BQ24163EVM-742

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The BQ24163EVM-742 is an evaluation module specifically designed to evaluate the performance of TI’s BQ2416x energy harvester IC product family. This energy harvest ICs from TI are designed for use in products such as photovoltaic cell modules, sustainable energy harvesting systems, and industrial, automotive, and medical applications. BQ24163EVM-742 is ideal for testing and evaluating the performance of BQ2416x family ICs for use in these applications.

The BQ24163EVM-742 evaluation module features a BQ24163 step-down DC/DC converter IC. This device provides a regulated output voltage in the range of 0.9V to 5.5V when powered from a typical input voltage of 3.7V to 18V. It employs a wide range of protection features such as input, output, and undervoltage lockout, as well as surge protection and reverse current protection. In addition, it has an integrated 4A DC/DC controller and buck converter to enable efficient and accurate regulation of the output voltage.

The working principle of the BQ24163EVM-742 is relatively simple. When a dc voltage is applied to the input, the BQ24163 IC begins to step down the input voltage to the desired level and regulates the output voltage. This is done by using a combination of integrating the input voltage and comparing it to a reference voltage. The current is then regulated by controlling the switching frequency of the integrated MOSFETs. This allows the BQ24163 to accurately regulate the output voltage while still providing high efficiency power delivery.

The BQ24163EVM-742 is a great tool for evaluating the performance of TI’s BQ2416x energy harvester IC family. Its efficient power delivery and wide range of protection features make it well suited for a variety of applications. In addition, its accuracy and simple working principle allow for easy testing and evaluation of the BQ2416x family of ICs. With the BQ24163EVM-742, engineers and product developers can quickly and accurately evaluate the performance of their applications in order to ensure the best performance for their end products.

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