VE-J4K-MZ-S

DC-DC converters are specialized power supplies that provide a specific type of DC output from a DC input. The most common applications are found in computers, phones, and other electronic devices, but they are also widely used in industrial and commercial applications.

The VE-J4K-MZ-S is a four port isolated DC-DC converter designed to convert higher input voltage from any of its four source ports into a wide range of lower output voltages. The 4 ports are capable of providing up to 30W of regulation power per port with a maximum total of 60W from all four ports combined. The input voltage range is between 10-58V and the output voltage range is between 0.6-37V. Its reverse-connect protection feature ensures that device operation will not be affected by reverse polarity connection of its input or output ports.

The VE-J4K-MZ-S features an advanced current waveform cycle-by-cycle high accuracy current limit circuit that provides very precise current control, reducing the impact of input capacitors and allowing better overall system efficiency. Furthermore, it can automatically detect input over-voltage and under-voltage conditions and respond accordingly. This allows the device to protect both itself and other components, minimizing system cost and ensuring reliable operation.

The VE-J4K-MZ-S also features a wide range of system built-in features such as adjustable soft-start time, output voltage tracking, power-save mode, and adjustable pulse-width modulation frequency. These features allow for easy customization of the device to meet specific application requirements. Additionally, the device is designed with a comprehensive range of safety certifications, including UL, CUL, TUV, and CE, ensuring reliable operation in any environment.

Overall, the VE-J4K-MZ-S is an advanced multi-port DC-DC converter designed to deliver high efficiency, wide input voltage, and a diverse range of output voltages. With multiple protection features and a wide range of system built-in features, the VE-J4K-MZ-S is an ideal choice for applications requiring a high level of performance and reliability.