CMF502K3200FKEA

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Through Hole Resistors are a type of passive resistor used for signal processing, signal attenuation, and general power distribution. The CMF502K3200FKEA is a Through Hole Resistors component that can be used for applications ranging from audio to power delivery systems. The CMF502K3200FKEA is designed to provide the required level of electrical properties and stability with flexibility and reliability.

The CMF502K3200FKEA is a Through Hole Resistors component comprising two resistive elements, each connected to a pair of terminals. The resistive elements are made up of a Non-Inductive Cement Resistor (NICR) and a High-Q Ceramic Capacitor between terminals 2 and 3. The non-inductive cement resistor is composed of Nichrome wire or rare-earth nickel and a cement resistor core that is used to reduce noise and inductance. The High-Q ceramic capacitor is a capacitor with a high quality factor at small sizes, generally from 1-10 uf. In addition, the CMF502K3200FKEA is also equipped with a metal oxide varistor (MOV), a ceramic Silicon Epoxy Resistor (SER), and a trimming potentiometer.

The CMF502K3200FKEA is designed to provide the required level of electrical properties such as a low electrical resistance, low footprint, low Rated Power, and a high insulation resistance. The low electrical resistance is necessary to provide a reliable electrical current flow. The low footprint allows the component to fit into confined spaces, while the low Rated Power ensures a safe operation. Finally, the high insulation resistance allows the component to work for long periods of time without any risk of electrical shorting or arcing.

The working principle of the CMF502K3200FKEA is based on the two resistive elements. When a current is applied to the first resistive element, the current flows through the Nichrome wire and into the cement resistor core. This current causes the Nichrome wire to heat up, thus increasing the temperature of the resistor core and increasing the resistance by causing it to contract. The resulting variation in resistance results in an output current of one desired level. Additionally, the High-Q ceramic capacitor stores electric charge and provides noise reduction, while the metal oxide varistor (MOV) is responsible for providing overvoltage protection.

The trimming potentiometer of the CMF502K3200FKEA allows for easy adjustments in resistance values in order to achieve a precise output value. Additionally, the component is also equipped with a ceramic Silicon Epoxy Resistor (SER) for extra signal debugging. The SER acts as an active component, based on the same function principle as a transistor, and is useful for providing short-term performance robustness.

The CMF502K3200FKEA Through Hole Resistors component is suitable for various applications, ranging from audio signal processing, to power distribution systems, and other professional applications. Thanks to its low electrical resistance, low footprint, low Rated Power, high insulation resistance, and adjustable function, the CMF502K3200FKEA is a reliable and dependable component for any precision engineering task.

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