RNC55J1473FSB14

Introduction

RNC55J1473FSB14 is a type of through hole resistor. The resistor is made of a small metal-oxide film which is deposited on a ceramic core. The glass-fiber reinforced epoxy, which is part of the resistor\'s overall construction, helps to make it a very rugged device that can withstand a wide range of temperatures, vibrations, and impacts.

Application Field

RNC55J1473FSB14 has a wide range of applications in the electronics industry. It is primarily used as a power resistor, as it can handle high voltages and currents. It is also used as a dampening device, where it absorbs and dissipates excess electricity. Additionally, through hole resistors are used in a variety of safety and control circuits, such as smoke detectors and circuit breakers.

Through hole resistors are used in automotive applications, where they are used to help stabilize electrical current in wiring harnesses. They are also used in industrial control systems and in robotics, where they are used as part of the actuation system.

RNC55J1473FSB14 is also used in aerospace applications. The resistor is used in guidance and control systems, as well as in avionics equipment.

Working Principle

A RNC55J1473FSB14 through hole resistor works by having a metal oxide film that is deposited on a ceramic core. This metal oxide film acts as a resistor, which resists the flow of electrical current. The higher the electrical voltage, the more resistance is created, resulting in the slowed flow of current.

The resistor also works by dissipating excess electrical energy. The resistor\'s glass-fiber epoxy construction helps to dissipate this energy, preventing it from causing damage to the underlying electronics. Additionally, the resistor is designed to absorb physical shocks and vibrations, which helps to keep the underlying system safe and functioning properly.

Conclusion

RNC55J1473FSB14 is a type of through hole resistor that is designed to resist the flow of electrical current, dissipate excess electrical energy, and absorb physical shocks. It has a wide range of applications in the electronics industry, automotive industry, industrial control systems, robotics, and aerospace.