R0.25D12-1209/P-R

DC DC Converters

As the name implies, a DC DC converter is an electronic device for converting direct current (DC) from one voltage to another. This is accomplished by using an oscillating electrical current to create an alternating current (AC) with a process called rectification, which then gets rectified into a direct current with the use of another process called inversion.

DC DC converters are an essential piece of equipment in many electronic devices, with applications ranging from lighting, motors, computers, and telecommunications and other electronic equipment. This is because DC DC regulators are designed to suit different applications by providing adjustable output voltage, output current, frequency, and circuit resistances.

R0.25D12-1209/P-R Application Field and Working Principle

The R0.25D12-1209/P-R application field provides a high-efficiency, low-cost, and compact solution for high-voltage applications, such as electric automotive, wind industry, healthcare, industrial control, UPS, and LED lighting systems. It features a minimum voltage of 0.15V, maximum voltage of 5V, and output current of 12A.

The working principle of the R0.25D12-1209/P-R is based on the conversion process of the oscillating electrical current to a constant direct current. First, the incoming AC current is rectified to produce DC output. Next, the inversion process is used to convert the DC output to the required voltage. The inversion process also regulates the output voltage for the desired output current. The regulator also provides a voltage feedback loop to ensure that the output voltage remains within the specified range.

In addition, the R0.25D12-1209/P-R features a built-in Over Temperature Protection (OTP) that monitors and limits the maximum temperature of the module, ensuring better reliability and higher safety. It also features low ripple noise and low EMI, allowing for reduced electromagnetic interference in applications.

Conclusion

The R0.25D12-1209/P-R DC DC converter is an efficient and low-cost solution for high-voltage applications. It features adjustable output voltage, output current, frequency, and circuit resistances that make it suitable for a wide range of applications. In addition, its built-in Over Temperature Protection and low ripple noise and EMI ensure better reliability and reduce electromagnetic interference.