RWR82S2800FSS70

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Through Hole Resistors are electronic components consisting of a material housing and a wire lead. They are designed to resist the passage of electrical current, either in the form of a single resistor or a complex network of resistors. Many types of Through Hole Resistors exist and one such type is the RWR82S2800FSS70. Understanding the application field and working principle of this resistor is important for selecting the proper component for a particular application.

Applications of RWR82S2800FSS70

This type of Through Hole Resistor is designed for high frequency operation. It has a high power dissipation of 20 watts, which allows it to bear a heavy electrical load. With a capacitance of 680 pF, the RWR82S2800FSS70 features minimal electrical characteristics and low leakage current, which make it suitable for applications in signal conditioning circuits. Additionally, this Through Hole Resistor is also suitable for use with AC or DC circuits in high temperature environments.

Working Principle of RWR82S2800FSS70

The RWR82S2800FSS70 is designed to limit or regulate electrical current in a circuit. It works as a passive load, meaning it can only dissipate power, but not generate it. The resistor works by introducing opposition to the flow of current, which in turn dissipates the energy as heat. This energy is then dissipated into the surroundings via thermal radiation. The resistance value of the Through Hole Resistor is determined by the length and thickness of its leads, as well as the materials used in its construction.

The RWR82S2800FSS70 uses a special construction which allows it to provide excellent frequency characteristics while still maintaining a low-temperature coefficient. The resistor uses thin film technology which is found to be reliable and efficient. Its copper nickel design increases thermal conductivity which reduces the risk of catastrophic failure.

Conclusion

The RWR82S2800FSS70 Through Hole Resistor is a high-performing component suitable for high-temperature and high frequency applications. Its strong power dissipation and minimal electrical characteristics make it an ideal choice for signal conditioning circuits. Its robust construction makes it highly reliable and efficient in the application field. Furthermore, the resistor works by introducing opposition to the flow of current in the circuit, thereby dissipating energy as heat into the surroundings.

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