MFR100FTF73-48R7

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Through-hole resistors are a type of resistor, usually made of either carbon, metal-film, or wirewound material that are physically large in comparison to their surface-mounted counterparts. These resistors, due to their through-hole mounting, not only provide strength and insulation but also maintain durability and accuracy to offer reliable results. The MFR100FTF73-48R7 resistor is a perfect example of a through-hole resistor.

The MFR100FTF73-48R7 is a large motor-grade resistor, capable of withstanding strong over-currents and high temperatures. It is designed to be a reliable and effective resistor in high-power applications, such as motor control, power conversion and automotive applications. Its motor-grade design is ideal for applications involving high-voltage and currents, as it is able to provide a more reliable and consistent voltage level or current limits for motor control, power conversion, and other applications. Its metal-film construction is able to provide superior reliability and accuracy over typical carbon-composition resistors, as it is able to dissipate heat more effectively and also provide greater protection against environmental contaminants.

The MFR100FTF73-48R7 works by dissipating excess electricity as heat. This is accomplished using the metal-film material as its resistive element. By creating a small voltage drop, the resistor is able to limit the current. This is used to ensure a more consistent performance. The size and thickness of the film-resistor also has an effect on how much current it can handle, as it determines the amount of heat generated and how quickly it can be dissipated. The resistor is able to provide accurate results over a good temperature range, and is designed to be durable, reliable and accurate.

The MFR100FTF73-48R7 is an ideal solution for applications requiring a reliable, high-power resistor. It is able to offer superior reliability and accuracy with a durable and consistent performance. Its metal-film construction offers protection from environmental contaminants, as well as greater heat dissipation to ensure a more reliable and consistent current limit. It is ideal for motor-control, power conversion, and other similar applications.

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