FMP300FTE73-91K

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Through Hole Resistors are essential components of electronic circuitry, used for regulating current and providing impedance between two electrical conductors. The FMP300FTE73-91K is a through hole resistor that provides an accurate, reliable performance with a temperature coefficient of 0 ± 50 ppm/°C and tolerances of 5%, 10% or 20%. This is an ideal device for applications in power systems, industrial control systems, automotive, or medical electronics.

The FMP300FTE73-91K resistor is made out of metal construction and is designed to provide superior mechanical and electrical stability. The design uses an optimized resistor material that when combined with a multilayer ceramic substrate provides exceptional power density and dielectric strength. This device is quick and easy to mount in through-hole applications providing a simple, reliable interface that greatly enhances the performance of the electronic system.

The FMP300FTE73-91K resistor provides high-precision and performance in a wide range of industrial, automotive and medical applications. It can be used in a variety of power control circuits, and it offers excellent thermal stability and tolerances of 5%, 10% and 20%. The device is suitable for use in pulse and timing circuits, voltage dividers, current sources, and sample and hold circuits.

The working principle of a FMP300FTE73-91K resistor is simple and straightforward. When a voltage source is connected to an electrical connection to either side of the device, an electrical current will flow through the resistor. This current is governed by the resistance value of the FMP300FTE73-91K and the current provided by the voltage source. The resistor will dissipate a fraction of the voltage and current, converting it to heat energy. This energy will increase in proportion to the current passing through the device.

The FMP300FTE73-91K is designed with the utmost precision and accuracy to ensure high levels of performance and electrical stability. It is best suited for applications where accurate, repeatable and uniform results are expected. The device offers superior thermal stability and its inherent mechanical and electrical tolerances make it an ideal choice for applications in automotive, industrial control, medical, and power systems.

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