R0.25D12-153.3/P-R

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DC-DC converters are power electronic components that convert power from one form to another, usually between a DC source and a DC output. It can be used for charging batteries, regulating DC voltage, efficient power control, interface electronics to motors, drive control systems and many other applications. In this article, we will discuss the application field and working principle of the DC-DC converter model R0.25D12-153.3/P-R.

Introduction to Model R0.25D12-153.3/P-R

The R0.25D12-153.3/P-R is a DC-DC converter made by the company RECOM. It is a flyback converter designed for isolated DC-DC pattern supplementation, able to operate in wide voltage ranges from 19 V to 153.3 V and with a 0.25 A output current. It has a wide instruction temperature range from -20 ° C to +100 ° C and an efficiency of up to 88 %. This DC-DC converter works with a high frequency and can provide regulated, stable and non-creeping output voltage.

Application Field of Model R0.25D12-153.3/P-R

The R0.25D12-153.3/P-R is used in a wide range of applications such as solar energy, industrial automation, medical devices, battery chargers, automation systems, automotive and much more. It is used to regulate and control the output voltage from a DC source to a DC output. As it is a high frequency converter, it can be used to supply power to electronic circuits that require a very stable voltage output, such as those used in embedded systems and industrial automation.

The R0.25D12-153.3/P-R offers high efficiency and reliability and can be used in various power requirements. It does not generate any spikes or surges to the load, and it can withstand transient currents or voltage drops. It is also eco-friendly, as it is RoHS compliant and its components are lead-free.

Structure and Working Principle of Model R0.25D12-153.3/P-R

The R0.25D12-153.3/P-R DC-DC converter has a flyback topology. It is composed of four main components, namely the transformer, the MOSFET, the induction coil and the diode. The input is connected to the primary winding of the transformer, which stores energy in the magnetic field it generates.

When the MOSFET turns on and off, it creates a pulsing signal to the primary winding. This signal generates an AC current which then produces a magnetic field that is transferred to the secondary winding. The secondary winding is then rectified by the diode, and the output is regulated by the induction coil. This regulation adjusts the output voltage for current surges or drops that may occur.

Conclusion

The R0.25D12-153.3/P-R DC-DC converter from RECOM is a reliable and efficient device that can be used for a wide range of applications. It offers regulated output voltage and reliable performance in a wide range of operating conditions. It can be used for renewable energy systems, industrial automation, medical devices, battery chargers, and much more. This DC-DC converter model is designed to power electronic circuits that require a very stable output voltage. We have discussed its application field and working principle in this article.

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