NCP432FCT2GEVB

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Evaluation and Demonstration Boards and Kits

The NCP432FCT2GEVB is an evaluation and demonstration board and kit that helps users quickly and easily evaluate the features and benefits of its NCP432FCT2G Synchronous Buck Controller IC. This board and kit offers insight into the operation of a buck converter, allowing for fast evaluation of critical design parameters such as peak current limit, switching frequency, dead time, operating conditions, etc. This kit also includes all the necessary components to construct your own buck converter design using the NCP432FCT2G.

Features and Benefits

• Evaluation of NCP432FCT2G Synchronous Buck Controller
• Tuning and analysis of critical design parameters, including peak current limit, switching frequency, dead time, etc.
• All necessary components included for easy design and prototyping
• User friendly design
• USB port connectivity option

Applications

The NCP432FCT2GEVB is an ideal evaluation and demonstration board and kit for applications ranging from low voltage and high power battery chargers to distributed power systems (DPS) and motor control applications. By taking full advantage of its integrated features, users can quickly and easily evaluate the performance of their design and create an optimized solution for their specific application.

Working Principle

The NCP432FCT2GEVB is designed to provide users with an easy to use platform to evaluate the performance of the NCP432FCT2G IC with a synchronous buck architecture. The board is very simple to use, with just a few connections and minimal components needed to get the evaluation up and running. The board contains a complete power supply circuit based on the NCP432FCT2G, including input power, output voltage, inductors, capacitors, input filtering, output filtering, feedback loop components, and other necessary components.

The user can then adjust key parameters such as switching frequency, dead time, and peak currents to tune the buck converter operation for the optimum performance for their application. Once the parameters are set, the user can monitor the converter’s performance in real-time using the monitoring ports on the board, allowing them to analyze and troubleshoot their design as needed. The board also has a USB port, which enables the user to connect the board to a PC for additional evaluation and tuning.

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