JWS10024

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AC DC converters, in their most general form, transform alternating current (AC) to direct current (DC). The JWS10024 is a high power DC to DC converter specifically designed for use in applications where a very high output current is needed while operating over a wide temperature range. The JWS10024 is ideal for a variety of applications including lighting, communications, information technology, industrial, consumer, medical, and automotive applications that require tight current regulation.

The JWS10024 AC DC converter utilizes switch mode technology to convert AC mains voltage to a high voltage DC. The input voltage range ranges from 90 to 265 VAC and the output voltage is adjustable from 0 to 400 VDC with a peak current of 100A. The device has high efficiency and low noise because of its switch mode design. It also features active current sharing, which allows multiple units to be paralleled to increase the total current output.

The JWS10024 has an integrated control circuit, which makes it easy to set the output voltage. This control circuit is also used for over-voltage and over-current protection. It features a remote On-Off control for easy power-down of the main output. Additionally, the converter has adjustable current limit, voltage regulation, and thermal protection to ensure operational safety.

The JWS10024 AC DC converter has a wide temperature operating range of -40°C to +85°C, and it is housed in a RoHS compliant package for easy integration into any application. The unit is very reliable and has a good surge protection rating to protect the unit from surges and transient spikes. This unit is also highly-efficient; it has a maximum efficiency of up to 85% at full load.

The JWS10024 AC DC converter is an ideal solution for any application that needs very high output current over a wide temperature range. Its integrated control circuit and protection features make it a reliable and rugged device, while its wide temperature operating range and RoHS compliant design make it easy to integrate into any application. The device is also very efficient, with a maximum efficiency of up to 85% at full load.

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