FMP200JB-52-0R75

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Through hole resistors are one of the most widely used types of resistors on the market. The FMP200JB-52-0R75 is a type of through-hole resistor designed for the most demanding and precise applications. This resistor is a high quality, long-life product, and is designed to provide reliable, accurate operation for many years.

The FMP200JB-52-0R75 resistor consists of two conductive ridges or thick films running parallel to each other on two opposing surfaces of a ceramic body. The resistor is encased in an epoxy body that makes it extremely durable and resistant to shock, vibration, and high temperatures. The conductive ridges are separated by an air gap and the resistive material is placed on the air gap to form the resistive element.

The two most common applications for the FMP200JB-52-0R75 are in high precision electronic circuits and in harmonic filters. The resistor is highly accurate, and is ideal for use in precision applications such as in frequency discriminators and filters. It is also ideal for use in precision measurement systems, as it ensures accurate readings and measurements. Moreover, the FMP200JB-52-0R75 is also used in harmonic filters to reduce or eliminate unwanted harmonic distortion in electrical systems.

The working principle of a through hole resistor is fairly simple. When a current is applied across the resistor, the current flows through the resistive material and is eventually dissipated as heat. The amount of heat generated depends on the resistive value of the material and the amount of current flowing through it. As the current passes through the resistor, it is subjected to a voltage drop which is determined by the resistance value of the resistor. This voltage drop causes a reduction in the current flow and provides the necessary resistance to the circuit.

The FMP200JB-52-0R75 through-hole resistor is a high-performance and durable device designed for precision applications. It offers excellent low-noise operation thanks to its low self-noise, and is highly reliable due to its rugged construction and robust design. Its precise resistive value ensures accurate results and its air gap structure guarantees excellent temperature stability. Moreover, its high-temperature resistance makes it ideal for applications in high-power environments.

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