RL20S122GR36

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Through hole resistors are a necessary component in any digital circuit. Without them, communication and data processing could not take place. Therefore, understanding the application field and working principle of RL20S122GR36, a through hole resistor, is essential for a digital electrician.

RL20S122GR36 is a through hole resistor with a nominal resistance of 20 ohms. It is made from a composition of metal and ceramic and is a great option for a more robust, reliable, and durable build. The main advantage of this type of resistor is the “ceramic-plate” design which provides excellent heat dissipation allowing for a more robust operation while still being lightweight and easy to install. This resistor is also suitable for electromagnetic interference filtering, with its high insulation resistance ensuring that only the desired signals have access to the circuit.

The RL20S122GR36 has a power rating of 125 mW allowing it to take on more demanding tasks. However, this resistor is not appropriate for high voltage applications, as the maximum voltage across it should not exceed 80V. As a through hole resistor, it is essential that the resistor is connected to the board itself before the components. This helps to ensure reliable and consistent connections that will withstand even the harshest of applications.

The application field for the RL20S122GR36 through hole resistor varies depending on the type of circuit it is being used for. It is often used in circuits that process analog signals as its resistance properties help to ensure that the signal is accurate and stable. It can also be found in systems that require a steady flow of power, such as motor control applications, as its ability to dissipate heat efficiently allows it to continue functioning properly without overheating.

The working principle of RL20S122GR36 is fairly simple. As a through hole resistor, it consists of two leads that are connected to a resistor element in the form of a flat, circular, ceramic plate. This plate is then covered with enamel to protect it from moisture and oxidation. When a current passes through the resistor element, the current is converted into heat energy that is dissipated away from the resistor allowing for stable and consistent performance.

In conclusion, RL20S122GR36 is a great choice for through hole resistor applications. Its ceramic-plate design, along with its high insulation resistance and power rating make it a great option for a wide range of applications such as analog signal processing and motor control applications. In addition, its simple working principle makes it easy to install and understand.

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