R24P06S

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DC DC Converters

DC (Direct Current) to DC converters provide voltage conversion from one DC voltage to another. They are used to power devices in a wide variety of applications. One specific type of DC to DC converter is the R24P06S converter.

Application Field

The R24P06S converter is a high-frequency, high-efficiency buck converter designed for use in applications such as LED lighting, computer motherboards, and consumer electronics. It offers adjustable outputs from 4.5 to 40 volts with up to 2 amps of current. It can be used to convert a DC voltage to a different DC voltage, making it ideal for applications that require a step down or step up in voltage. This converter also features outstanding ripple rejection, low dropout, low standby current, and low thermal resistance.

Working Principle

The basic working principle of the R24P06S converter is similar to that of other DC to DC converters. The input voltage is drawn from a source of direct current, such as a battery, and the output voltage is generated at a different level. This is accomplished by passing the input voltage through a series of turns and taps found in a magnetic core. These turns and taps serve as a “transformer” of sorts, manipulating the input voltage into its desired output voltage. A Schottky diode is then used to rectify the output voltage, allowing only the positive half cycle of the output waveform to be received. Finally, a filter capacitor is employed to help smooth the output voltage. By cycling the input voltage three times for each output voltage cycle, the R24P06S converter is able to achieve a higher efficiency rating than traditional DC to DC converters.

Conclusion

The R24P06S converter is a high-efficiency, high-frequency DC to DC converter designed specifically for use in applications such as LED lighting, computer motherboards, and consumer electronics. It offers adjustable outputs from 4.5 to 40 volts with up to 2 amps of current, and features outstanding ripple rejection, low dropout, low standby current, and low thermal resistance. The basic operation of the converter is similar to other DC to DC converters, passing the input voltage through a series of turns and taps in a magnetic core, followed by a Schottky diode rectifier and filter capacitor. By cycling the input voltage three times for each output voltage cycle, the R24P06S converter is able to achieve a higher efficiency rating than traditional DC to DC converters.

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