20IMX4-12-8K

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DC DC Converters are essential electronic components in many different applications because they facilitate power conversion between direct current (DC) and alternating current (AC). They can regulate input voltages and currents, enable multiple step voltage adjustments, improve efficiency levels, provide high reliability, and reduce power losses. The 20IMX4-12-8K is one of many such converters available on the market.

Application Field of 20IMX4-12-8K

The 20IMX4-12-8K is designed to provide power levels from 800W to 1000W with low standby power consumption and quiet operation. It is often used in automotive, industrial, medical, and military applications. It is also suitable for renewable energy systems and distributed power systems. It can provide power to sensors, communication modules, and other power-sensitive equipment.

Working Principle

The 20IMX4-12-8K features a rugged, all-enclosed aluminum housing and six-pin terminal input with a wide 36-72Vdc input voltage range and 90-110Vdc output voltage. It’s primary protections include over-temperature, overload, and short-circuit conditions. The integrated module works in cooperation with a control board to provide output power ranging from 48W to 500W. It has a wide 100~50kHz switching frequency range and user friendly adjustment configurations.

The 20IMX4-12-8K is used to convert the input current from AC to DC and stores it in a capacitor. A switch is then activated which reduces the voltage and increases the frequency of the current, while also controlling the current flow. When the frequency reaches the pre-set level, the switch is then opened, creating a current which is then converted back to a DC current and sent to the output. This is then used to power electronic components and other devices.

Conclusion

The 20IMX4-12-8K is a versatile, reliable DC-DC converter with significant input range and output power levels. It can be used in a variety of applications and is suitable for renewable energy systems and distributed power systems. Its integrated design and rugged aluminum housing offer excellent performance and low standby power consumption. Its primary protections include over-temperature, overload, and short-circuit conditions.

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