VI-JWR-MX-B1

DC DC Converters

DC-DC converters are electrical power conversion devices which receive a DC voltage input and produce a different DC voltage output. DC-DC converters are used in many applications such as automotive, aerospace and military applications. One such DC-DC converter is the VI-JWR-MX-B1.

The VI-JWR-MX-B1 is a high isolation, high temperature, high efficiency DC-DC converter with low ripple noise, designed for powering SoC’s, FPGA’s, and ASICs as well as other electronics. It has an 18-75V input range and produces 3.3V or 5V output with an output current ranging from 2A to 10A. It operates with a switching frequency of up to 1.5MHz and can handle up to 95% efficiency. The converter also features an operating temperature range of -40 C to +125 C.

The working principle of the VI-JWR-MX-B1 is based on the principle of buck converters. In buck converters, the converter forces current to flow through the inductor at a fixed frequency and a controlled duty cycle determined by the control circuit. The inductor then stores some energy and the converter converts the DC voltage to a different, lower DC voltage at the output.

The VI-JWR-MX-B1 uses two main components - the Inductor and Switch. The inductor is connected in series to the input DC voltage and a switch is placed at the end. The switch is closed and allows the current to flow through the inductor. When the switch is opened, the current drops and the inductor generates electrical voltage. This voltage is switched and transformed into the desired output voltage.

The VI-JWR-MX-B1 converter also features protection measures such as short circuit protection, over current protection, and over temperature protection. These features make the converter ideal for applications that require high isolation and high efficiency. The converter can handle the highest amount of input voltage and has the highest temperature rating possible.

The VI-JWR-MX-B1 DC-DC converter is used in many applications such as automotive, aerospace and military applications. It is ideal for powering SoC’s, FPGA’s, and ASICs as well as other electronics that require high isolation, high efficiency and good protection. With its high isolation, high temperature range and low ripple noise, this power converter is an excellent choice for many applications.