CPF11K0000FKEE6

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Through Hole Resistors

The CPF11K0000FKEE6 application field and working principle of Through Hole Resistors involves understanding of how these parts are used and how they work. Resistor technology has been around for centuries, and today’s modern resistors come in many forms, including Through Hole or “THRU HOLE” resistors.

Through Hole Resistors are part of electronic circuits that provide an electrical path to the active components for the purpose of obtaining a desired electrical behavior. This specific component is frequently used to limit the passage of current and maintain a steady voltage level. By controlling the magnitude of the current, they also protect the rest of the circuit from damages due to overvoltage. This makes them highly critical for many applications.

The use of THRU HOLE resistors is particularly useful in fields such as telecommunications, consumer electronics, industrial control systems, military and scientific research to name a few. The CPF11K0000FKEE6 is a uniform-bodied Through Hole Resistor which is designed for use when a particular value of resistance is needed. This type of resistor is placed into the PCB and then soldered to the board.

Its working principle is based on the temperature-dependent resistance of the semiconductor material used for manufacturing. This resistor is equipped with a protective film which helps to create a stereoscopic structure and defines its resistance. Moreover, this component features an impermeable body which prevents any external moisture from entering the component and affecting its performance.

The CPF11K0000FKEE6 Through Hole Resistor is often used for its power-dissipation abilities. Typically, these resistors can dissipate up to 5 watts in maximum and feature a reach of more than 200 Amps in current. This reflects in their resistance value, which starts at 1 Ohm and can reach up to 0.001 Ohm.

In addition, this component features a very low temperature coefficient and it can last for hundreds of hours in room temperature without losing its value. This makes them ideal for use in most electronics where consistent and reliable performance is essential.

Most resistors in general, and through hole resistors specifically, are made of materials such as manganese dioxide, carbon, ceramic, or other high-performance oxides. Different types of metals are also used to obtain good electrical properties in these resistors. Each type of material offers different properties in terms of resistance, temperature coefficient, power handling capability, and stability.

Through hole resistors are an absolutely necessary element for any electrical circuit. Without a resistor, the circuit may experience excess current, which could lead to damage in other elements. Therefore, the CPF11K0000FKEE6 through hole resistor offers more control and safety to the system by limiting the amount of current that is passed through the circuit. It is also important to note that this particular thru hole resistor provides extremely stable power handling and offers additional protection against short circuits.

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