RL20S242GBSL

Through Hole Resistors are an integral part of many electrical systems, providing reliable, consistent performance while handling varying temperatures, voltage and current levels. One type of these resistors is the RL20S242GBSL, which provides a wide range of applications with its high pulse strength and low impedance. But what are the applications and working principles of this resistor? Let\'s take a closer look.

Applications

RL20S242GBSL through hole resistors are most commonly used in voltage switching and high-frequency circuits, such as the ones found in radio and satellite communications. They are ideal for applications that need a resistive load, such as power supplies and motor control circuits. Additionally, these resistors have also become popular in automotive and industrial applications where their excellent heat stability and low noise performance make them ideal for controlling high current levels and providing reliable performance in harsh environments.

Working Principle

The RL20S242GBSL through hole resistor is rated at 20-Ohms with a tolerance of 5%, meaning that within a given resistance range, there can be potential deviations of as much as five percent. This is important to consider when selecting the proper resistor for a particular application, as the tolerance can determine the amount of current the component can handle safely. Furthermore, the resistor is rated at a Pulse Strength of 500 Watt/00 Seconds or greater.

These resistors are made up of two conductor terminals separated by a ceramic substrate and surrounded by an insulating layer. The two terminals of the resistor are connected to the power source, and the ceramic substrate acts as the resistive load. As the current flows through the resistor, the resistive load causes a voltage drop, resulting in a decrease in the current. This decrease in current is referred to as resistance.

The RL20S242GBSL is also designed to handle high power pulses, which is an important feature for applications requiring high power handling capabilities. This is accomplished by the heavy-duty construction of these through hole resistors, which includes a long life rating and a temperature and voltage rating of up to 150°C. This high temperature rating helps ensure the resistor can withstand the high power pulses needed in high-frequency applications.

Conclusion

The RL20S242GBSL through hole resistor provides an excellent solution for applications that require high pulse strength and reliable performance in a variety of environments. This resistor is constructed with a heavy-duty insulating material, temperature and voltage ratings up to 150°C, and a pulse strength of 500 Watt/00 Seconds or greater. These features make the RL20S242GBSL a viable option for a wide range of applications.