RLR20C2100FRB14

Through-hole resistors are a common type of resistor. The RLR20C2100FRB14 is a type of through-hole resistor that is capable of withstanding high temperatures and sharp spiking voltages. It is discrete components used in many different types of electronic products. It provides a three-digit number code or a fourth-digit letters code for identification.

Application Field of RLR20C2100FRB14 Through Hole Resistor

RLR20C2100FRB14 through-hole resistors are mainly used in consumer electronics and industrial applications. For example, they are used in laptop computers, automotive systems, telecom systems, and industrial electronics. In addition, they are also found in high-frequency circuits to attenuate incoming power and amplify audio signals. It is also suitable for use in power supplies, inverters, generators, and automation equipment.

Working Principle of RLR20C2100FRB14 Through Hole Resistor

RLR20C2100FRB14 through-hole resistors are manufactured by combining an insulating material (typically ceramics) with high conductivity metals. The metal contacts are electronically coupled and thus create a voltage drop or resistance. The voltage drop is determined by the material used, the size and shape of the resistor, and the number of outgoing contacts. The metal contacts also collect electro-static energy generated by external sources and dissipate the energy avoiding any device malfunction.

When an electrical current passes through the metal contacts, heat is generated due to resistive power loss. The heat dissipation is dependent on the size and shape of the resistor. To limit the power loss across the through-hole resistor, its body should be as small as possible and as close as possible to the heat source. This reduces the thermal gradient from the contact points to the surrounding environment.

The RLR20C2100FRB14 is capable of withstanding high temperatures up to 1000°C and is ideal for use in high-power electronic applications such as power supplies and inverters. It also provides strong protection against voltage spikes which can cause permanent damage to electronic circuits.

Conclusion

RLR20C2100FRB14 through-hole resistors are a type of component that is used in a variety of high-power electronics applications. The component is manufactured by combining an insulating material with high-conductivity metals. When an electrical current passes through the metal contacts, heat is generated due to resistive power loss. These resistors are able to withstand high temperatures up to 1000°C and provide strong protection against voltage spikes. Overall, the RLR20C2100FRB14 is an ideal component for use in many electronic applications.