CFR100JR-52-16R

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Through Hole Resistors

Resistors are an essential component in electronic circuits, and through hole resistors are the common type of resistors used for their relatively low cost and wide availability. The CFR100JR-52-16R (CFR) through hole resistors are no exception. They are relatively inexpensive and widely used in many applications.

Application Field of CFR100JR-52-16R

The CFR100JR-52-16R is an in-line resistor of the carbon film type. It has a resistance value of 100Ohms and can handle a power rating of 5 watts. It is a through-hole component, meaning that it is meant to be soldered directly to the circuit board. It is used mainly in industrial processes, as it is much more robust than other types of resistors. The CFR100JR-52-16R is also quite popular in automotive systems, control panels, and telecommunication devices.

Working Principle of CFR100JR-52-16R

The working principle of CFR100JR-52-16R resistor is based on the fact that certain materials have a lower electrical conductivity than others. In the case of CFR100JR-52-16R, the resistance value is created by spraying a thin film of carbon onto a ceramic substrate. The substrate is then baked to create a permanent surface pattern of resistive material. The higher the resistance value, the thicker the carbon film. The material is very stable and can withstand power levels of up to 5 watts.

When an electric current passes through the CFR100JR-52-16R it is met with a grid of resistive material. This material is able to restrict the flow of current, resulting in a voltage drop. The less current passing through the resistor, the lower the voltage that is produced. This voltage drop and the current passing through it are inversely related, meaning that if the voltage increases the current decreases and vice versa.

Conclusion

The CFR100JR-52-16R is a popular type of through hole resistor. It is usually used in industrial processes, automotive systems, control panels, and telecommunication devices. The CFR100JR-52-16R works on the principle of applying a thin layer of carbon on a ceramic substrate to create a pattern of resistive material. This pattern then restricts the flow of current, resulting in a voltage drop. The CFR100JR-52-16R can handle power levels of up to 5 watts and is quite reliable in performance.

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