REC3-2415DR/H1M/SMD

DC-DC converters are electronic devices that convert a direct current from one voltage level to another. REC3-2415DR/H1M/SMD is a high efficiency DC-DC converter which can convert a wide input voltage to output with tightly regulated voltage, making it an ideal tool for applications where power supply protection is essential. REC3-2415DR/H1M/SMD has a wide input voltage ranging from 8-75V and a single output voltage that can be adjusted from 11.4-13.2V depending on the application.

REC3-2415DR/H1M/SMD is a step-down, non-isolated DC-DC converter. The component works efficiently to regulate the output voltage, drawing power from the input source. Its high efficiency ensures minimum power loss when converting the voltage levels while ensuring stability of the output. This converter also features high power density and low electromagnetic interference (EMI) characteristics, making it a reliable choice for most applications.

This device has a wide range of applications such as industrial and automotive, manufacturing plants, data centers, telecommunications, consumer electronics, medical devices and other similar types of applications. Its high efficiency makes it suitable for applications demanding reliable, efficient power supplies with high power density. It is also used for microcontroller-based circuits, which often require precise DC voltage levels to be maintained.

REC3-2415DR/H1M/SMD is an economical power solution, featuring an efficient switching regulator, voltage sensing, current limiting and adjustable output voltage. The working principle of the converter is simple. It works by taking the input voltage, converting the voltage to the necessary output level and regulating it for stability. This is achieved using a switching regulator which regulates the voltage by regulating the current, ensuring that the output is consistent and stable.

REC3-2415DR/H1M/SMD is a reliable, cost-effective power solution offering numerous advantages for applications demanding stable, efficient DC-DC supplies. Its wide input range and adjustable output voltage make it suitable for a wide range of applications, ensuring reliable power delivery. The device also features low power dissipation and EMI characteristics, making it an excellent choice for applications requiring precise voltage control.