VI-B7K-MY-F2

DC/DC converters are devices that convert a high-voltage DC power rail into a lower-voltage DC power rail. The VI-B7K-MY-F2 DC/DC converters are specifically designed to provide an isolated low-voltage DC power rail. The VI-B7K-MY-F2 converter is a high-performance, full bridge DC/DC converter that is capable of operating at input voltages up to 700 VDC. This converter has a low profile and high efficiency, making it ideal for a variety of applications.

The VI-B7K-MY-F2 is designed for use in a variety of applications, including solar cells, automotive batteries, and renewable energy systems. This converter is designed to provide an isolated output voltage of 37.5 VDC with an input voltage range of 140-700 VDC. The VI-B7K-MY-F2 features a high-performance power stage, integrated EMI filter, isolated gate drive and enable inputs, and an output voltage level adjustment. The converter also includes a short circuit protection and an integrated active current limiting system.

The working principle of the VI-B7K-MY-F2 DC/DC converter is based on a full-bridge circuit topology. The input voltage is converted into a DC output voltage by a switching power supply. The full bridge topology provides high efficiency, low EMI levels, and a wide input voltage range. The integrated EMI filter allows the converter to operate in noisy environments. The integrated active current limiting system ensures robust and reliable operation even under short-circuit conditions. The output voltage level can be adjusted via an enable input, allowing for the output voltage to be set to any voltage within its range.

The VI-B7K-MY-F2 DC/DC converter is well-suited for a variety of applications that require low-voltage DC power rail conversion. This converter has an integrated EMI filter, short-circuit protection, and integrated active current limiting system. These features make the converter ideal for solar cells, automotive batteries, and renewable energy systems. The VI-B7K-MY-F2 also has a low profile and high efficiency, making it an ideal choice for a variety of applications.