RN55C4641CBSL

A through hole resistor is an electronic device that is used to limit current or voltage in an electrical circuit. The type of through hole resistor is an RN55C4641CBSL, which is essentially a fixed, linear, and resistive device. It is a four-terminal (pin-in-hole) resistor set, designed to provide high-performance solutions for applications requiring a higher resistance range.

Application field

The RN55C4641CBSL is mainly used for applications that require a higher resistance range of up to 100KΩ. It is typically used in power supply designs and telecommunications and networking systems. The RN55C4641CBSL is also used to protect semiconductor components from electrostatic discharge, and for current-sensitive applications. This type of resistor is also used in electronic circuits, sensing applications, and motor control applications, among others.

Working principle

The working principle of a through hole resistor is based on the ability of the resistor to resist electrical current flow and control electrical voltage when a resistor is placed in a circuit. This is accomplished by the construction of the resistor and the use of two distinct materials, an insulator and a conductor. The insulator is composed of a material that slows the flow of electrons while the conductor is composed of a material that allows electrons to move freely. In the case of the RN55C4641CBSL, the conductor is composed of a combination of nickel plated copper and metal oxide, while the insulator is constructed from ceramic.

The RN55C4641CBSL through hole resistor provides low resistance values and tight tolerances. It has a maximum power rating of approximately 1/2W and operates at temperatures from -55°C to 125°C. The resistor body is equipped with safety flammability ratings of UL 94V-0 and meets the requirements of the European Union RoHS and German RoHS compliance.

Conclusion

The RN55C41641CBSL through hole resistor is a highly reliable device that is designed for use in a variety of electronic circuits. It is composed of nickel plated copper and metal oxide, and is constructed with ceramic insulation. The resistor is suitable for use in applications requiring a higher resistance range, and operates in temperatures of -55°C to 125°C with a maximum power rating of approximately 1/2W. It provides reliable and accurate current and voltage control and meets wide range of safety standards and requirements.