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Through Hole Resistors

Through hole resistors, also known as leaded resistors, are the traditional style of resistor. The FKN100FR-73-1R3 is a through hole resistor.

Application Field

Through hole resistors are used in applications in many different areas. Such as automotive, telecommunication, consumer electronics, industrial applications, and even military.

With the increased demand for circuit boards, the need for specialized components such as through hole resistors has increased as well. Automotive applications are one of the most important applications for resistors. They play a critical role in controlling the electric current of the vehicle. As automotive vehicles become increasingly complex and electronically controlled, through hole resistors become critical for their operation.

Wireless communication can also benefit from through hole resistors. They are often used to regulate the flow of electricity in radio frequency modules. In consumer electronics, through hole resistors are used to create a constant and reliable current flow across multiple components in the circuit. This helps to reduce power consumption and improve performance of the device.

Industrial applications also rely on through hole resistors. In industrial equipment, resistors are used to regulate and control the flow of electricity in the electrical systems. This helps to ensure that the equipment functions and operates correctly.

Working Principle

Through hole resistors work by creating a resistance in the flow of current. The resistor is composed of a resistor dielectric material, such as metal oxide, which is embedded into a metal lead. When electricity passes through the resistor, it experiences an induced electromagnetic force, which creates a resistance to the charge flow.

In a through hole resistor, the resistance is set by the length of the resistor lead. The longer the lead, the higher the resistance. In addition, a resistor can be “programmed” by using different materials for the lead and dielectric, as well as altering the distance between the two components. This allows designers to set different levels of resistance for each component, making it easier to customize the circuit.

The most common type of through hole resistor is the linear resistor, where the resistance is measured in ohms. The ohm is a unit of electrical resistance and is equal to the current flow in amperes divided by the voltage in volts. A resistor can be considered a component of a circuit which is either used to limit the flow of current, or to provide a specific amount of resistance to that current.

A resistor can be either a fixed or variable type. Fixed resistors are used for specific applications, such as voltage regulators. Variable resistors on the other hand are used to adjust the resistance of the circuit.

Conclusion

The FKN100FR-73-1R3 is a through hole resistor. It is used in many different applications, such as automotive, telecommunication, consumer electronics, industrial applications, and even military. Through hole resistors create a resistance in an electric current by using a dielectric material, such as metal oxide, embedded in a metal lead and adjusting the length of the lead. This helps control the flow of electricity in the circuit.

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