NCP1400AV25EVB

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The NCP1400AV25EVB is a DC/DC & AC/DC off-line SMPS evaluation board from ON Semiconductor. It offers a compact, high-performance solution that is suitable for many low-to-medium power system designs. Its flexible design allows for easy integration into existing system designs. The board is an ideal platform for testing and evaluation of AC/DC and DC/DC SMPS solutions.

The NCP1400AV25EVB uses an ON Semiconductor NCP1400AV25 buck DC/DC converter IC as its main controller. This IC provides excellent efficiency and offers up to 25W of power using an input voltage of 18-90V. It can also perform burst mode or pulse width modulation (PWM) operation. The board has an adjustable output voltage range of 1.5V-30V. This enables the user to select the optimum power supply output voltage for their specific application.

The board also includes a snubber circuit and a current limit circuit designed to protect the system from overvoltage and overcurrent conditions. The output voltage can be monitored and controlled using the NCP1400AV25 EVB\'s on-board "OVP" monitor input. The OVP monitor input allows the system to detect an overvoltage condition and adjust the power supply output accordingly.

The NCP1400AV25EVB is also compatible with a wide variety of AC/DC power supplies. It has a dedicated "AC/DC" input port which can be used to connect an external AC/DC power supply. This allows the user to test and evaluate a wide range of AC/DC and DC/DC power solutions using the same evaluation board. Additionally, the board also includes a dedicated 5 VDC power supply which can be used to interface with third-party peripheral devices.

Overall, the NCP1400AV25EVB offers a great platform for testing and evaluating low-to-medium power DC/DC & AC/DC off-line SMPS designs. Its flexible design and wide input voltage range make it an ideal choice for a variety of applications. Additionally, its on-board protection circuits and adjustable output voltage feature make it a great choice for applications that require protection from overvoltage and overcurrent conditions.

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