SW13A65NA01AK

Rocker Switches

A rocker switch is an on-off switch operated by an external rocker mechanism, usually by means of a pivoting actuator. It is commonly used in automobiles, audio systems, consumer electronics, and electrical control systems, and typically controls the power supply to an electrical device. The SW13A65NA01AK rocker switch is a specialized variant of the basic rocker switch, with a few significant differences.

SW13A65NA01AK Application Field

The SW13A65NA01AK rocker switch is commonly found in automotive applications, such as headlight and interior lighting control, fog light control, and other electrical control systems. The switch is also used in consumer electronics, such as in audio systems and entertainment systems, as well as in industrial and commercial applications.

SW13A65NA01AK Working Principle

At its core, the SW13A65NA01AK rocker switch is a mechanically operated switch. When the rocker arm is pressed, the switch contacts are momentarily closed, and when the rocker arm is released, the switch contacts are momentarily opened. Depending on the switch\'s design, power can be delivered to the different electrical systems to which the switch is connected.

The switch is also equipped with a number of additional features and components. For example, the SW13A65NA01AK switch is typically equipped with a secondary switch that allows for the control of more than one electrical system. In addition, the switch is equipped with a diode to reduce interference and electromagnetic interference (EMI) between different electrical circuits. The switch also has a fuse or other safety device to prevent damage to the electrical system in the event of a short circuit.

Conclusion

The SW13A65NA01AK rocker switch offers a reliable, efficient, and cost-effective solution for controlling power in many different types of electrical systems. Its variety of features, such as its secondary switch and safety device, make it ideal for automotive and industrial applications. Its unique design also ensures that it is capable of controlling multiple electrical systems in parallel, while minimizing the risks associated with short circuiting.