RLR20C9310FRRSL

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Through hole resistors, or THRs, are components in electrical circuits that have a static resistance in order to limit the flow of current through them. THRs are available in a wide variety of sizes, shapes, and power ranges, allowing engineers to choose the resistance that best fits their project. The RLR20C9310FRRSL is a popular THR with a wide range of applications.

The RLR20C9310FRRSL is a two-terminal, leaded-resistor that is most commonly used for resistive, voltage-divider circuits. The resistor has a low TCR (temperature coefficient of resistance) and reliability, and the 0.1% initial tolerance allows engineers to choose the exact resistance for their project. The package of this THR is through-hole and rectanglular, and its width is 5.55mm. The power rating of the resistor is 12.5 Watt when kept on a 125°C.

The RLR20C9310FRRSL is especially well suited to applications that require high thermal stability; in these circuits, the resistor is subjected – over a range of temperatures – to a prolonged period of overload. Its low TCR allows for a great level of precision during such overload testing. Additionally, its high voltage-handling capacity (4.3kV) and high signal-tolerance (50.4A) make it ideal for use in high-voltage and high-current circuits. Another great feature of the THR is its wide resistance range, spanning from 0.027 – 9.5M, which ensures that it can meet the needs of almost any circuit.

The RLR20C9310FRRSL offers not only impressive performance and resistance, but also extremely low ESR (equivalent source resistance). The resistor is able to dissipate heat effectively, even when subjected to extended overloads. This unique feature of the THR ensures its longevity and dependability, even in tough conditions.

The RLR20C9310FRRSL is a great solution for anyone who is looking for a reliable, accurate, and efficient THR. With its wide range of application fields and ample power rating, the THR offers engineers great flexibility and precision across a wide range of electrical circuits.

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