NB4N855SMEVB

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The NB4N855SMEVB evaluation and demonstration board offers a complete design environment for the development of power supply and battery charging designs. It is an easy-to-use and affordable platform to evaluate the performance of TI\'s TPS5430 and other battery charging ICs with various battery chemistries. The board also provides a comprehensive set of power supply and load management features for rapid prototyping of power designs. The board includes a USB-powered power supply input and an adjustable output voltage range, allowing designers to safely evaluate and demonstrate the performance of their design.

The NB4N855SMEVB board operates on the TI TPS5430 controller and has an adjustable output voltage range of 5V–24V. It is designed to efficiently support both LiFePO4 and Li-Ion or Li-Polymer batteries. The board also features a highly integrated power supply with an adjustable output current that can be adjusted to suit your design simulation. As a result, users can easily adjust the board to accurately simulate their design without any external power components.

The NB4N855SMEVB evaluation board includes a USB-powered power supply with an adjustable output current setting that can simulates a variety of topologies. The board also features on-board safety and fault monitoring to ensure the stability and safe operation of the power supply, and an over current protection feature for short-circuit protection of the test system. In addition, the board includes various other features, such as a voltage detector, a voltage regulator, an adjustable ripple filter, and a temperature monitor.

The NB4N855SMEVB evaluation board also features a dedicated battery charging controller to drive the external power elements to charge the battery. It works in various modes, such as Constant Voltage, Constant Current, Trickle Charge, and Automatic Re-charge. These modes ensure optimal charging for different battery chemistries. Additionally, the board output features over-charge protection, and thermal control to protect the battery from high temperatures.

In conclusion, the NB4N855SMEVB evaluation board offers an efficient and easy-to-use platform for the development and demonstration of power supply and battery charging designs. With its adjustable output voltage range, highly integrated power supply, and dedicated battery charging controller, the board can effectively support various battery chemistries, ensuring optimal charging performance. Furthermore, with its on-board safety and fault monitoring, and over current protection features, the board can ensure a safe and reliable design simulation.

The specific data is subject to PDF, and the above content is for reference