BQ26100EVM

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Evaluation and Demonstration Boards and Kits provide an efficient way to learn about a specific application’s details. The BQ26100EVM is a versatile solution that offers excellent performance and advanced features. It is designed to make it easy for designers to evaluate the BQ26100 integrated circuit (IC) for their applications. This article will discuss the various applications this board can be used for and its working principle.

The BQ26100EVM is a great choice for applications where a user needs ultra-low power and high accuracy battery monitoring. The board enables users to see the data provided by the IC in real time, and to adjust the IC’s parameters in order to optimize performance. It can be used in applications such as medical and industrial devices, power management systems for automotive and robotics applications, and more.

The board consists of the BQ26100 integrated circuit, and several additional RC components. The board is equipped with an on-board 3.3 V supply, two LEDs, two push-buttons, a header, and five potentiometers. The BQ26100 integrated circuit measures a battery’s charge level, coulomb count, and other parameteres related to battery life. The integrated circuit can detect the battery’s voltage, temperature, and other properties. Additionally, it can be used to monitor battery’s aging state.

The board’s working principle is based on the principle of Coulomb counting. This technique is used to measure the charge of a battery by counting the number of amp-hours that flow in and out of the battery over a given period. The BQ26100 integrated circuit uses this technique to measure the battery’s charge and other properties. Additionally, the potentiometers on the board are used to adjust the IC’s parameters such as charging current, charging voltage, and discharge current.

The BQ26100EVM is a powerful tool for prototyping and development of various applications. It offers an easy and cost-effective way to evaluate the features and performance of the BQ26100 integrated circuit. The board is also equipped with convenient features such as the two LEDs, two push-buttons, and the header. The board’s working principle ensures that the integrated circuit accurately measures a battery’s charge level, coulomb count, and other parameters related to battery life.

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