RWR80S2001FSS73

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Through-hole resistors (THRs) offer a broad array of resistance values, construction materials, and ledges for mounting. The RWR80S2001FSS73 THR is one such resistor. It is constructed with an insulated lead wire that is surrounded with a heat-resistant material. The resistor itself is made of a combination of materials, including a highly conductive carbon or graphite strip that is enclosed in glass with a plastic coating.

The most common application field for the RWR80S2001FSS73 THR is in industry and laboratory equipment. These components are commonly used to regulate the current and voltage in circuits. For example, in electrical engineering, they are used to set various parameters of sensitive equipment like amplifiers, regulators, and power supplies. They are also used widely in high-voltage, high-power applications in industries.

The working principle of the RWR80S2001FSS73 THR is based on Ohm’s law. According to Ohm’s law, current is proportional to the voltage and is inversely proportional to the resistance. Thus, by controlling the resistance of the THR, one can regulate the flow of the current.

The resistance of the RWR80S2001FSS73 THR is adjustable. It can be adjusted by adjusting the length of the lead wire or the thickness of the carbon strip. Adjusting the resistance of the THR will also affect the voltage and current flowing through the circuit.

When installing the RWR80S2001FSS73 THR, it is important to make sure that the lead wire is properly secured. The lead wire should be secured tightly to avoid loosening and shorting of the resistor. Also, it is important to note that the resistor should be placed away from high-temperature sources, as this could impact the accuracy and functionality of the resistor.

In short, the RWR80S2001FSS73 THR is a through-hole resistor that is used to regulate the current and voltage in circuits. It is an adjustable resistor that works according to Ohm’s law. When installing the resistor, it is important to ensure that the lead wire is secured properly, and that the resistor is not placed near high-temperature sources.

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