FMP100JR-52-12R Resistors

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Through Hole Resistors play a pivotal role in modern day electronics and electrical engineering projects. Even in the most complex systems, where reliability and precision are critical, conventional resistors can often be used in a variety of applications to achieve accuracy and efficiency. In this article, we will investigate the application field and working principles of the FMP100JR-52-12R Through Hole Resistor.

Applications of FMP100JR-52-12R Through Hole Resistor

The FMP100JR-52-12R Through Hole Resistor is a versatile part designed for use in electronic circuits. This type of resistor is commonly used in applications such as audio amplifiers, power conditioning circuits, surveillance systems, automotive electronics and motor controllers. It is also suitable for use in temperature-controlled, non-volatile memory applications. The device is manufactured using a high-performance, ultra-low Ohmic resistance material, which is designed to provide excellent signal strength while minimizing noise. This makes the FMP100JR-52-12R ideal for a variety of applications, including those where precise resistance and voltage regulation is required.

The FMP100JR-52-12R is also known for its ability to handle high power levels, due to its high pulse-power current-limiting capability, making it ideal for use in high-power circuits. The device is also designed for use in high-temperature applications, as it can withstand up to 200 degrees Celsius without any adverse effects.

Working Principle of FMP100JR-52-12R

The FMP100JR-52-12R Through Hole Resistor works on the principle of ohmic heating. Ohmic heating is based on the Joule Effect, which states that “when a current flows through a conductor, a certain amount of heat is generated”. The FMP100JR-52-12R is designed to take advantage of this phenomenon, and utilizes the high current pulsating through it to create the necessary heat. This heat is then dissipated, resulting in the desired resistance. As a result, the FMP100JR-52-12R is able to provide the precise amount of resistance needed for the given application.

In order to achieve the desired resistance, the FMP100JR-52-12R uses its high pulse-power current-limiting capability to allow it to perform its ohmic heating function. This current-limiting feature is achieved by incorporating a thin layer of metal which provides added resistance to the current flowing through the resistor. This prevents the device from overheating, which can damage the device and reduce the accuracy of its resistance.

Conclusion

The FMP100JR-52-12R Through Hole Resistor is a highly versatile device which can be used in a variety of applications, including high power and high temperature applications. It utilizes the Joule Effect to create the necessary heat for its ohmic heating action, and also features an integrated current-limiting feature which prevents the device from overheating. This makes it ideal for applications where precision resistance and voltage control are critical requirements.

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