double-amplifier configuration allows the user to measure the performance of both high power and low power versions of the amplifier ICs. The board is ideal for designers seeking to create and optimize amplifier designs for a variety of applications.

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