FMP-50FTF52-2K7

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• FMP-50FTF52-2K7 Through Hole Resistor
  • Application Field
    • The FMP-50FTF52-2K7 is a through-hole resistor that finds its uses in a wide range of applications, from simple ones such as providing voltage and current regulation in amplifiers to more advanced ones such as frequency-dependent control of switching circuitry. Its high power rating also makes it ideal for powering small devices, while its very low nominal resistance makes it useful for high-current applications.
    • The low resistance rating of the FMP-50FTF52-2K7 makes it well-suited for applications that require minimal power drain, such as digital computers, robots, and other consumer electronics. It also finds utility in high-frequency, high-power, and pulse-width modulated applications. In addition, this type of resistor is also commonly used in audio amplification circuits to provide efficient transduction of signal sources.
    • Because the FMP-50FTF52-2K7 is relatively small and features a robust construction, it can easily be used in tight spaces, such as in the confines of an automobile\'s engine compartment. Furthermore, because it features low thermal resistance, it dissipates heat efficiently, and is therefore suitable for applications where stable operation is essential.
  • Working Principle
    • The FMP-50FTF52-2K7 through-hole resistor works by providing a resistive limitation to the flow of electricity within a circuit. The resistor\'s electrical characteristics are determined by its material composition and construction, which in turn influence the maximum power rating the resistor can handle.
    • When an electric current is applied to the FMP-50FTF52-2K7 resistor, a certain amount of energy is dissipated as heat. This happens because the resistive elements within the resistor resist the current, and in the process convert part of the electrical energy into heat. The heat generated is dissipated quickly by the resistor, due to its low thermal resistance.
    • The FMP-50FTF52-2K7\'s accuracy is determined by its thermal coefficient of resistance; this is the amount of change in resistance as the temperature changes. The thermal coefficient of resistance of the FMP-50FTF52-2K7 is relatively low, which results in a more reliable and predictable operation.

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