PR01000107501JR500

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Through Hole Resistors are electronic components used to control electrical current, voltage and heat, and the PR01000107501JR500 is a good example. It is a carbon composition resistor, which is one of the oldest and simplest resistor types. It is cost effective, reliable and provides consistent performance for a wide range of applications.

PR01000107501JR500 Description

The PR01000107501JR500 is a carbon composition resistor designed primarily for high-power applications. The resistor is made with a carbon disk and ceramic coating that provides good insulation between the contacts, and of course, protection from electrical arc-over. It comprises of two terminals, a carbon disk and insulation material enclosed in a metal enclosure. A chrome insulating sleeve covers the two terminals and helps to reduce the arc-over probability. The two terminals are connected to the resistor body at high temperature, following strict quality control along the process.

PR01000107501JR500 Application Field

This carbon composition resistor is suitable for use in many applications, including power supplies, motor controllers, audio amplifiers, industrial controls, and medical equipment. It is superior to other resistors due to its high-power handling capacity, low thermal resistance, dielectric strength, low temperature coefficient, low capacitance, and excellent linearity. These features make the resistor suitable for high-power and high-precision applications.

PR01000107501JR500 Working Principle

The PR01000107501JR500 works by converting electrical energy into heat energy via electrical resistance. The resistor is composed of two terminals, connected by a carbon disk, which is then covered with the protective ceramic coating. When electricity passes through the resistor, the electrons collide with the carbon disk, creating friction which generates heat. The heat is dissipated by the ceramic coating, which also protects the resistor from electrical arc-over.

Conclusion

The PR01000107501JR500 is a high-power, cost-effective carbon composition resistor suitable for a wide range of applications. Its features include high-power handling capacity, low thermal resistance, dielectric strength and low temperature coefficient. It works by converting electrical energy into heat energy via electrical resistance, and the ceramic coating protects the resistor from electrical arc-over and dissipates the heat. The PR01000107501JR500 will provide consistent performance for your specific application.

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