RNR55K2002FMRSL

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Through Hole Resistors are an integral part of the electrical components used in various industries such as manufacturing, automobile, testing, sensing, communication, computing, power, measurement, and many other applications. The RNR55K2002FMRSL is a high power, ultra low resistance through hole resistor from Panasonic. It is designed for use in high temperature and harsh environments.

The RNR55K2002FMRSL resistor has a resistive value of 55,000 ohm with a tolerance of 5%. It is designed to be able to operate reliably up to 275°C, making it ideal for high temperature applications. It is manufactured with a special construction which allows it to endure the extreme temperatures and thermal shock without performance degradation. The ceramic terminals, together with phosphorus bronze, provide excellent connections even in extreme temperatures.

The resistor is designed for surface mount applications and has excellent solderability, making it suitable for through hole assemblies. The lifetime of this resistor is outstanding, providing an extended working life. The construction is very resilient and has a very low inductance to maximize signal performance, even in harsh environments. In addition, it offers excellent dielectric strength and power dissipation characteristics.

In terms of working principle, the RNR55K2002FMRSL resistor is designed to resist the flow of electricity by providing an electrical resistance. This resistance is determined by the composition of the material used in construction. The resistance causes the electrons to move more slowly, dissipating energy in the form of heat, and eventually preventing the flow of electricity. The application field of this resistor includes power supplies, battery support, switching circuits, and RF networks.

The RNR55K2002FMRSL resistor is a highly reliable, effective, and efficient solution for through hole applications. It offers superior performance and long working life, enabling it to be used in a variety of applications. With its exceptional resistive value, tolerance, and temperature capability, it provides reliable and accurate results. It is suitable for use in automated production lines and is cost effective to use and easy to install and maintain. Thus, making it an ideal solution for a wide range of through hole applications.

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