CMF65R82000FNBF

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Through Hole Resistors provide resistance, or electrical impedance, against the flow of electrical current, allowing for the regulation of current through a circuit. By adjusting the total amount of resistance in a circuit, the amount of electrical current flow can be regulated. Depending on the material, this resistance can range from a very small fraction of an ohm to hundreds of ohms, with certain variables being able to influence the resistance based on the environment a resistor is in. One of the more popular components of this type of resistor is the CMF65R82000FNBF, which is a commonly used through hole resistor. This paper will discuss the application field and working principle of the CMF65R82000FNBF resistor.

The CMF65R82000FNBF resistor combines a metal oxide film element and low-ohm resistors for its application field. It is designed to replace metal film, wire wound, power resistors, and metal oxide power resistors with higher power ratings. The major advantage of using the CMF65R82000FNBF resistor is its temperature stability. The resistor has the advantage of offering a higher temperature coefficient of resistance than other types of resistors. The higher temperature coefficient of resistance allows it to perform more consistently in operation than some other types of resistors. Additionally, due to its size and weight, the CMF65R82000FNBF can be used in high density, high current applications.

The working principle of the CMF65R82000FNBF resistor involves the use of a metal oxide film element. This element is composed of a thin film of metal oxide that is placed onto a substrate known as an anode. The anode is then electrically charged and the metal oxide film is heated. This metal oxide layer acts as a resistor and is used to control the flow of current in a circuit. The resistance of the film is controlled by the amount of volts applied to the anode, and the amount of resistance in the metal oxide film increases as more volts are applied.

The CMF65R82000FNBF is a very versatile resistor that is used in a wide variety of applications, including power supplies, audio amplifiers, motor controllers, and instrumentation. It can also be used in environments that require high temperature operation such as electric heaters and high voltage equipment. The resistor is also resistant to surge currents and overvoltage, making it an ideal choice for many applications. Additionally, due to its high power rating, the CMF65R82000FNBF can be used in high power applications such as industrial motor drives.

In conclusion, the CMF65R82000FNBF is a versatile, high power, through-hole resistor that is used in a variety of industrial and consumer applications. Its temperature stability and surge current/overvoltage protection capabilities allow it to perform reliably in many different environments. The resistor\'s use of a metal oxide film element and low-ohm resistors helps to make it ideal for power supply, motor controller, and instrumentation applications. By understanding the application field and working principle of the CMF65R82000FNBF through-hole resistor, engineers and designers can be more informed when selecting the right resistor for their project or application.

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