15FR100

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Through Hole Resistors are effective at controlling electricity in an electric circuit. Composed of two metal plates and one or more a resistive element, 15FR100 Through Hole Resistors are popular components used in a wide variety of industries. While they come in many shapes and sizes, this guide focuses specifically on the 15FR100 Through Hole Resistor and its application field and working principle.

Design and Structure of 15FR100 Through Hole Resistors

15FR100 Through Hole Resistors are cylindrical resistors, with copper or nickel-plated bodies and two leads extending from each end. The body and the leads of the resistor are made of durable and conductive materials, such as aluminum, brass, bronze, iron, or steel. The external part of the resistor which is visible consists of two plates, usually marked with a ‘Start’ and a ‘Finish’ marking for easy identification. The inside of the resistor contains a resistive element, which is usually a carbon-composite or a ceramic-metal blend element.

Application Fields of 15FR100 Through Hole Resistors

15FR100 Through Hole Resistors are used in a wide variety of industries, such as:

• Automotive: 15FR100 Through Hole Resistors can be used as components in a variety of automotive applications, from engine compatibility and voltage regulation to current limiting and temperature sensing.
• Industrial: As with automotive applications, 15FR100 Through Hole Resistors are used for controlling and regulating current and voltage in industrial machinery, and for temperature sensing.
• Aerospace: The high durability and reliability of 15FR100 Through Hole Resistors make them ideal components for aerospace guidance, control and navigation systems.
• Consumer Electronics: From smartphones and tablets to smart appliances, 15FR100 Through Hole Resistors are used as components in consumer electronics devices, offering accurate current and voltage regulation while maintaining seamless performance.

Working Principle of 15FR100 Through Hole Resistors

15FR100 Through Hole Resistors work on the principle of resistive heating. When an electric current passes through the resistor, the particles within the resistive element are heated and converted into thermal energy, which is dissipated in the form of sound or heat. The intensity of the current is controlled by the resistance of the resistor, which is determined by its material composition and external factors such as temperature and voltage.

In other words, 15FR100 Through Hole Resistors are passive components which are used to regulate electric currents in an electric circuit. They decrease the amount of power which is used by the circuit, and help to regulate the circuit\'s temperature. This prevents the circuit from overheating, which could result in a system failure.

Conclusion

15FR100 Through Hole Resistors are used in a variety of industries due to their durability, ease of installation, and efficient performance. They work on the principle of resistive heating to control the intensity of electric currents in an electric circuit. By reducing the amount of available electricity, these resistors reduce the power consumption and temperature of the circuit whilst ensuring the circuit\'s stability.

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