MGJ2D052005SC

DC DC Converters

MGJ2D052005SC is an integrated DC-DC converter module designed to operate efficiently and meet the electric power needs of various industrial applications. The module provides a single ended input voltage range of 8-50V and a power output of up to 200W. It features an adjustable output voltage of 5-42V as well as current protection of up to 1.4A. The variable output frequency helps to optimize the power conversion efficiency and to reduce the total harmonic distortion.

Application Field

The MGJ2D052005SC DC-DC converter can be applied in a wide range of applications. It is particularly useful in energy conversion systems such as renewable energy sources, automotive, aerospace and medical equipment. In addition, this DC-DC converter can be used in industrial automation, electric mobility, consumer electronics, and other industrial and domestic applications.

Working Principle

The MGJ2D052005SC DC-DC converter works on a simple principle. It takes a constant voltage input (8-50V) and converts it to a scaled output voltage (5-42V) by controlling the switching frequency and the duty cycle of an internal transistor switch. The output voltage and current are determined by the input voltage and the duty cycle of the transistor switch. This adjustment of duty cycle is achieved through Pulse Width Modulation (PWM). The pulse width of the PWM waveform is controlled by an external signal that is input from an on-board Microcontroller Unit (MCU). The control signal adjusts the duty cycle so as to modify the output voltage. By regulating the switching frequency, the converter can meet the desired output voltage and current while minimizing the power conversion losses and achieving maximum power efficiency.

Conclusion

The MGJ2D052005SC DC-DC converter is an efficient and reliable device for various industrial applications. It is capable of operating over a wide voltage range and has current protection of up to 1.4A. Its internal MCU allows for precise adjustment of the output voltage and current through pulse width modulation. It is also well suited for use in renewable energy sources, automotive, aerospace and medical equipment.