RLR05C2742FRB14

Through Hole Resistors offer a variety of solutions for applications requiring robustness and durability, and RLR05C2742FRB14 is one such device that is quickly gaining popularity in high-reliability and precision applications. This resistor is a part of the Series RLR family from TE Connectivity, and is manufactured from high-quality materials that provide excellent performance and reliability for the application it is used for.

RLR05C2742FRB14 is a 3-terminal, through hole mounted, non-magnetic, wire-leaded resistor. With excellent thermal and linearity characteristics, it is a favorite amongst engineers for use in a variety of applications ranging from communications to industrial to military. The resistor features a standard Tolerance of 1% and a rated Operating Temperature of -55 to 155°C. Its reliability is ensured with Load Life of 1,000 hours and Temperature Coefficient of ±100 PPM/°C maximum.

The working principle of this resistor is based on the concept of Ohm’s Law, which states that the current flowing through a conductor is directly proportional to the voltage applied. This law is the foundation for the design of all electrical and electronic equipment. The resistor basically limits the current flow by controlling the amount of voltage that can be passed through it. Thus, it helps to provide a stable voltage supply for the application.

The RLR05C2742FRB14 is ideal for high-reliability and precision applications. It can be used in high temperature applications, as its resistance is virtually unaffected by changes in temperature. Additionally, it is RoHS compliant, ensuring environmental friendliness. This resistor, with its exceptional performance and flexibility, is ideal for a wide variety of applications in the industrial, communications, military and computer sectors, making it an ideal choice for those requiring reliable and durable solutions.

In conclusion, RLR05C2742FRB14 belongs to the Series RLR family of Through Hole Resistors. Its reliable performance and flexibility make it ideal for use in various applications requiring robustness and durability. Thanks to its features and compliance with RoHS standards, it has become a preferred choice in high-reliability and precision applications.