FMP300FRF73-36R5

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Through Hole Resistors are electronic components used in a wide variety of applications. The FMP300FRF73-36R5 is one such resistor that is used in a variety of applications due to its superior performance.

The FMP300FRF73-36R5 Through Hole Resistor is a surface-mount, non-inductive, and non-corrosive resistor constructed using a copper core and a thin dielectric film. It features excellent high temperature and humidity resistivity, making it ideal for use in semi-conductor device production and other high temperature applications. The FMP300FRF73-36R5 also features low internal resistance and is capable of handling high currents, making it ideal for use in applications such as DC-DC power converters, motor speed control, and voltage regulators.

The FMP300FRF73-36R5 is also popular in automotive applications due to its excellent noise immunity and ease of installation, making it suitable for use in an engine control unit. It is also suitable for use in installation of fuel delivery systems such as EFI systems and fuel injection systems, as well as in filters, timers, and other noise generating circuits.

The working principle of the FMP300FRF73-36R5 Through Hole Resistor is relatively simple. It works by creating an electric field through the copper core. This electric field allows an electrical current to flow through the resistor while dissipating or absorbing the power generated by the current, thus creating a resistance to the flow of current. The FMP300FRF73-36R5 is also designed to prevent the flow of current from being disturbed by outside sources, such as electromagnetic fields or mechanical vibrations, by absorbing any outside interference.

The FMP300FRF73-36R5 Through Hole Resistor is an excellent choice for a wide range of high temperature and automotive applications. Its superior performance is rooted in its high temperature resistivity, low internal resistance, and excellent noise immunity. Its simple and easy to install design also makes it ideal for use in a variety of automotive, semi-conductor device, and power conversion applications.

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