REC3-2412DRW/H4/A/SMD

DC DC Converters

REC3-2412DRW/H4/A/SMD is a DC DC converter module designed for applications requiring a voltage conversion of 0-16VDC to 24-36VDC. It is a highly efficient module that utilizes features like synchronous rectification, full protection circuit, thermal shutdown, and adjustable speed fan to meet the industry requirements. The industrial grade quality and strict production standards make it a cost-effective option for system designers.

The working principle of the REC3-2412DRW/H4/A/SMD is based on the concept of a switching regulator. This device utilizes power switches to convert input voltage to the required output voltage. The switching regulator is able to rapidly convert the voltage between the input and output terminals to achieve the required output voltage. This is because that the switching regulator is able to optimize the ratio of on-time to off-time of the power switches. This ability gives it the advantage over linear regulators which is that it is able to provide efficient regulation of the output voltage with lower power dissipation.

The REC3-2412DRW/H4/A/SMD is designed to provide superior power conversions in a variety of applications such as DC motor controllers, robots, variable speed drives, frequency changers, power supply systems, and multiple AC/DC conversions. It is also suitable for use in medical equipment, lighting control systems, communications systems, and power distribution networks. This device is very efficient when used in applications that require voltage conversion.

In summary, the REC3-2412DRW/H4/A/SMD is a highly efficient DC DC converter module designed for applications requiring a voltage conversion of 0-16VDC to 24-36VDC. It utilizes features like synchronous rectification, full protection circuit, thermal shutdown, and adjustable speed fan to meet the industry requirements. The device is suitable for use in applications such as DC motor controllers, robots, variable speed drives, frequency changers, and power supply systems. It is highly efficient and cost-effective option for system designers.