BQ76925EVM

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Evaluating and demonstrating different electronic designs and products has become a necessity in today’s technological world. Evaluating and demonstrating electronic designs and products need a proper board to work, and the BQ76925EVM is one of the well-known evaluation and demonstration boards and kits available in the market.

The BQ76925EVM belongs to the family of TI bqEVM modules and is manufactured by Texas Instruments. This module integrates a battery monitor IC with system interface and provides a suitable platform for the estimation of SOC behavior of a rechargeable battery. The purpose of having such system is to accurately measure the state of the charge, the voltage and the current of the lithium-ion battery.

The BQ76925EVM includes several useful features such as an integrated ADC for high current measurement, a 32-bit RISC-C based MCU that can perform SOC-based monitoring, over temperature protection, open-circuit and cell balancing, current sensing, and over current protection. It also provides a variety of features for different applications such as monitoring and controlling charge and discharge currents, alerting on full charge levels, providing accurate information about the battery’s state of charge and discharging, and providing quick access to all the connected components.

This module is designed in such a way that it can be used for evaluating and demonstration of various applications where battery monitoring is required. It is suitable for applications in the automotive, industrial, consumer, medical and communications markets. Applications of this module include driving systems, fuel cell control systems, signal measurement systems, and energy management systems.

In automotive applications, the BQ76925EVM can be used for various purposes such as monitoring the battery’s state of charge, monitoring the current and voltage of the battery, alerting on full charge levels, and providing quick access to different connected components. In medical applications, the BQ76925EVM can be used for monitoring patient health and alerting in cases of any medical emergency. In industrial applications, the BQ76925EVM can be used for monitoring and controlling the current and voltage of system components, alerting on full charge levels, and providing quick access to all connected components.

The BQ76925EVM is based on the BQ76925 device, a 32-bit microcontroller system-on-chip (SOC) which is based on the RISC-C core. This BQ76925 device includes an integrated ADC to enable high current and voltage monitoring, and also includes a power pathways controller, a signal conditioning engine, and a temperature sensing engine. This SOC provides a platform to accurately monitor the battery’s state of charge, voltage, and current.

In addition, the BQ76925EVM also includes a range of safety features to ensure that the battery is monitored and controlled in a safe and reliable manner. These features include over current protection, open circuit/cell balancing, current sensing, and over temperature protection. These features allow the BQ76925EVM to serve as a reliable and flexible tool for evaluating and demonstrating battery maturing, transfer, and balancing functions in a wide range of applications.

The BQ76925EVM offers a comprehensive evaluation and demonstration platform for evaluating and demonstrating different electronic designs and products. It can provide many benefits such as accurate battery state-of-charge measurement, monitoring voltage and current of a lithium-ion battery, alerting on full charge levels, quick access to all connected components, and the integration of safety features for accurate and reliable operation. The BQ76925EVM is therefore the perfect example of evaluation and demonstration boards and kits available in the market.

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