CMF20120R00JNRE

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Through Hole Resistors have been around since the very first electrical circuits were constructed in the latter part of the 19th century. They have come a long way since then and are used in a variety of applications today. One such application is in the CMF20120R00JNRE, a through hole resistor specifically designed for high-frequency pulse operation.

Application field: The CMF20120R00JNRE through hole resistor is used in various applications such as television and radio broadcast, telecommunications, audio amplifiers, medical and other instrumentation. Its applications also include power converter and motor inverter control, solar generator and other vehicles, aerospace and other industrial control.

Working Principle: The CMF20120R00JNRE is a high-frequency, low-ohmic through hole resistor. It utilizes a self-healing property of conductive materials for improved loss and voltage capacity to enable high-power pulse applications. The self-healing property of the conductive material works by the passage of an electric current which causes the material to oxidize, thus providing a path for the current to pass through. This oxidization process creates a very low resistance allowing for a higher power dissipating capability. Additionally, the CMF20120R00JNRE features an extremely low parasitic inductance, which is an important factor for high-frequency applications requiring faster response times.

The CMF20120R00JNRE also features a temperature-sensitive element, allowing for self-regulating device protection. Additionally, the resistor is equipped with a low ESR (Equivalent Series Resistance), eliminating noise between the device\'s input and output. This allows for maximum power transfer and greater system efficiency.

The CMF20120R00JNRE through hole resistor provides excellent performance and reliability in a variety of applications. It features low thermal coefficient, which minimizes the effect of temperature change on the stability of the circuit. The device also features excellent pulse response for ultra-fast switching applications and commercial grade reliability. With its low parasitic inductance and ability to self-heal, it is an ideal solution for high frequency, high power applications.

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