RL20S202GR36

Through Hole Resistors work by controlling current flow, thereby producing a desired voltage level and preventing associated circuit overloads and damages. RL20S202GR36 is an example of such a through hole resistor, and its application fields and working principles are discussed below.

Application Fields of RL20S202GR36

RL20S202GR36 is a metal oxide film resistor with standardised values, stability, and power rating, and hence is suitable for use in electronic circuits and appliances requiring a precise component. The resistor combines low inductance, low resistance, and high accuracy, making it suitable for a wide range of applications including, but not limited to, measuring and controlling circuits; power supply and supply technology, automation technology, switching power supply, and lighting technology. It also finds use in industrial applications like signal conditioning, process control, motor control, motor speed, sine wave filtering, temperature control, and measurement technology; as well as audio and video applications like sound amplification and modification.

Working Principles of RL20S202GR36

The working principle behind RL20S202GR36 involves controlling a current flow to create a desired voltage level and preventing overloads and damages from occurring in the associated circuit. This is well-achieved by the structure of the resistor, which comprises a combination of an insulation and a metal layer with a width of the insulation layer increasing directly proportional to the value of the resistance. The resulting resistor is highly reliable and causes minimal fluctuations when placed under fluctuating temperatures and voltages, due to it being capable of self-regulating.

In addition, the resistor\'s tolerance, which focuses on the difference in actual properties and standard properties, is also low. This quality allows it to fit into various applications while producing conflicting results without foregoing its overall efficiency. Furthermore, its low thermal coefficient prevents the resistance from changing over time. This reduces the risk of the current flowing through the components becoming unstable, and the electrical characteristics not performing as expected.

Conclusion

RL20S202GR36 is a metal oxide film resistor with many features that make it suitable for through hole resistor applications. It has excellent stability, low inductance, and high accuracy as a result of its structure. Its tolerance and thermal coefficient are also low, preventing fluctuations and providing consistent electrical characteristics. Hence, it can be used in many applications, including measuring and controlling circuits, power supplies, automation, sine wave filtering, and sound amplification.