FMP100JR-52-47R Resistors

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Through Hole Resistors

Through hole resistors are an important electronic component that is used in various types of electronic circuits. They are used to resist and/or control the flow of current in circuits. As their name implies, they are made up of a hole, usually circular, that goes through the component. This hole is filled with an insulating material, usually ceramic. The resistance is added to the component by applying conductive strips on either side of the hole. This creates a “bridge” between the two sides. In order to create the resistance, different materials are used on either side of the bridge; in this way, an electron can pass through but takes a longer route than a straight line, thereby creating resistance.

FMP100JR-52-47R Application Field and Working Principle

The FMP100JR-52-47R is a very popular through hole resistor that is used in various types of applications. It is frequently used in applications such as power conversion, industrial automation, telecoms, and more. The device is designed for through hole mounting and can handle high power requirements. It has a non-inductive design and is available in different tolerance levels.

The FMP100JR-52-47R has a power rating of 100Watts (RMS) and a voltage rating of 600V. It is constructed with a series of ceramic bodies filled with resistive material that is wound together to form a continuous chain. The device utilizes a bridge technology, which means that two resistive strips are placed on either side of the hole, and they create the resistance when crossed. This type of resistor is typically very accurate and stable. It is also extremely reliable, making it ideal for use in high power and industrial applications.

In conclusion, the FMP100JR-52-47R is a through hole resistor that is used in various types of applications. It has a power rating of 100Watts (RMS) and a voltage rating of 600V. It is constructed with a series of ceramic bodies filled with resistive material and utilizes a bridge technology for creating resistance. It is noted for its accuracy, stability, and reliability, making it the ideal choice for many applications.

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