RN60C4200FRE6

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Through Hole Resistors

The RN60C4200FRE6 is a through-hole resistor, characterized by its moderately high resistance and low heat dissipation. The resistor is widely used in various commercial and industrial applications due to its high tolerance, reliability, and performance. This article will discuss the application field of RN60C4200FRE6, as well as its working principle.

Application Field

The RN60C4200FRE6 is usually used in power circuits for voltage regulation, current limiting, and short-circuiting protection. Furthermore, it is also commonly deployed in signal circuits for the creation of specific impedances. It can also be deployed in parallel functions and uses for high-accuracy measurement. Additionally, the resistor is also used in ac applications—such as in the control of frequency and for noise smoothing— as well as in dc applications—like those of transformers and motors.

Specifically, the RN60C4200FRE6 resistor can be used to prevent lamp dimmer circuit saturation. Reverse entry of the resistor serves to limit current to a reasonable value in order not to cause saturation, transforming the circuit into one working in the linear area. Additionally, the RN60C4200FRE6 is ideal for electric saws as it is able to control the operating current of the motor to within required limits.

Working Principle

This resistor is comprised of two parts—an insulating ceramic body and a pair of outer rods. The ceramic body holds two conductive surfaces which are separated by an insulating layer of air or oil. The resistance of the resistor is determined by the thickness and size of this insulating layer. The ceramic body also acts as a heat-dissipating element allowing for better performance under high temperatures.

The two outer rods of the RN60C4200FRE6 resistor carry an electric current which must pass through the resistor itself. When electric current flows through the ceramic layer its ions are accelerated by the electric field creating a magnetic force, thus creating a resistance against the flow of the current. This resistance stops a portion of the current from passing through, increases the temperature, and generates heat.

In the case of the RN60C4200FRE6 resistor, the resistive force can be tuned and adjusted through the changing of its dimensions. This makes it useful in applications which require both precise values and a degree of flexibility. Additionally, its wide tolerance range and power capacity enable it to function within a range of temperatures.

Conclusion

In conclusion, the RN60C4200FRE6 is a through-hole resistor with a wide range of applications in various commercial and industrial workspaces. The resistor is characterized by its moderate-high resistance and low heat dissipation. It is widely used in power circuits for voltage regulation and current limiting, in signal circuits for the creation of specific impedances, in ac and dc applications, and even in precision measuring applications. Its working principle is based on the controlled flow of ions through its ceramic body, which serves as an insulator for the two outer rods carrying the electric current.

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