R0.25DA-120505-R

DC DC Converters

The R0.25DA-120505-R DC DC converter is a type of switching power supply with a special design that allows for improved power efficiency and enhanced heat dissipation. It is an advanced device that features high-frequency pulse-width modulation to regulate the output voltage. This converter is specially designed for high power applications, such as power supplies and server power supplies.

The device utilizes two symmetrical power sources. The output power is then converted from one voltage level to another with a process known as pulse-width modulation. This process is achieved by adjusting the duty cycle of the input voltage waveform. The output voltage is then proportional to the duty cycle. The R0.25DA-120505-R boasts a pulse-width modulation frequency of several hundred kHz, enabling it to respond quickly to changes in the load current.

The R0.25DA-120505-R is designed with a high-efficiency protection function, helping to protect it from overload and short circuit. Additionally, it uses a double-shield structure and silver slits to protect it from high-frequency noise, thus preventing interference and signal dropout. It also has an emergency stop function to protect against potential failures in the power supply.

In terms of output characteristics, the R0.25DA-120505-R DC DC converter has a wide output voltage range. This includes a maximum voltage of approximately 48V with a nominal voltage of 24V. It is able to provide a maximum output current of 7.2 A and has a typical power factor of 0.8. Finally, its minimum turn-on voltage is approximately 5.5V.

Overall, the R0.25DA-120505-R is a robust and reliable DC DC converter that can be used in a variety of applications. It is compatible with most standard power supplies and server power supplies, making it a great choice for high power applications. The device is highly efficient, with an impressive power factor and high-frequency pulse-width modulation to provide stable power output. Additionally, it is designed with additional protection features for increased safety and performance.