FMP100FTE52-340R

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Through hole resistors are some of the most common electronic components in the world today, and the FMP100FTE52-340R is one example of an especially high-performance, reliable option. This through hole resistor features a fast thermal response time and low inductance achieved through its design and components, making it a prime choice for a variety of circuit building and electronic applications. Let’s take a look at the FMP100FTE52-340R’s application field and working principle to understand the reasons why it’s popular among electronics engineers around the world.

What Is a Through Hole Resistor?

A through hole resistor is a type of resistor that is typically mounted on a printed circuit board (PCB). It has leads or legs that go straight down from the body of the resistor, so that the legs pass through the board and make contact with the layer of metal foil beneath it. This type of resistor is also known as a “discrete resistor” due to the individual components used to make it up.

FMP100FTE52-340R Application Field

The FMP100FTE52-340R through hole resistor is designed to be used in a variety of different electronic applications. These include communications, automotive, and audio-visual equipment, as well as industrial, avionics, and aerospace applications. It is especially well-suited for high-end applications due to its low ESR (Equivalent Series Resistance) and its rapid thermal response time.

This resistor is also ideal for situations where the total height of the board needs to remain compact. Its low-profile body makes it easy to fit onto a compact board, while its high-current-rated legs and gold-plated contacts reduce corrosion. It also has a low inductance so it can be used in high-frequency applications.

The FMP100FTE52-340R Working Principle

The FMP100FTE52-340R has an epoxy-encapsulated body, with leads that are gold-plated brass to help reduce corrosion. It is composed of two ceramic plates with resistor elements on the upper and lower surfaces. The two plates are attached with an elastic material that enhances the thermal response time. This elastic material also provides physical protection for the resistor elements, helping to ensure reliability over time.

The current passes through the resistor elements on the upper and lower plates from the leads of the FMP100FTE52-340R. The resistor elements provide resistance to the flow of current, which is determined by the electrical resistance value of the resistor. This allows it to control the current flowing through the circuit, which can be used to regulate the output of the circuit.

Conclusion

The FMP100FTE52-340R through hole resistor is a reliable and high-performance option for circuit building and electronic applications. With its fast thermal response time, low inductance, low ESR, and durable body, the FMP100FTE52-340R makes an excellent choice, especially for high-end applications in communications, automotive, audio-visual, avionics, and aerospace industries.

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