FMP200JB-52-200R

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Through Hole Resistors are ideal for applications that require high power, robustness, and dimensional stability of components. FMP200JB-52-200R is designed to meet these requirements for circuit protection and overload protection. It is also an ideal choice for high frequency, digital circuitry, power supply, and other specialized applications.

FMP200JB-52-200R is a high-performance, through-hole metal oxide resistor that consists of a substrate surrounded by an insulating film. The substrate is typically made of a ceramic material with a metalised inner surface. This surface is coated with a highly conductive material, such as a metal oxide. The metal oxide layers are deposited using a sputtering process, and the layers are then formed into a continuous, uniform film.

The depositing process creates a highly resistive surface that can handle higher voltage and power ratings, and also minimizes the self-induction to enhance frequency performance. The film is protected from the environment by an encapsulant which further enhances the robustness and dimensional stability of the component. The construction of this type of resistor also allows for good thermal and mechanical stability, which makes them ideal for applications involving high power, high reliability and high temperature resistance.

FMP200JB-52-200R provides superior electrical performance compared to most conventional resistors, offering a high resistance range from 200 ohms up to 5000 ohms per element. The resistor also provides excellent noise suppression and surge protection, making it an ideal choice for high frequency, analog and digital circuitry. The tight tolerance and excellent thermal characteristics of the component also make it suitable for precision and high power applications, such as motor and power systems.

The working principle behind the FMP200JB-52-200R is based on the following: when an electrical current flows between two points on the resistor, the metal oxide film absorbs some of the energy and dissipates it as heat. The metal oxide layer has a property known as resistivity, which means that it has the ability to resist the flow of electrical current. The film acts like a barrier which reduces the voltage across the component, thereby allowing the current to flow through the component safely.

As well as providing excellent performance, the FMP200JB-52-200R also offers significant cost savings over conventional resistors. The component is easy to integrate into existing circuits, and its excellent thermal and mechanical stability make it ideal for applications where the lifetime of the resistor is critical. Furthermore, the FMP200JB-52-200R is designed to meet the latest environmental standards, making it an ideal choice for green engineering.

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