PF2472-390RF1

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Through Hole Resistors are some of the most common components in electronic circuit designs. They offer designers a wide variety of options that can meet the requirements of most applications. PF2472-390RF1 is a type of through hole resistor that offers excellent performance in space-constrained applications. In this article, we will discuss the application fields and working principle of PF2472-390RF1.

Applications

PF2472-390RF1 is suitable for multiple applications, such as high-frequency designs, pulsed-load designs, power supply circuits, DC-DC converters, and high-temperature environments. They offer excellent noise suppression, temperature stability, power dissipation capability, and overall reliability. Due to their superior performance, PF2472-390RF1 resistors are favored by the medical, automotive, military, and aerospace fields due to their high reliability and precision.

Working Principle

PF2472-390RF1 resistors are made from high-purity, high-temperature oxide ceramic materials. The unique formulation of the ceramic material allows them to withstand high temperatures and provide superior performance in space-constrained applications. In addition, the optimized network structure helps with the current distribution amongst components and leads to a better thermal stability. Furthermore, the superior resistance to high-frequency noise makes PF2472-390RF1 resistors ideal for high-frequency applications. When the power is applied, PF2472-390RF1 resistors convert the electrical energy into heat. The amount of heat generated by the resistor depends on the current, voltage, and resistance of the resistor.

Conclusion

PF2472-390RF1 through hole resistors are an invaluable component in many electronic applications. Their excellent noise suppression, temperature stability, power dissipation capability, and overall reliability make them ideal for many space-constrained applications. They are favored by the medical, automotive, military, and aerospace fields for their precision and high reliability. Lastly, PF2472-390RF1 resistors convert electrical energy into heat in order to transfer the current through the device.

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