Through hole resistors are electrical components that are designed to resist, or limit, the flow of electrical current. They are typically made of metal or other conductive material and feature two terminals for electrical current to pass through. Generally, through hole resistors are used to provide precise voltage regulation and serve as both protectors and buffers for electrical circuits.

RN65C1473FB14 Application Field and Working Principle

The RN65C1473FB14 is a through hole resistor that has a wide variety of uses. It can be used for general purpose networking applications, automotive power systems, military electronic equipment, and power supply designs. The resistor features a resistance value of 10,000 ohms with a tolerance of 50%. It is also rated for a maximum operating temperature of 125 degrees Celsius with a voltage rating of 60V.

From a working principle standpoint, the RN65C1473FB14 works by reducing the amount of current that is flowing through a circuit. It utilizes a combination of materials which resist the flow of electricity and as a result provide resistance. When voltage is applied to the resistor, the materials form a barrier which then slows down the flow of electricity. The resistor works to limit how much electricity can pass through the circuit. This then leads to a more stable voltage output for the electronic device.

Aside from the RN65C1473FB14, there are other types of through hole resistors available. These devices come in a variety of different resistance values and can be used for a wide range of applications. Some of these resistors include high-power resistors, variable resistors, high voltage surge protectors, wire-turned resistors, and high-precision variable resistors.

Regardless of the specific application, through hole resistors are a necessary part of any circuit. They help to provide an even and regulated power output from the circuit, as well as provide protection. By utilizing a combination of metal and other materials, these components can resist the flow of electricity and as a result, provide resistance.