FMP200FRF52-182R

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FMP200FRF52-182R application field and working principle

Through hole resistors are a type of resistor that use a solid cylindrical metal conductor as its main component. They are distinguished from surface mounted devices (SMDs), which use flat copper pads and semiconductor paths, as well as from leaded components, which use a wire lead instead of a solid cylindrical component. These resistors are used primarily for components that require high power dissipation, and are also capable of operating in high temperatures.

One of the most common through hole resistors is the FMP200FRF52-182R. This resistor is a non-inductive, axial leaded, radial leaded, and 5-digit type film resistor. It features a wide range of temperature coefficients from +40 to -25ppm/°C, allowing its use in a variety of temperature environments. Its innovative oxide- film structure ensures reliable performance and long-term stability. Its power dissipation rating is 2.0W, with a resistance rating as low as 0.005ohm. It contains a tolerance of down to 1%, making it immensely accurate for precision applications.

The FMP200FRF52-182R is designed for both computer and telecommunications applications. Its superior thermal dissipation properties make it an ideal choice for such fields that require extended life and reliable performance. It is also suitable for high voltage, automotive, electric motor, and medical applications due to its tolerance, power dissipation, and accuracy. This resistor can endure continuous load stresses without the risk of thermal runaways due to its protective coating.

The FMP200FRF52-182R’s working principle revolves around the potential difference between two points. It implements the core formula of resistance; R = V/I, where V is potential difference between both points, and I is the current flowing through the resistor at any given time. This implies that the higher the voltage, the higher the current, and thus, the higher the resistor’s resistance value.

The FMP200FRF52-182R’s application field and working principle are both highly important in the world of resistors. Its wide range of temperature coefficients and robust power dissipation rating make it a great choice for tasks where temperature and power must be properly managed. Its accuracy and reliability, as well as its ability to retain stability under prolonged stress, along with its working principle are all factors that make it an exceptional component for applications that require steady and reliable performance.

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