CFR100JR-52-7K5

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Through Hole Resistors are the oldest form of electronic components, and the CFR100JR-52-7K5 is a type of resistor that is constructed with an “Through Hole” component body. This type of resistor has been used for decades in applications such as test equipment, electronic circuits, and electronic systems.

The CFR100JR-52-7K5 is a resistive element that is capable of providing a certain degree of resistance in order to regulate electric current. This characteristic of the resistor is commonly referred to as its ohmic value, which is measured in terms of ohms and represents the amount of electric current that can flow through the component. The ohmic value of the CFR100JR-52-7K5 is in the range of 7K5 ohms.

The CFR100JR-52-7K5 is made up of a small cylindrical core body, typically between 8 and 50 millimeters in length, and depending on the application, it may also contain metal or ceramic terminals. The metal terminals usually consist of a carbon or alloyed material, while the ceramic terminals may be composed of a wide variety of elements, such as silicon, brazil, tantalum or tungsten dioxide. Depending on the purpose of the resistive element, the various terminals may be soldered or welded onto the core of the component.

The CFR100JR-52-7K5’s application fields can be found in many areas of electronics. It is often used in circuit protection, voltage divider networks, and filtering applications. Its electrical characteristics make it an ideal choice in situations where a known limiting or regulation of electric current is required. In the same vein, its ohmic value can be used to limit the electric current through any desired circuit.

The working principle of the CFR100JR-52-7K5 is relatively simple. Essentially, the component acts as a resistor, meaning it impedes the flow of electric current between two points. This is accomplished by dissipating the electric current in the form of heat, which can be harmful if not properly dissipated.

The electronic current is regulated by the composition of the material used in the body of the component. Depending on the material used, different ohmic values can be achieved, making it extremely versatile. By varying the thickness and diameter of the resistor body, different amounts of electric current can be achieved, allowing designers to adjust the components to meet their exact needs.

In conclusion, the CFR100JR-52-7K5 is a versatile resistive element that finds its place in a wide variety of applications. Its working principle is simple, involving the regulation of electric current through the variation of the resistive component’s material composition. This enables designers to easily adjust the ohmic value to precisely meet the application’s requirements.

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