RWR71S7151FRRSL

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Through Hole Resistors, or THR, are passive components commonly found in electronic circuits. They typically consist of a solid-state resistor, such as a resistor made from a ceramic- or metal-oxide composition material, encased in a metal or plastic housing. Through hole resistors are designed to be packaged in a way that allows them to be soldered directly to printed circuit boards.

The RWR71S7151FRRSL is a through hole resistor that is widely used in industrial and commercial applications. This resistor is a high-temperature device, designed to operate at temperatures up to 212°F (100°C). It is highly reliable, with an industry-standard resistance tolerance of ±5%. The resistor also features a maximum power rating of 0.6 Watts (W).

The RWR71S7151FRRSL is a non-inductive, axial-lead resistor that has a working voltage of 200 volts (V). It is constructed from a ceramic-based material, and its low temperature coefficient of resistance ensures a highly accurate performance. The RWR71S7151FRRSL also features a high-frequency operation, making it an ideal choice for high-frequency applications such as motor control, radio transmission, and audio applications. Its lead wires, made from nickel-plated copper, are heat treated for resistance to oxidation.

On a practical level, the most common application for the RWR71S7151FRRSL is in power-supply circuits. Its ceramic composition makes it an excellent resistor for applications in which large current flow is required, such as in power supplies and heating elements. The RWR71S7151FRRSL also has a wide range of applications in Microwave/RF circuits and high-voltage/high-current circuits. It is also suitable for use in motor control, magnetic-valve control, data transmission, and digital circuits.

The working principle behind THR is relatively simple. Essentially, the resistance element in the THR alters the current flow of an electric circuit by allowing only a certain amount of electricity to pass through it. This is achieved by introducing an electrical “barrier” between the two points of an electric circuit. In the case of the RWR71S7151FRRSL, this barrier is created by the ceramic composition material.

The amount of electrical resistance introduced by the THR depends on the amount of electrical current being passed through the resistor. When the electric current is low, the resistance is high. As the current passing through the THR increases, the resistance decreases, thereby allowing more current to pass through the resistor. This is the basis of THR operation, and it allows various types of circuits to be adjusted and controlled for different applications.

Despite their simplicity, THR have a variety of uses in electronic circuits. This range of applications means they are a critical component in many industrial and commercial applications. The RWR71S7151FRRSL is an example of THR that is designed specifically for applications in which high current, high-temperature operation, and high-frequency performance are key requirements.

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