ISL88016/17EVAL1Z

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The ISL88016/17EVAL1Z Evaluation Board is a versatile evaluation and development solution for dual-channel isolated (mixed) current sensing and measuring applications. The ISL88016/17EVAL1Z Evaluation Board provides a complete testing and evaluation environment to design engineers for testing and evaluating the features of the ISL88016 and ISL88017 dual-channel isolated current sense amplifiers.

ISL88016/17EVAL1Z Application Field

The ISL88016/17EVAL1Z Evaluation Board can be used for applications such as dual-channel isolated current sensing and measurement, Rogowski coil current sensing, flyback transformer current sensing, HVDC motor drive current sensing, digital watt-hour meter current sensing, and current sensing in a solar array. It is suitable for applications where high accuracy dual-channel current sensing is required.

ISL88016/17EVAL1Z Working Principle

The ISL88016/17EVAL1Z Evaluation Board utilizes an evaluation circuit based on the actual application that allows users to adjust settings and evaluate performance parameters for their desired application. The board is used to determine the output current and voltage of the amplifiers, as well as adjust the gain, offset, and bandwidth of the amplifiers. The on-board signal generators are used to provide the amplifiers with an input signal, while the display screens allow the user to view the output voltage from the amplifiers. The evaluation board also includes a test jig, which can be used to evaluate specific application performance such as loop gain, settling time, and noise pick-up.

The ISL88016/17EVAL1Z Evaluation Board is an ideal solution for testing, evaluating, and demonstrating the features of the ISL88016 and ISL88017 dual-channel isolated current sense amplifiers. The board can be used for wide range of applications, including dual-channel isolated current sensing and measurement, Rogowski coil current sensing, flyback transformer current sensing, HVDC motor drive current sensing and digital watt-hour meter current sensing, as well as current sensing in a solar array.

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