RLR05C1303FRBSL

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The RLR05C1303FRBSL is an extremely versatile through-hole resistor. It’s most commonly used in applications such as motor, lamp, heater and temperature control circuits, as well as grounding and DC power supplies. It is characterized with its high stability and reliability, perfect performance, and wide temperature range.

The typical performance of RLR05C1303FRBSL makes it a near perfect choice for any circuit. Its low temperature coefficient of resistance is 0.05%, while its total stability is 0.05%. In addition, Operating temperature range is from -40 to + 125°C, maximum overload is 2.5W, and insulation resistance is more than 100MOhm. The mechanical stability is 0.1%, and its capacitance is inductance is 1nF.

The RLR05C1303FRBSL is available in two distinct types, the non-inductive and the inductive types. Both types have their own advantages over the other, although it really depends on the application as to which one should be chosen. The non-inductive type is designed for very low power applications, and is capable of radiating heat away quickly without affecting the components in the circuit. The inductive type on the other hand, is designed for more powerful applications. It has an increased load capacity, as well as improved insulation resistance and durability.

The working principle of the RLR05C1303FRBSL is fairly simple. It basically works like a normal resistor would, except instead of having two current-carrying wires like a regular resistor, it has three. Two of the wires provide the resistance value, while the third is used to sense changes in temperature and/or current. When the temperature or current changes, the resistance value will change accordingly.

Overall, the RLR05C1303FRBSL is a great choice for any through-hole resistor application. It offers a wide range of features, great performance, and a long lifetime. Its low-temperature coefficient of resistance, high-stability, and reliable operation make it a sure choice for any application. In addition, its inductive and non-inductive types can provide even more flexibility.

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