XCL206B0M3CR-G

XCL206B0M3CR-G, a member of the DC-DC converters, is commonly used in signal transmitting, controlling, and power supply applications. It reduces the voltage from a high-level (input) of up to 600V to a lower-level (output) of up to 5V to supply power to the low-voltage circuit. It can also reverse the flow of electric power and dual-directional voltage and current transformation.

XCL206B0M3CR-G DC-DC converters are built with switching regulators, which work by using semiconductor elements to alternate between on and off states. In on-state, the active element is put in series and carries current through the transistor to the load. In off-state, the active element is kept shorted and soft-commutates the switch node to the opposite potential of the waveform. These alternations of states are controlled by feeding the feedback signal into the base or gate of the active element.

The applications of XCL206B0M3CR-G DC-DC converters are wide-ranged. It is most commonly used in industrial, telecommunications, military, automotive, railway, and smart city applications. Especially, it is the most suitable DC-DC converter for applications requiring high noise immunity because of its low input-output ripple and the capability to filter out high frequencies. Moreover, with its high power density, XCL206B0M3CR-G is suitable for applications where size and weight are critical, such as embedded systems with space constraints.

To ensure the reliable operation of XCL206B0M3CR-G DC-DC converters and prolong its service life, some additional features and protective functions are implemented in the product. These features includes an input-output over-voltage protection circuit to protect against an over-voltage condition on either the input or output side, an input-output over-temperature protection circuit to prevent damage resulting from an increase in temperature, and a current sharing circuit which can be used to support the distributed power design.

XCL206B0M3CR-G DC-DC converters is a reliable and efficient power product that is used in a variety of applications. With its wide range of input-output voltage, advanced features and protective functions, it is the perfect choice for the application requiring high noise immunity, power density, and efficiency.