BQ24153AEVM-697

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Evaluation and Demonstration Boards and Kits are essential components of any product development cycle. They allow engineers to quickly evaluate and demonstrate capabilities, functions and features of a product before taking them to production. The BQ24153AEVM-697 is an evaluation and demonstration board from Texas Instruments, designed to help engineers quickly evaluate and demonstrate the capabilities of the advanced integrated circuity of BQ24153A. The board size is approximately 5x7 cm and its features are designed particularly for evaluating buck-boost Converter capabilities.

The BQ24153A is designed to step down input voltage to and from one output voltage within a wide range (5V to 20V). The chip includes an adjustable input voltage range from 7.5V to 28V, making it an ideal choice for all types of jumpers and receivers. Whether it is a jump starter, receiver, international charger, global voltage converter, or a sophisticated UPS system - BQ24153A solution can deliver the required power and optimize its distribution for various electronic applications.

The BQ24153AEVM-697 board is designed with a wide range of features for effective evaluation of the BQ24153A chip. It is a complete evaluation kit with all the components required for evaluation of BQ24153A features. The board includes the EVM device, headers for converting to all popular lab test equipment, jumpers and switches for evaluating different operating modes, and an on-board controller to enable precise measurements. The board can be operated under different loads and environments by setting various parameters.

The board also consists of an isolated buck-boost topology, which includes the battery, the Load Path Switch (LPS), the Hybrid switch, the MOSFET-based buck-boost switch and the battery switch. This is designed to provide maximum efficiency and output performance. The automatic input voltage selection feature can determine whether it is running from the AC adapter or from the battery. This way, the BQ24153AEVM-697 offers a high power solution with maximum performance, reliability and energy efficiency.

The BQ24153AEVM-697 also supports automatic protection to provide protection against overcurrent, overvoltage and overheating. The device also features RJ45, USB and CAN interfaces for communication with a PC or other external equipment. This makes it easy to configure the device for various applications. The board uses the BQ3060, a 32-bit, 16MHz processor-based management IC. This combination offers high performance while keeping power consumption low.

The board also supports flexible power routing and allows for potentiometers and switches for user control. It can be used when space is limited and the requirements for high-fidelity power control and tight control loops are critical. The board also includes diagnostic LEDs for easy troubleshooting and fault finding. In addition, the board features a graphical user interface for easy configuration of parameters.

In conclusion, the BQ24153AEVM-697 evaluation and demonstration board is designed to help engineers quickly evaluate and demonstrate the advanced integrated circuitry of the BQ24153A. Its wide range of features, combined with its highly efficient design, makes it an ideal solution for many power related applications. The board also supports automatic protection, flexible power routing, diagnostic LEDs, and a graphical user interface for easy configuration. Therefore, BQ24153AEVM-697 offers reliability, efficiency, and a great product development experience for engineers focusing on power supply solutions.

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