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Through Hole Resistors

CPCC101R000JB31 application field and working principle

Through hole resistors are an integral component in modern day electronics. They are used to limit the amount of electricity passing through an electrical circuit and thus, help to protect and regulate the system from short circuits and damage. With their wide application fields, they are amongst the most common resistors used for almost any electrical task.

The CPCC101R000JB31 is a type of through hole resistor made from ceramic base material. This resistor is particularly unique in its design because, this resistor is made in a way so that it can perform optimally even in high temperatures. In addition to this, the resistor has good thermal conductivity and is self-extinguishing which makes it applicable in many environments. As a result, CPCC101R000JB31 through hole resistors are widely used in automotive, industrial, medical, and aerospace applications due to their robustness and high performance.

The working principle of this type of through hole resistor is simple and effective. It uses two layers of materials (ceramic base in the CPCC101R000JB31) to create a resistive element. This resistive element is known as a P-n junction, which is created by the junctions of two different layers. These two layers allow the resistor to control and regulate the electric flow passing through the circuit. The working of the P-n junction is based on the application of an applied bias voltage, which determines the current flow through the circuit. If a higher current is applied, it would increase the voltage drop on the resistor thus resulting in the reduction of the current flow.

To sum it all up, the CPCC101R000JB31 through hole resistor is a type of resistor manufactured from ceramic base material. It provides high performance and resistance to high temperatures. The working principle of this resistor is based on the application of a bias voltage, which helps control the current flow through the circuit.

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