ROHM Evaluation Board for BD71631QWZ Battery Charger with 2.9V to 5.5V Input Range BD71631QWZ

The ROHM BD71631QWZ Evaluation Board is a dedicated development tool to test and evaluate the BD71631QWZ battery charger IC. It supports a wide power supply input range of 2.9V to 5.5V and provides a charging battery voltage between 2.0V and 4.7V adjustable with external resistors. This board facilitates safe battery charging with integrated safety features such as a fixed 10-hour safety timer, under voltage lock-out, thermal shutdown detection, and battery over voltage protection.

This evaluation board is ideal for developers and engineers designing and testing battery charging applications that require stable and reliable charging management. It is compatible with the BD71631QWZ IC, making it suitable for prototyping and development in industrial electronics projects, power management systems, and battery-operated device designs.

Designed for industrial and development use, this evaluation board offers a robust platform to analyze the performance and characteristics of the BD71631QWZ charger IC under various operating conditions. Its compliance with RoHS standards ensures environmentally responsible manufacturing.

Charges batteries up to 4.2V from a 5V input supply. Built-in fixed 10-hour safety timer for secure charging. Includes under voltage lock-out for power supply protection. Thermal shutdown detection prevents overheating damage.

Battery over voltage protection ensures safe operation. Designed for evaluation and development purposes with BD71631QWZ. Compliant with RoHS standards for environmental safety.

The board provides an accessible means to assess the charging IC features for applications in power management, integrated circuit testing, and development of battery-powered electronics. Browse EnvMart's wide selection of Evaluation Boards and development kits for electronics design projects.