71EF36-01-1-10N-C

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Rotary switches are mechanical switching devices operated by rotating a cylindrical actuator with multiple positions. They provide lots of useful applications in all sorts of settings, from lighting, security and automation control systems to data entry or navigation control functions in aircraft and video games. 71EF36-01-1-10N-C, as a type of rotary switch, is a 3-pole, 10-position rotary switch that uses galvanically isolated contacts for each pole, allowing for operability in various settings and conditions. The switch is suitable for applications such as motors, integrated circuits, semiconductors, and test equipment.

The working principle of 71EF36-01-1-10N-C rotary switch is based on the idea of bridging two different contacts as the actuator rotates between two "on" and "off" positions. As the rotor is rotated, a pawl attached to the center shaft is forced into contact with one or more of the electrically isolated contacts located around the perimeter of the switch base. The contact bridging occurs as the actuator rotates and triggers the desired function. When an actuation is complete, the contacts no longer bridge and the current flows through the switch body.

71EF36-01-1-10N-C rotary switch can be used in a wide range of applications mainly due to its convenient and reliable operation in different environments. It is used to switch motors, integrated circuits, circuit boards and other electrical components, providing the user with the ability to adjust the amount of current passing through a device with a simple, tactile action. 71EF36-01-1-10N-C maintains its operability even when exposed to harsh environments and is shock and vibration resistant. It is also ideal for use in low profile designs.

71EF36-01-1-10N-C rotary switch is a reliable and versatile switch that has a wide range of practical applications. Its compact form factor and easy operation make it suitable for any settings and conditions. In addition, the switch is designed to offer reliable communications and switching even in highly demanding operating environments, making it highly suitable for motors, integrated circuits, semiconductors, and test equipment.

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