RN55E3481DRE6

Through Hole Resistors

RN55E3481DRE6 Through Hole Resistors provide excellent power rating and stability for both general-purpose and precision applications. This type of resistor is suitable for use in high-current and high-power applications and is great for mounting on board due to its compact size and improved environmental protection. The RN55E3481DRE6 Through Hole Resistor offers a combination of low cost and high performance.

Application Field of RN55E3481DRE6 Through Hole Resistors

RN55E3481DRE6 Through Hole Resistors are suitable for use in high-power and high-current applications, and are ideal for applications where voltage and current can be expected to reach high levels. Examples include DC and AC power supply, low-voltage power supplies, and automotive and industrial applications. It can also be used to provide voltage and current limiting in high-power circuits. The resistors are also ideal for use in temperature sensors and signal conditioning circuits.

Working Principle of RN55E3481DRE6 Through Hole Resistors

The RN55E3481DRE6 Through Hole Resistor works by dissipating power in the form of heat. The amount of power that is dissipated depends on the amount of current that is passing through the resistor. As current passes through the resistor, the resistor creates an energy barrier, which resists the flow of current and produces heat. The amount of heat that is created is directly proportional to the magnitude of the current that is flowing through the resistor. The resistor is also designed to create a temperature-dependent resistive characteristic, which ensures that its resistance remains relatively constant over a wide range of operating temperatures.

Conclusion

The RN55E3481DRE6 Through Hole Resistor is a versatile and reliable resistor that is suitable for both general-purpose and precision circuit applications. Its compact size and improved environmental protection make it ideal for mounting on board. The resistor\'s ability to maintain relatively constant resistance over a wide range of temperatures coupled with its power rating and stability make it suitable for applications where high currents and high voltages can be expected. Its low-cost and high performance make it an ideal choice for high-power circuits and applications.