RL20S470GB14

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Through hole resistors play an essential role in circuitry. Because they act as a medium of transmission for both electrical current and voltage, they must be stored safely and securely. The RL20S470GB14 resistor is a popular model among through hole resistors. With its impressive features and convenience, it is widely used in many applications.

The RL20S470GB14 is a traditional through-hole resistor. It is 5mm x 12mm in size and made of tin-plated steel. It is enclosed in a box-shaped metal casing to provide optimal protection against corrosion and oxidation. Its ohmic value lies between 470K and 1M ohm. The temperature coefficient lies between 6ppm/°K and 12ppm/°K.

The RL20S470GB14 can be used in a wide range of applications. It is suitable for high-power electronic components such as audio amplifiers, power supplies, and LEDs. It is also used as a shunt resistor in electric meters and power supplies where current detection and measurement are needed. Moreover, with its small size, the RL20S470GB14 is suitable for circuit boards, allowing engineers to build complex systems in a small footprint.

The working principle of the RL20S470GB14 through-hole resistor is based on Ohm’s law. This law states that the current in a Direct-Current (DC) circuit is proportional to the voltage across it, and that the voltage and current are related by a constant, the resistance. Hence, by placing a specific resistor in a circuit, the current flowing through it can be limited to a predetermined value, thus controlling the voltage.

When using the RL20S470GB14 in a circuit, it is important to determine the expected resistance value beforehand. This can be done using mathematical calculations or a resistor value table. Once the value is determined, the RL20S470GB14 can be placed in the circuit board. The circuit will be complete once the resistor is properly connected to the other components and the circuit is energized.

In summary, the RL20S470GB14 through-hole resistor is a popular choice among engineers. With its ability to be used in high-power applications and its small size, it is suitable for use in wide range of applications. Its working principle is based on Ohm’s law, which states that the current in the circuit is proportional to the voltage across it. It is important to determine the exact resistance value before installing the RL20S470GB14 in the circuit. Once connected correctly, the circuit will be complete, and the RL20S470GB14 will work as expected.

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