CW02C120R0JS70

Through Hole Resistors are a type of electrical power and signal-control component, designed to provide a precisely/fixed-value resistance to the flow of electric current. The CW02C120R0JS70 is a Through Hole Resistor specifically designed for general purpose applications and provides reliable performance and a low cost alternative compared to other types of resistors.

In terms of its application field, the CW02C120R0JS70 is typically used in both power and signal-control devices. One of its key features is its high power dissipation and low temperature coefficient of resistance, making it a suitable choice in power circuits. In signal-control applications, this Through Hole Resistor is commonly employed as a surge suppressor, noise filter, or voltage equalizer.

In terms of its working principle, the CW02C120R0JS70, like all Through Hole Resistors, works by introducing an impedance to the flow of an electrical current. This works by producing an opposing force to the applied current – a counter-electromotive force – and the degree of this force is determined by the resistor\'s resistance value. To understand how this works, it helps to consider a real-life application.

For instance, in a circuit designed to supply a specific voltage to a halogen bulb, the CW02C120R0JS70 can be used to control the potential current that flows to the bulb. By controlling the voltage and current, the temperature of the bulb is regulated, preventing damage to the bulb and the circuit. In other words, the resistance value of the CW02C120R0JS70 determines the amount of power dissipated or “pulled away” from the bulb, thus regulating its temperature.

To conclude, the CW02C120R0JS70 Through Hole Resistor is a versatile component with a wide range of applications. It is typically used in control circuits, such as for power and signal-control, and works by introduction an impedance to the flow of electric current. Its high power dissipation and low temperature coefficient of resistance make the CW02C120R0JS70 a suitable choice for a wide variety of power circuits, while its low manufacturing costs make it an extremely cost-effective choice for signal-control applications.