CMF6023K200FHEB

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Through Hole Resistors are electrical components consisting of resistive elements, designed to introduce a specific resistance into an electrical circuit without interruption of electric current. These components are generally characterized by low voltage ratings, high power ratings, and wide operating temperature ranges. The CMF6023K200FHEB, one of the most popular through hole resistors, is primarily used in high-frequency circuit designs. In this article, we will discuss the application fields and working principle of the CMF6023K200FHEB.

Application Fields

The CMF6023K200FHEB is a high-reliability resistor with excellent resistance stability, and it is widely used in various types of electronic products. It is an ideal choice for applications in high-frequency circuits, as it has an ultra-wide range covering DC and higher frequency ranges up to 2GHz. It is also suitable for use in high power applications, such as communication equipment, automotive electronics, aerospace applications, and formulating electrical power systems.

The CMF6023K200FHEB is also well-suited for high-power-conversion circuits, such as DC/DC converters, switching DC/AC inverters, brushless DC motors, and WAN transmission systems. Due to its high-power-handling capacity and fast response time, the CMF6023K200FHEB guarantees accurate switching signals even when there is an electrical shock happening in the circuit.

Working Principle

The CMF6023K200FHEB is a high-reliability, general-purpose resistor. It is made with a metal film resistor, providing excellent resistance stability, tight tolerance, and improved accuracy. It features a low power rating and wide temperature ranges for reliable operation in harsh environments.

The CMF6023K200FHEB is designed with a resistance value determined by the resistor\'s specific substance, material, construction, and size. The electrical resistivity of the material determines the amount of voltage or current that the resistor can dissipate. The resistors are usually made from either carbon, metal, or metal oxide film elements. Carbon resistors are produced using metallized carbon, while metal resistors are made with thin metal films.

The CMF6023K200FHEB is also designed with a maximum rated voltage. Exceeding the rated voltage may cause excessive power dissipation, electrical damage, and component failure. The resistor\'s maximum rated power is determined by its maximum rated voltage and the resistor\'s total resistance value. The maximum operating temperature of the resistor is determined by its construction material and resistive element.

The CMF6023K200FHEB has excellent thermal properties, making it suitable for use in high-power and high-frequency circuits. It features a low thermal resistance, allowing it to dissipate large amounts of heat efficiently, and its resistance to thermal runaway makes it a reliable choice for high-temperature applications.

Conclusion

The CMF6023K200FHEB is a high-reliability, general-purpose resistor designed for use in high-frequency circuits, high-power applications, and high-voltage systems. It features a metal film resistor, providing excellent resistance stability, tight tolerance, and improved accuracy. Its maximum rated voltage and maximum operating temperature are determined by its construction material and resistive element, and its low thermal resistance allows it to dissipate large amounts of heat efficiently. With its excellent thermal properties, and resistance to thermal runaway, the CMF6023K200FHEB is an ideal choice for reliable performance in harsh environments.

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