THM 15-2422WI

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DC-DC converters are used in many applications to step up or step down voltage as needed. The THM 15-2422WI is one such converter that is versatile and can be used in a wide range of applications. It is a step-down converter that can convert a 15 V input voltage to a 2.2 V output voltage. It is specifically designed for low power applications, making it suitable for use in automotive, consumer, computer, and various other electronics applications.

The THM 15-2422WI converter is a synchronous, buck-boost converter and utilizes advanced synchronous rectification technology to provide high efficiency levels up to 96%. It has an emission-free switching frequency of 500 kHz with 1.2 A continuous current output that is adjustable with external resistors. The converter has high accuracy precision settings that are adjustable with external resistors, allowing it to deliver an output voltage range of 0.6 V to 15 V. It also features a fine-tuning function that allows users to adjust the output voltage within a ±3% accuracy range, and has a built-in overcurrent/short-circuit/overvoltage protection. The wide input voltage range of 4 V to 35 V makes the THM 15-2422WI suitable for many different applications.

The working principle behind the THM 15-2422WI is based on the ability to convert a large input voltage to a small output voltage with minimal power losses. It utilizes advanced synchronous rectification technology for efficiency levels up to 98% with very low electromagnetic interference levels of 0.1 mS. This technology ensures that the output voltage is accurately regulated and is well suited for use in applications where the output needs to be precisely regulated. The fine-tuning function of the THM 15-2422WI also ensures that the output voltage is within a pre-set range for stable operation.

The THM 15-2422WI DC-DC converter is a versatile and efficient solution for many applications, and is suitable for use in automotive, consumer, computer, and various other electronics applications. Its high efficiency levels, adjustable output voltage, and low electromagnetic interference make it an ideal choice for applications requiring low power and precise regulation.

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