THL 25-2413WI

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DC to DC converters are electrical circuits that are designed to convert one type of DC electrical power to another type of DC electrical power. The THL 25-2413WI is a DC to DC converter manufactured by Taiwanese manufacturer THL Power Electronics. The converter is designed for use in a variety of industrial applications such as robotic systems, industrial control systems, and renewable energy systems.

The THL 25-2413WI converter is designed to convert an input voltage of 24 to 30 VDC into an output voltage of 13.2 VDC, with an output current of up to 25 A. The converter has a high efficiency 90% and can deliver up to 75% load capacity without power loss. The converter is designed with protections against overload, short circuit and electromagnetic interference (EMI). The converter also contains EMC filters that reduce the amount of noise that is generated from the converter.

The working principle of the THL 25-2413WI converter is based on a buck regulator topology. This principle is in contrast to the boost regulator topology which is usually used in other DC to DC converters. The buck regulator works by reducing the input voltage with a high frequency signal and then storing the power in an inductor. The power is then discharged from the inductor to the output via a diode bridge. The switching frequency of the converter is adjustable in the range of 140kHz - 500kHz to optimize the efficiency, performance, and current limit of the converter.

In addition to providing an adjustable output voltage, the THL 25-2413WI converter is also capable of providing various output voltage range and ripple levels. The converter has an adjustable output voltage range of 9.5-13.2 VDC, and a peak to peak ripple of 75 mV. This makes the converter suitable for applications such as industrial, automotive and solar energy systems.

The THL 25-2413WI converter is a cost-effective solution for the conversion of 24 VDC to 13.2 VDC in a variety of industrial applications. The converter is highly efficient, has adjustable output voltage, and is designed for safe operation with its built-in protection features.

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