71CF302107N-1107N

Rotary Switches

Rotary switches are electromechanical devices whereby rotation of a switch spindle will connect or disconnect specific paths. This type of switch allows for a great deal of control and is perfect for uses that require multiple paths to be changed simultaneously.

71CF302107N-1107N Application Field

71CF302107N-1107N rotary switches are typically used in low voltage DC circuitry and audio applications. Some of the more common uses include two-way radiotelegraph circuits, scales, buttons, and electronic equipment testing.

These switches are also used in industrial and medical devices such as test machines, medical apparatus, electronic control equipment and scientific instruments.

These types of switches are highly reliable and are commonly found in areas where high precision is required.

71CF302107N-1107N Working Principle

Rotary switches use an internal electromechanical device to transfer power through the switch. This device is usually a cam, knob, lever, or some combination of these. The rotary switch will then open and close specific pathways in order to connect or disconnect power from the device.

When a rotary switch is activated, the knob will rotate the internal cam. This will push the internal latch open, which will then connect or disconnect power depending on the position of the switch. After the switch is released, the internal cam will close and the latch will reset.

Rotary switches come in various shapes and sizes and can be used in a variety of ways. They are typically used in conjunction with buttons, knobs, motors, and other devices. The switch is often wired directly to the device in order to control the number of rotations needed to activate or deactivate the device.

Conclusion

The 71CF302107N-1107N rotary switch is a reliable and versatile device capable of switching power to a wide range of electronic devices. The switch is typically used in low voltage DC circuitry and audio applications. It is also used in industrial and medical devices where accuracy and precision are essential. These switches use an internal electromechanical device- usually a cam, knob, or lever- to transfer power. The rotary switch is wired directly to the device to make sure the proper amount of rotations are needed to activate or deactivate the device. This allows for a great deal of control and is perfect for applications that require multiple paths to be changed simultaneously.