AYLD31111DNUA

A pushbutton switch is a type of switch that consists of a spring-loaded lever that moves to contact a stationary contact when pressed. The AYLD31111DNUA is a good example, as it is a highly reliable and economical pushbutton switch. This device is suitable for a wide range of industrial applications, including those in automotive, electrical, electronic, communication, and consumer goods. It has a low profile, making it easy to mount in small spaces, and is rated for a wide range of operating temperatures, from -20 to +85 degrees Celsius.

The AYLD31111DNUA is also very versatile in terms of application. It can be used as a toggle switch, indicating that a signal or function is either on or off. It can also be used in monitoring applications, and as part of a larger control system. Its single arc design and ability to activate in either direction makes it ideal for both single pole and change-over type applications.

In terms of its working principle, the AYLD31111DNUA is a momentary-contact switch. It is designed to activate when a user presses down on the lever, and will stay in the activated state until the lever is released. When the lever is released, the spring-loaded design of the contact will cause it to move back to its original, non-activated state. This makes it an ideal switch for applications where contact needs to be maintained for a shorter duration, such as for monitoring a system.

The contact of the AYLD31111DNUA is also specially designed to provide a low contact resistance. This makes it reliable for applications where quick response time is essential, and suitable for switching a higher current. Additionally, it is resistant to vibrations, dust, and moisture damage, making it highly reliable for field use. It also features a secondary contact, which can be used as an auxiliary connection, or as an additional contact point.

Overall, the AYLD31111DNUA is a reliable and economical pushbutton switch. It is suitable for a wide range of industrial applications, and its low resistance contact, single arc design and versatility make it an ideal choice for many control systems. Its ability to switch a higher current, makes it an even more attractive option.