ICP3SAD2100

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Pushbutton switches are widely used in many applications and are controlled with a simple press of a button. The ICP3SAD2100, also known as a ‘latching’ pushbutton switch, is an example of such a switch. This switch is designed to be used in situations where a switch needs to be actuated manually. It is a small and lightweight device that is able to sustain low current applications, making it especially suitable for applications where there is a need for precise switching in limited spaces.

This pushbutton switch is used for applications such as closing circuits and providing a start/stop or reset feature on a machine, activating or deactivating an electric motor, or in controlling infra-red inputs or electronic outputs. The ICP3SAD2100 can be used for areas such as medical and laboratory equipment, control panels, and home automation. In terms of durability, the switch is capable of handling more than 10 million switch operations, making it highly reliable.

The ICP3SAD2100 has two distinct operational states, namely on and off. The switch operates in a momentary (push-on/push-off) or latching ( momentary on/polarized off) mode depending on the configuration. In the latching mode, it remains in the on state when the button is released and stays in the off position when the button is depressed again. This is achieved by two contacts in the switch. A Common contact is always connected to the base, whereas the Pole contact is momentarily connected to the Common contact when the button is pressed.

The mechanism of operation is simple but reliable. When the button is pressed, the underlying spring-loaded contact is forced towards the Pole contact, causing an electrical connection. The Pole contact is then returned to its original state when the button is released. This enables the ICP3SAD2100 to provide a consistent performance regardless of the number of switch operations it has gone through.

When used properly in its recommended applications, the ICP3SAD2100 can be counted on to provide reliable switching functions for different devices and systems. It is a cost-effective option for engineers seeking a reliable, flexible, and long-lasting pushbutton switch. It is also a good choice for applications where only a low current is needed, like in medical diagnostic equipment or control panels.

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