71B36-05-1-08N

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Rotary Switches are useful devices that allow the control of direction of electric current with a single rotating cylinder. The 71B36-05-1-08N is a specific form of rotary switch, and it is widely used for a variety of applications. In this paper, we discuss the application field and the working principle of 71B36-05-1-08N.

Application Field

71B36-05-1-08N is generally used in situations where the direction of electric current needs to be changed in order to control the way electric current flows. It can be used in a variety of applications such as electrical wiring systems, industrial automation, and automotive electrical systems. This rotary switch is also used in electronic test and measurement systems where the direction of electric current needs to be changed to obtain the desired result.

Working Principle

The working principle of the 71B36-05-1-08N is fairly simple. It consists of a rotating cylinder that contains conductive metal contacts. When the cylinder is rotated, the contacts complete a circuit and the flow of electric current changes as the contacts move along. The degree of rotation of the cylinder is usually marked to indicate the position of the switch. This helps in accurately controlling the direction of electric current.

The device is designed to deliver reliable, consistent performance under normal working conditions. It is also designed with safety features that can be used to protect electronic circuits from being overloaded or damaged due to sudden changes in the direction of electric current.

71B36-05-1-08N is specifically designed to be durable and reliable. It is made of high-grade conductive metals and built to last for many years. Its components are also tested and certified by trusted third-party institutions to ensure their quality and performance.

Conclusion

Rotary switches such as the 71B36-05-1-08N are an essential component of many electronic systems. They are designed to accurately control the direction of electric current and are reliable and durable enough to last for many years. This device is used in a variety of applications, from electrical wiring systems to industrial automation and automotive electrical systems. The working principle of the device is fairly simple and it is designed to deliver reliable and consistent performance under normal working conditions.

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