RNR60H1003FPB14

Through Hole Resistors are one of the most commonly used electrical components. They are used in all manner of electrical and electronic circuits, including in various industrial products.RNR60H1003FPB14 is a recently popular through-hole resistor from a frontier manufacturer.

Application Field

RNR60H1003FPB14 is a high quality, high precision resistor designed for high-frequency providing high reliability and accuracy. It offers extremely low DCR and low inductance features. The resistor is rated for a power of 1W and is suitable for professional applications, such as in high frequency radio & television transmission, high-frequency power semiconductor devices, and switching power supplies. It is also suitable for military and aerospace applications.

Working Principle

A resistor is an electrical component that resists the flow of current and therefore controls the current (and voltage) flowing in an electrical circuit. A Through Hole Resistor is simply a metal (or other conductive material) that passes a current through it and which has a specific resistance. This resistance is what allows it to have a specific function in an electrical circuit, such as controlling the voltage or current flowing in the circuit. In the case of the RNR60H1003FPB14, its high precision and low inductance features allow it to be used to regulate high-frequency electrical circuits.

The RNR60H1003FPB14 resistor has a low resistance measurement (Rw) range of 0.01-9.0 Ω, with a standard ±0.1 % tolerance. It also has a high-temperature stability of 0.10 %/°C, helping it retain its resistance over time and temperature. Additionally, its ultra low DCR feature makes it ideal for high-frequency switch mode power supply applications. It is rated for a full-load current of 1A at an operational temperature of -55°C to 130°C, and a peak overload temperature of 175°C maximum.

Conclusion

RNR60H1003FPB14 is a Through Hole Resistor suitable for a wide variety of applications and with multiple advantages such as low inductance, precision, and resistance over temperature and time. It is most commonly used in high-frequency applications such as television and radio transmission, where its low resistance and high-temperature stability are especially important. The resistor is also used in military and aerospace applications and is rated for a power of 1W and 1A full-load current at an operational temperature of -55°C to 130°C, and a peak overload temperature of 175°C maximum.