WW2JBR100

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Through Hole Resistors, like the WW2JBR100 are commonly used in electric circuits. These components help protect circuits and regulate the flow of electricity. In this article, we will cover the application field and working principle of the WW2JBR100, in order to gain a better understanding of its capabilities.

Application Field

The WW2JBR100 is a Through Hole Resistor, typically found in switching power supplies, cars, and industrial equipment. It is characterized by its wide resistance range and low-temperature coefficient. The WW2JBR100 can tolerate a maximum working temperature of 125 degrees Celsius, and operates within a voltage range of 0.002 volts to 0-3 volts. The device also features a maximum power dissipation value of 5 watts. These features make the device suitable for a wide range of applications, such as automotive brakes, computers, consumer electronics, and LED lighting.

Working Principle

The WW2JBR100 is a Through Hole Resistor, which means that it operates by restricting the flow of electrons through a conductive material. This is due to the material\'s resistance, which is determined by the device\'s configuration. The material itself is usually a ceramic material with a metal oxide coating. The device has two leads that allow electricity to flow between them. The leads are connected to a resistor body, which is made from the conductive material. When electric current is applied to the device, it works by creating a barrier between the two leads, thus reducing the amount of current that can flow through it. This is due to the conductive material\'s resistance, as well as the physical barrier created by the two terminals. The device also works by dissipating energy in the form of heat, which is why it is important to consider the temperature of the environment before using the WW2JBR100.

Conclusion

In conclusion, the WW2JBR100 is a Through Hole Resistor that has a low temperature coefficient and is suitable for a variety of applications. The device works by restricting the flow of electrons between its two leads, due to the resistance of the material, as well as the physical barrier created by the two terminals. The WW2JBR100 can tolerate a maximum temperature of 125 degrees Celsius and operate with a maximum power dissipated value of 5 watts.

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