REC3-2405SRWZ/H6/A/SMD-R

DC DC Converters are electronic devices used to convert electric energy from one form to another. In particular, REC3-2405SRWZ/H6/A/SMD-R is a device used to convert DC voltage from one level to another with an isolated output. It is designed for general purpose, High Mechatronics and Automotive applications.

The REC3-2405SRWZ/H6/A/SMD-R application field is mainly for industrial, automotive, and high mechatronics applications. It can be used in automotive power systems such as EV/HEV, automotive sensors, electric power steering, and vehicle monitoring systems. In addition, it can be applied in general-purpose measuring and controlling systems such as industrial lighting, marine, and welding systems.

The working principle of REC3-2405SRWZ/H6/A/SMD-R is based on the chopper circuit. In the chopper circuit, a semiconductor switch (usually MOSFET) is used to drive an inductive load, and the inductive load is then connected to a DC conversion circuitry. This DC conversion circuitry consists of a diode and a capacitor, which are used to convert the DC voltage from one level to another. This DC conversion circuitry is isolated from the input voltage, thus providing an isolated output. The input voltage is then modulated and converted into a higher output voltage level.

The REC3-2405SRWZ/H6/A/SMD-R features low output voltage tolerance, precise temperature tracking and over-voltage protection. It is very efficient and can offer up to 95% conversion efficiency in its applications. The device also features a low voltage drop, low voltage noise, and a low cost design. In addition, it supports a wide input range from 12V to 36V.

In summary, the REC3-2405SRWZ/H6/A/SMD-R is a highly efficient and reliable DC DC converter which is suitable for industrial, automotive and high mechatronic applications. The device features low voltage tolerance, precise temperature tracking, over-voltage protection and high conversion efficiency. Additionally, its wide input range and low cost design make it an ideal choice for various applications.