RLR20C6802GRRE6

Through Hole Resistors have been a popular choice in the electronics industry for their undeniable reliability. This article explains the RLR20C6802GRRE6 application field and working principle.

Introduction

RLR20C6802GRRE6 is a carbon film, through-hole resistor. Its cylindrical body feature simple construction and reliable contact points that are ideal for through-hole applications. It has a total power rating of 1/2 watt and +-2-3% resistance tolerance. Featuring high stability and low noise, the RLR20C6802GRRE6 through-hole resistor is suitable for many different applications.

Application Field

RLR20C6802GRRE6 through-hole resistors are mainly used in audio amplifiers, signal processing circuits, PWM circuits, feedback amplifiers, and other related fields. In many cases, these components provide feedback in audio applications to assure that the feedback signal is stable, clean, and intact.

RLR20C6802GRRE6 resistors are commonly used in temperature-sensitive operations. Being able to work in high ambient temperature without adversely affecting the performance is a big advantage of these resistors. This allows them to be used in places with increased temperature, such as industrial or automotive settings.

Working Principle

RLR20C6802GRRE6 resistors are constructed out of a cylindrical body with a layer of insulation used to connect two capacitors, two inductors, and a resistor. The resistor is typically an element made from carbon or nonmetallic material. The inner core of the component contains the resistive material and is held in place by an insulation layer.

The resistive material is typically a film of deposited carbon, and as a result, this type of resistor also goes by the name Carbon Film Resistor. Its resistive value depends on the thickness and type of material used as the resistive element, as well as on the value of the inductive or capacitive elements used in its construction. The most common value of these components is the 1 kΩ resistance.

The RLR20C6802GRRE6 resistors work by generating a voltage across the resistor based on the flow of current. This is typically expressed as Ohm\'s Law which states mathematically: V = IR, where V is the voltage, I is the current, and R is the resistance. Thus, when a given current is applied to the resistor, it will generate a voltage, V, proportional to its resistance, R.

Conclusion

RLR20C6802GRRE6 resistors are reliable and durable components used in a variety of applications, including signal processing circuits, audio amplifiers, PWM circuits, and feedback amplifiers. They have a simple construction made up of a cylindrical body with two capacitors, two inductors, and a carbon film resistor. The resistor’s value can range from 1 Ohm up to 1 kilo Ohm depending on the material type. This makes the RLR20C6802GRRE6 type suitable for a diverse range of applications and offers a great cost-effective solution.