CFR200JR-73-3R

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Through Hole Resistors are a very common but versatile type of electrical resistance component. The CFR200JR-73-3R model is an example of this and is used in a variety of different applications. The following will discuss the application fields and working principle of this model.

Background

The CFR200JR-73-3R is a form of through-hole resistor. It is a precise, reliable, and durable model that is used in a variety of different applications. It is a fixed-value resistor that comes with a standard 8-pin axial-lead package. It features high accuracy and stability, excellent overload protection, rapid response, and a wide operating temperature range.

Application Fields

The CFR200JR-73-3R has a wide range of potential application fields. It can be used in telecom and datacom equipment, avionic equipments, structured wiring solutions, power electronics, high-density wiring applications, circuit protection and regulation, power supplies and adapters, and consumer electronics applications. The CFR200JR-73-3R is also used in automotive, medical, and instrumentation equipment, as well as industrial control systems.

The through-hole resistor is especially suitable for applications that require precision, reliability, and stability, since its features excellent overload protection and rapid response. It is also used in applications that have high power levels, since it can handle high voltages and currents without overheating.

Working Principle

The basic working principle of the CFR200JR-73-3R is to provide resistance to the flow of electric current. This is achieved through a physical structure whose resistance is known as its "resistor value". This value is determined by the materials used to make the resistor component, the geometry of its coils, and the size of its components.

When an electric current is applied to one end of the resistor, some of the energy in the current is dissipated as heat and the remaining energy is passed through the resistor. The amount of resistance depends on the material that the resistor is made of and the thickness of its coils. Higher resistance means that the resistor dissipates more energy, leading to more heat being released.

The CFR200JR-73-3R also features a proprietary design that uses multiple layered films. This helps to reduce resistance and resultant power dissipation while increasing its stability and accuracy. It also helps to reduce waste heat and minimize the noise generated by the resistor.

Conclusion

In conclusion, the CFR200JR-73-3R through-hole resistor is used in a variety of different applications. It is known for its high accuracy and stability, rapid response, and wide operating temperature range. It can also handle high power levels without overheating. The CFR200JR-73-3R works by dissipating energy from electric current as heat and providing a known amount of resistance in the process.

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