MFR100FRF73-39R2

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Through Hole Resistors are widely used in circuit designs in various industries such as automotive, audio, lighting and medical. The MFR100FRF73-39R2 is one type of Through Hole Resistor that provides low cost and high-temperature operations. This resistor has an excellent temperature stability and allows for a wide variety of operating temperatures.

The application fields of the MFR100FRF73-39R2 are Audio, Lighting, Automotive, and Medical Equipment. In the audio industry, these resistors are used for audio amplifiers, ancillary components, and signal processing. In lighting systems, they can be used to regulate the voltage for different components and components such as LED\'s and CFL\'s. In automotive applications, these resistors can be used to regulate the voltage of airbags, alternators, and motors. In medical equipment they are used to control voltage, current, and other parameters. The MFR100FRF73-39R2 also has an incredibly high temperature coefficient of resistance giving it the ability to work in higher temperatures than other resistors.

The working principle of the MFR100FRF73-39R2 is based on a metal oxide film deposited on a ceramic substrate. The metal oxide film is formed by applying a special high temperature method, which results in a flat surface covered with metal oxide. This helps provide excellent temperature stability and long-term stability. The resistor then works by dissipating energy through resistive elements from the film. This energy is then dissipated as heat, which is why these resistors must be cooled and maintained in order to prevent overheating and damage.

The MFR100FRF73-39R2 is a reliable and long lasting resistor for audio, lighting systems, automotive, and medical electronic designs. With its low cost, high temperature operating capability, and excellent temperature stability, the MFR100FRF73-39R2 is an ideal choice for many different applications. With its excellent temperature coefficient of resistance, the MFR100FRF73-39R2 is able to work in higher temperatures than other resistors, allowing it to be used in the most demanding applications. And, with its high-temperature film deposition process, the MFR100FRF73-39R2 has high long-term stability for reliable performance.

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