RN60E1822FRE6

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Through-hole Resistors have played an increasingly important role in many common applications. RN60E1822FRE6 is an example of a through-hole resistor and is widely used for various purposes. In this article, we will talk about the application field and the working principle of RN60E1822FRE6.

Application

RN60E1822FRE6 is a type of through-hole resistor and has a wide range of applications. It is mainly used in current sensing applications, such as motor controllers, power supplies and medical equipment. It also has other applications, such as power factor correction (PFC), overvoltage protection and lightning protection.

Working Principle

By understanding the working principle of RN60E1822FRE6, it becomes easier to understand its application field. At a microscopic level, RN60E1822FRE6 consists of two dissimilar metals, which are bonded together and separated by an insulation layer. The two metals have different resistivity values and this allows the circuit to control the amount of current it needs to pass in order to function.

When a current is applied to RN60E1822FRE6, the electrons inside the resistor will flow from one end to the other. As the electrons pass through the resistor, they experience resistance, which causes them to slow down and eventually stop. The amount of resistance caused by the electrons is measured and this is how the resistor is able to control the amount of current that is passing through it.

It is important to note that the working principle of RN60E1822FRE6 is not permanent. The resistance of the resistor can be changed by either adjusting its voltage or applying a magnetic field to it. This allows engineers to adjust the resistance of the resistor according to the application and thus customize it to their needs.

Conclusion

In conclusion, RN60E1822FRE6 is a type of through-hole resistor and is widely used in current sensing applications. Its working principle includes two dissimilar metals, which are bonded together and separated by an insulation layer, allowing the resistor to control the amount of current that is passing through it. The resistance of the resistor can be adjusted by either adjusting its voltage or applying a magnetic field to it, allowing engineers to customize it to its application.

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