FMP200FRE52-13R3

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Through hole resistors have many different applications, from circuit protection to voltage control. One of these resistors, the FMP200FRE52-13R3, can be used for a variety of purposes, including signal conditioning, resistance-based filtering, and current-limiting.

The FMP200FRE52-13R3 is a fixed metal film resistor, with a power rating of 2 watts and a tolerance of +/- 5%. It has a 5 millimeter diameter and a 13mm length with round terminals. It is constructed of a high-temperature ceramic rod and aluminum nitride layer with a conductive ceramic coating.

This type of resistor can be used in applications that require high precision, extreme temperatures, and high reliability. Because of its construction, the resistor is able to withstand temperatures of up to +260C and is non-inductive. This makes it well-suited for temperature-critical applications such as quick start circuits and medical applications.

The fixed nature of the FMP200FRE52-13R3 resistor makes it well-suited for motor controls, amplifier circuits, and other DC applications where precision and temperature stability are key. It can also be used in combination with other components to create circuits such as low-noise audio amplifiers and active filter networks.

The working principle of the FMP200FRE52-13R3 is simple. It works by providing a specific resistance value, which decreases as the current passing through it increases. This is done by heating up the resistor, which causes the resistance to change, thus affecting the voltage and current flow. As the resistor is heated, the resistance decreases, allowing more current to flow. As the resistor cools down, the resistance increases, limiting the amount of current that can pass through.

The FMP200FRE52-13R3 is a versatile resistor that can be used in a variety of applications. Its construction makes it well-suited for temperature-critical circuits, while its resistance-variable nature makes it suitable for precision circuits. By combining it with other components, it can be used to create a diverse range of circuits for various needs.

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