D16EET11KGRNGRN

Pushbutton switches are common components used in industrial and consumer electronic devices. The D16EET11KGRNGRN is a pushbutton switch designed for use in a wide range of applications. This article will cover the application field and working principle of the D16EET11KGRNGRN.

The D16EET11KGRNGRN is a miniature pushbutton switch with a compact design and a long operating life. It is ideal for applications where space is tight, such as in the design of keyboards, control panels, and other control systems. It is a single pole, double-throw (SPDT) pushbutton with a solid-state snap-action mechanism.

The D16EET11KGRNGRN is available in a variety of mounting styles, such as panel mount, circuit board mount, and flush mount. The mounting style chosen depends on the space available and the operating environment.

The contact rating of the D16EET11KGRNGRN is 0.3A @ 24V. This rating ensures that the switch can handle typical current levels and voltages encountered in the majority of applications.

The operating temperature range of the D16EET11KGRNGRN is -30° to +85°C, making it suitable for use in a wide range of environmental conditions. It also features good reliability and long life due to its gold-plated contacts.

The D16EET11KGRNGRN’s working principle is based on a simple mechanism. When the button is pressed, a metal plunger is pushed down, which in turn activates an internal microswitch. The microswitch is connected to two contacts, which are closed when the button is pushed, and open when it is released.

The D16EET11KGRNGRN is a versatile pushbutton switch that can be used in a wide range of applications. It is suitable for use in control systems, industrial machinery, computers, automotive, home appliances, and other electronic equipment.

In summary, the D16EET11KGRNGRN is a miniature pushbutton switch with a solid-state snap-action mechanism and gold-plated contacts. It has a wide operating temperature range and current rating, making it suitable for use in a variety of applications. Its working principle is based on a simple mechanism that uses a metal plunger to activate an internal microswitch when the button is pressed.