BQ2650X-TESTER

BQ2650X-TESTER is an evaluation board and kit designed for rapid prototyping, evaluation and demonstration of Texas Instruments (TI) BQ2650x parameters, such as various coulombic voltages, current sources, and other electrical characteristics. This board features low power consumption and high accuracy, stable, and reliable performance. It only weighs about 55g (including its printed circuit board (PCB) and components).

Application Field

The BQ2650X-Tester is mainly used for designing parameters to meet the specific requirements for a wide range of battery device applications, such as portable electronic devices, energy storage systems, medical diagnostics, power packs, drones, and other related solutions. It also permits debugging and verification of hardware and wire connections, as well as other related parameter settings. This board can be used to perform experiments for a wide range of battery powered applications, such as testing battery voltage, current control and other conditions.

Working Principle

The working principle of BQ2650X-Tester is based on a constant current source applied to the measuring cell of the board. The constant current source is determined according to the required battery parameters. A sensing circuit is then used to measure the voltage by converting the measured current into a corresponding voltage value. The voltage is then compared with the constant current of the circuit to obtain the desired battery parameters, such as coulombic voltages, current sources, and other electrical characteristics.

Conclusion

The BQ2650X-Tester is a reliable and cost-effective evaluation board and kit for rapid prototyping, evaluation and demonstration of Texas Instruments (TI) BQ2650x parameters. The board features a low power consumption, high accuracy, stable and reliable performance. It is used for a wide range of battery device applications, such as portable electronic devices, energy storage systems, and other related solutions. The board operates based on a constant current source applied to the measuring cell of the board, and uses a sensing circuit to measure the voltage. Thus, it allows for obtaining the required battery parameters accurately and efficiently.