RL20S180GRE6

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Through Hole Resistors are widely used for their efficiency when it comes to electrical current control and heat dissipation. The most popular type, the RL20S180GRE6, is specifically designed to offer a reliable performance for high-power applications.

The RL20S180GRE6 is a low profile, rectangular shaped resistor with ceramic body and ceramic end caps. It has a unique insulated base which isolates the internal connections which maximizes its durability. It also has a molded-in heat sink which provides superior thermal stability. The maximum operating temperature of the RL20S180GRE6 is +180°C.

The RL20S180GRE6 is designed to provide an accurate and reliable electrical current control. Its low profile allows for lower installation costs since it requires fewer components. It also has a high wattage rating (20W) and resistance tolerance value of 0.02%. The results in enhanced current control and minimal copper loss in the system.

The advantages of the RL20S180GRE6 go beyond just electrical current control, however, as it has a wide range of applications. Due to its low profile and heat sink, it can be used in compact and densely-populated enclosed electronics, such as mobile devices. It can also be used in LED strips, telecommunication systems, and other high-power applications.

The RL20S180GRE6 works on the principle of a negative temperature coefficient (NTC) resistor. This type of resistor works by dissipating heat as the resistance increases in order to prevent the resistor from overheating. A positive temperature coefficient (PTC) is also available for some applications where the resistance decreases as the temperature increases.

The RL20S180GRE6 is an excellent choice for a variety of high-power applications due to its high wattage rating, excellent electrical current control, and wide range of applications. It can be used in both enclosed and open-source electronics, such as LED strips, communication systems, and mobile devices. Furthermore, its low profile and unique construction offer superior thermal stability, making it a reliable and accurate choice for many applications.

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