CP00103R000KE66

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Through hole resistors are a type of resistor that are designed with two lead pins that are installed through a circuit’s board and soldered on the other side. CP00103R000KE66 is a type of through hole resistor. This article will discuss the application field and working principle of this particular type of resistor.

Application field of CP00103R000KE66 Through Hole Resistors

The CP00103R000KE66 through hole resistor is suitable for applications in which high voltage and high current are required. The resistor is designed to be used in DC and AC circuits, providing high reliability and long term stability. The product features a high power dissipation of up to 1W, ensuring an excellent heat dissipation.

The resistor is also used in oscillating circuits and filters since the product has a wide impedance frequency range. This resistor is used extensively in switching powers supplies, inverters as well as DC-DC current converters. It is also used in other applications such as resistors for voltage regulation, filter resistors as well as for linear voltage regulating. Moreover, the resistor is suitable for use in equipment such as radios, TVs and audio amplifiers.

Working Principle of CP00103R000KE66 Through Hole Resistors

The CP00103R000KE66 through hole resistor works on the principle of electrical resistance. This resistor consists of a layer of metal that has electrical conductive properties, combined with a layer of insulating material. The combination creates an electrical resistance as current passes through it. The amount of electrical resistance depends on the material, size, shape, and thickness of the metal used in the resistor. This resistance restricts the flow of electrons, reducing the amount of current to a predetermined level.

The resistor also contains a temperature coefficient, which is a term used to describe how a resistor’s resistance changes with temperatures. Temperature coefficient is often denoted as α. This coefficient is used to determine the change in resistance a resistor will experience as a result of heat changes. The temperature coefficient is expressed in PPM/°C, which stands for parts per million per degree Celsius.

In addition, the CP00103R000KE66 through hole resistor also features a surge-resistance coefficient and a capacity coefficient. The surge-resistance coefficient indicates the total amount of resistance that will be experienced when the component is subjected to a surge current. The capacity coefficient is a measure of the resistor’s ability to store charge. It is expressed in terms of Farads per square inch.

Conclusion

The CP00103R000KE66 through hole resistor is one of the most popular components in the world of electronics. It is primarily used in high voltage and high current applications such as in oscillating circuits and filters. The resistor works on the principle of electrical resistance and features a temperature coefficient, a surge-resistance coefficient, as well as a capacity coefficient. All these factors make the CP00103R000KE66 through hole resistor an excellent choice for many applications.

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