RL20S471GR36

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Through Hole Resistors have been used for many years in a variety of electronic applications and are widely used to limit the flow of current in a circuit. In this article, we will discuss the application field and working principle of RL20S471GR36, a specific type of through-hole resistor.

For starters, RL20S471GR36 is a high-power through-hole resistor with a standard 4-resistor array configuration. The rated power dissipation of this resistor is 20 watts, and its rated voltage is 350 volts. The operating temperature range of this resistor is from -55°C to +125°C, and it has a standard tolerance level of ± 5%.

Due to its high power dissipation rating, RL20S471GR36 is widely used in applications with high current carrying requirements. Examples of such applications include power supplies, electric motors, home appliances, and LED lighting systems. The large dissipation rating also allows the resistor to be used in applications with high levels of temperature, such as automotive and aerospace applications.

The working principle of RL20S471GR36 is very simple. Like all resistors, it works by allowing a certain amount of current and voltage to flow through it, while simultaneously resisting the flow or hindering it somewhat. The resistor’s job is to reduce the current and voltage passing through the component, or to limit the amount of power used in the circuit.

When current flows through the resistor, it creates a small amount of heat, which is then dissipated as the resistor does its job. The amount of heat generated by the resistor will depend on the amount of current passing through it. As the amount of current increases, more heat is generated and the resistor eventually reaches its maximum operating temperature.

In summary, RL20S471GR36 is a through-hole resistor that is designed for high power applications. It has a high rated power dissipation rating of 20 watts and is capable of operating at temperatures as high as 125°C. Its working principle is like any other resistor, allowing a certain amount of current and voltage to pass through it while generating a small amount of heat.

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