CP0005390R0KE66

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Through hole resistors are an important type of resistor, found in a variety of electronic devices, from mobile phones to entertainment systems. The CP0005390R0KE66 is an example of this type of resistor and is particularly suited to applications needing high power ratings. The following will discuss the CP0005390R0KE66\'s application field and working principle.

Generally, through hole resistors are placed on circuit boards and used in electronic devices such as computers, televisions, radios and other household appliances. They are most often used to reduce the current flowing through a circuit in order to control the voltage. The CP0005390R0KE66 is specially designed for applications with high power ratings, such as in industrial process control systems and robotics.

Design-wise, the CP0005390R0KE66 is a robust and durable resistor. It has a minimum resistance of 0.01 ohms with a maximum power rating of 2.2 kilowatts. It is constructed from high-temperature-resistant plastic-encased wirewound elements, making it resistant to high temperatures and extreme environments as with any through hole resistors.

Unlike regular through hole resistors, the CP0005390R0KE66 utilizes a layer of resistive foil, placed between two ceramic substrates. This is its main outstanding feature and the one that accounts for its ability to provide large power ratings. The foil, a combination of conductor and resistor, acts like an inductor in a circuit and helps reduce the current in a particular section of the circuit. By utilizing such a method, large current can be transmitted safely by controlling the voltage.

In summary, the CP0005390R0KE66 is a through hole resistor. Its special construction provides extended power rating and high temperature resistance. Its main feature is the incorporation of resistive foil placed between two ceramic substrates, which helps reduce the flow of current, allowing for higher power in a particular circuit. As such, it is well suited for applications in industrial process control systems and robotics.

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