MFR200FRF52-40R2

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Through Hole Resistors are capable of delivering reliable, accurate and precise values of, and controlling resistance against electrical current in industrial applications. The MFR200FRF52-40R2 is a high-precision, high-quality, economical solution for such applications. It is designed to provide a range of values from 0.02 to 5.6 Ohms with an accuracy of 0.05%.

MFR200FRF52-40R2 is made up of a ceramic core embedded with a thin film of metal that act as the resister. The precision of the part is attained through the precise application of metal deposits with the aid of vapor deposition and lithography. Depending on the specific requirement, the resister is then coated with a transparent lacquer that helps to provide additional protection against environmental factors.

MFR200FRF52-40R2 has a wide range of applications in industrial settings, particularly those that require accurate current control, such as power management systems, automation and robotics, electrical components, and illumination systems. The part is frequently used to regulate current in high-precision electrical systems, where precision and repeatability are key factors. Additionally, the part can be used in precision metering and other applications where its small size and accuracy are beneficial.

The working principle of MFR200FRF52-40R2 is simple and straightforward. It works by constricting or diverting the flow of current passing through the thin film. As the current passes through the metal film, it produces a certain amount of resistance, permitting the precise regulation of the current output. Depending on the application, the resistor can be adjusted to provide the desired resistive value, aiding in accurate and reliable control of the current.

MFR200FRF52-40R2 is an excellent option for applications that require a reliable, accurate and cost-effective solution. Its small size and accurate control make it ideal for a variety of industrial control applications, particularly those that require precision and repeatability. Furthermore, its solid construction and robust design ensures that it is capable of handling even the most demanding environments.

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