E221SD1AV2GE

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The E221SD1AV2GE is a pushbutton switch, part of a very varied range of pushbutton switches available today. Pushbutton switches are electrical components that activate circuits. It is referred to as a Push To On or Push To Off type switch, because it is activated by pushing its external button or pushing the tip of a stylus or shakeable switch.

The E221SD1AV2GE pushbutton switch is designed to be terminated in a PCB, usually located on the rear of a device, such as a remote control, computer keyboard or other electrical equipment. It is typically used in industrial applications where machines need to be able to activate and deactivate circuits quickly and easily.

The E221SD1AV2GE works by using a contact that is positioned between the two contacts of the switch, thus when the operator pushes the external button, the contact is moved and the circuit is activated. The switch has the ability to detect when pressure applied to the external button has been released, so it deactivates the circuit in that case. The main advantage of the pushbutton switch is that it requires no manual resetting, as it will automatically reset itself whenever the pressure is released.

The design of the E221SD1AV2GE also allows for easy maintenance, as the contacts can be easily replaced if they wear out. This is done by unscrewing the case and then screwing in a new contact, which can often be done without taking the switch out of its circuit board.

The E221SD1AV2GE pushbutton switch is ideal for use in offices, industrial applications and consumer electronics, as it provides a reliable and efficient means of activating and deactivating circuits as required. As the switch is designed to be terminated in a PCB, it is usually used in products where a reliable connection to the circuit is required.

In summary, the E221SD1AV2GE is a pushbutton switch that is ideal for use in offices, industrial applications and consumer electronics. It is designed to be terminated in a PCB and uses a contact that is pushed between the two contacts of the switch, thus when the operator pushes the external button, the contact is moved and the circuit is activated. The switch has the ability to detect when pressure applied to the external button has been released, so it deactivates the circuit as well. It provides a reliable and efficient means of activating and deactivating circuits as required, and requires no manual resetting, as it will automatically reset itself whenever the pressure is released.

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