71C301105N-1112NC

Rotary Switches are widely used as position control devices in many different electronic and electro-mechanical applications. In the context of today\'s electronic technology, rotary switches are used to select, execute and control a wide variety of functions, from simple switch sequences to complex motor control functions.

71C301105N-1112NC rotary switch is an example of rotary switch being used in multiple applications. It is a miniature rotary switch with 19 positions. It has silver contacts of useful life of 1,000 operations and an operating temperature range of -55°C to +125°C.71C301105N-1112NC rotary switch is applied in complex applications such as automotive and consumer electronics. It has a wide range of features including extended temperature range, low actuation force and high contact performance.

The working principle of 71C301105N-1112NC rotary switch is simple and efficient. A spring loaded shaft rotates and allows for selection of multiple positions or states. The spring loaded bush is connected to the shaft and provides the user with an option to rotate it to change the contact states of the switch. Contacts are held in place by rotational force generated by the spring-loaded shaft, enabling the switch to stay in a certain position and maintain contact even when subjected to vibration and shock.

71C301105N-1112NC application field covers a broad range of uses, from automotive components to industrial control, medical device and consumer electronics applications. Its miniature size and silent operation makes it a great choice for use in harsh environments such as automotive dashboards, instrument panels and professional audio equipment. In addition, as a highly reliable device, it can be used in many complex tasks such as programmable logic controllers, automotive navigation systems and advanced scientific instruments.

71C301105N-1112NC is a miniature rotary switch with 19 positions, silver contacts and extended temperature range. It is used in many different electronic and electro-mechanical applications. Its working principle is simple and efficient, relying on a spring loaded shaft to control the contact states of the switch. Its application field is wide, incorporating potential uses in automotive and consumer electronics, programmable logic controllers, automotive navigation systems and advanced scientific instruments.