Through Hole Resistors

Introduction

Through hole resistors are components used to provide resistance to a circuit and dissipate the attached current. They are used as part of wider resistive networks to tailor the overall response of a system. A basic resistor consists of two conductive plates that are separated by a resistive material. The material could be composed of carbon, or a metal like copper.

RNC60H1243BSRE6

Since their introduction, resistors have grown in many shapes and sizes. Through hole resistors specifically refer to the type of resistors that are constructed like a cylindrical tube, with leads attached to either end to allow connection to the circuit board. One example is the RNC60H1243BSRE6 which is a through hole resistor.

Application Field

RNC60H1243BSRE6 is a general-purpose through hole resistor. It is suitable for universal applications, providing predictable performance from -55 to +125°C. The resistor is designed for operation with quite reasonable accuracy, with a tolerance of ±5%. It also offers good pulse strength up to 2A. The resistor also has a convenient pin arrangement, allowing for both vertical and horizontal mounting. Additionally, its construction process allows for automated assembly.

Working Principle

RNC60H1243BSRE6 is a carbon film based resistor. Its construction is composed of a resistor element composed of carbon, copper electrodes, and a heat-resistant coating. Carbon film resistors work the same as other resistors; the current passing through the resistor is reduced according to the resistance. Thermal dissipation then reduces the amount of heat in the resistor.

Conclusion

In conclusion, RNC60H1243BSRE6 is a through hole resistor that is designed for general purpose applications. It offers predictable performance and can tolerate temperature between -55 to +125°C. Its construction with carbon film allows it to dissipate thermal energy and limit the amount of current passing through.