BQ24272EVM-759

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Evaluation and Demonstration Boards and Kits are specially designed to help expedite the development of various electronic projects. The BQ24272EVM-759 is one such example. It is an advanced evaluation and demonstration board for Texas Instruments’ highly efficient synchronous buck controller, the bq24272.

Texas Instruments’ bq24272 has earned its place among the ranks of the best synchronous buck controllers due to its power efficiency. The BQ24272EVM-759 is an easy-to-use platform to test and demonstrate the bq24272’s capabilities. It allows engineers to reduce time to market, develop richer feature sets, and optimize their designs.

The BQ24272EVM-759 evaluation and demonstration board features two channels, each with a high-side mosfet and low-side mosfet. It delivers up to 2.5A of output current at 5V output voltage. The board can accept input voltages ranging from 4.5 to 14V and features power path and charging capabilities for multicell applications.

The BQ24272EVM-759 is compatible with the DIP package of the bq24272. This board simplifies the evaluation of board layout, component selection, and power sequencing for the system. The board also features an I2C interface for controlling and monitoring the system. It also features a variety of protection features including overvoltage protection and overcurrent protection.

The BQ24272EVM-759 offers two working modes: open-loop and closed-loop. In open-loop mode, the board is set to a fixed voltage. This mode is suitable for simple applications where the output voltage is to be held at a constant level. In closed-loop mode, the board is set to a feedback mode. This mode is recommended for applications that require an accurate output voltage given varying loads and input voltages.

The BQ24272EVM-759 is an ideal platform for evaluating Texas Instruments’ BQ24272 synchronous buck controller. It simplifies the evaluation process by providing high efficiency, two channels, and protection features. This board is an ideal solution for applications that require an accurate output voltage given varying loads and input voltages.

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