R0.5D-2412/H

DC DC converters, such as the R0.5D-2412/H, are electrical devices used to convert a direct current (DC) power source into a different voltage level and/or frequency. The R0.5D-2412/H is a DC/DC converter with a low profile, high performance, pin-for-pin compatible and an efficiency up to 94% with synchronous rectification.

The R0.5D-2412/H provides a single-channel, universal input and wide output range, making it suitable for a variety of applications, including industrial and consumer products. It is a perfect solution for laptop and desktop computers, displays, consumer electronics, all-in-one PCs, industrial control systems, and more. In addition, the R0.5D-2412/H also offers overcurrent, reverse voltage and short circuit protection.

The R0.5D-2412/H DC DC conveter has an input voltage of 4.5~28V DC/DC, an input ripple current of 30mV max , an output voltage of 0.5~12V and a total output power of 15W. It also has a high conversion efficiency of up to 94%. The operating temperature range of the converter is -40°C ~ +90°C.

After understanding the characteristic of the R0.5D-2412/H DC/DC converter, let us take a look at its application fields and the working principle. The R0.5D-2412/H can be applied in a wide range of application fields such as laptop and desktop computers, displays, consumer electronics, all-in-one PCs, industrial control systems, and more.The working principle of R0.5D-2412/H converter consists of two sections: the boosting section and the bucking section, which work together to convert the input voltage to the output voltage. In the boosting section, the high input voltage is converted to a higher output voltage using a step-up converter. In the bucking section, the high input voltage is converted into a low output voltage with the help of buck converter. The two sections are connected with a PWM circuit which controls the current of the input voltage.

In conclusion, the R0.5D-2412/H DC/DC converter is a high performance, low profile, pin-for-pin compatible and efficient product which can be applied in a wide range of fields. It adopts the boosting and bucking technique which works to convert the input voltage to the output voltage.