FKN500JR-91-1R2

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Through Hole Resistors are components that are used to control the amount of current in an electronic circuit. They are available in a variety of shapes, sizes, and materials. The FKN500JR-91-1R2 is a Through Hole Resistor made from an alloy of tin and lead. It is a type of resistor designed to reduce power dissipation and provide an excellent low temperature coefficient. Its construction consists of a metal core support base, resistor element, and lead wires.

The FKN500JR-91-1R2 has many applications. It is most commonly used in power supplies, inverters, motor drives, and other high power circuits. Additionally, it can be used as a variable resistor in devices such as potentiometers. Due to its low temperature coefficient, the FKN500JR-91-1R2 is also suitable for temperature measurement and control. It can also be used in AC circuits to reduce resonance and damp out high frequency oscillations.

The working principle of the FKN500JR-91-1R2 is fairly simple. When a voltage is applied to the leads of the device, a constant current passes through the resistor element. This current is proportional to the voltage applied, which is determined by Ohm\'s Law. The resistance of the resistor element determines how much current passes through it, and the power dissipation is determined by the temperature coefficient. The FKN500JR-91-1R2 is specified to have a temperature coefficient of 0.15%/°C.

The FKN500JR-91-1R2 is a versatile Through Hole Resistor that can be used in many applications. It is designed to reduce power dissipation and provide an excellent low temperature coefficient. This makes it ideal for high power circuits, temperature measurement and control, and AC circuits. By understanding its application and working principle, one can select the right resistor for any given application.

Overall, the FKN500JR-91-1R2 is a high quality Through Hole Resistor that is designed to provide a consistent performance. Its wide range of applications and low temperature coefficient make it a popular choice for many electronic devices. By understanding its application and working principle, one can select the right resistor for any given application.

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