D16EES11KGRNGRN

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Pushbutton switches have become an increasingly important component for many electrical and electronics applications. They are used to switch between different circuits, control the speed of motors, and even to control the operation of other electronic components. The most common type of pushbutton switch is the D16EES11KGRNGRN which is popularly used in applications such as automotive, industrial, communications, and audio/video applications.

The D16EES11KGRNGRN is a miniaturized pushbutton switch consisting of two parts: the button and the switch mechanism. The button is made of durable plastic, typically a transparent material that allows easy view of the inside parts. It is attached to a metal spring lever that is connected to the switch mechanism by a rotating ball bearing. When the button is depressed, the rotational force of the ball bearing causes the spring lever to depress the switch mechanism which in turn triggers an electrical current.

The switch mechanism of the D16EES11KGRNGRN is designed with a high degree of versatility and precision. The mechanism consists of two basic parts: a slider and a contact assembly. The action of the slider is determined by the angle and size of the contact face. The contact assembly fits directly into the slider and is designed to provide precise switching action with a minimum amount of contact resistance. The contact assembly also contains a set of springs which ensures that the switch is always in its “lowered” position and prevents any unwanted contact switching.

The D16EES11KGRNGRN is suitable for most applications where precise and reliable switching is required. The switch is also capable of working with both AC and DC current and is available in a wide range of materials, sizes, and configurations. This makes it ideal for use in applications such as alarm and emergency systems, motion control, lighting control, or any other application that requires precise and reliable switching performance.

The working principle of the D16EES11KGRNGRN is very simple. When the button is depressed, the rotational force of the ball bearing pushes the spring lever to depress the switch mechanism, and in turn triggers an electrical current. This current can then be used to activate the various components of the circuit. Depending on the configuration, the switching action is achieved by the movement of the slider or by the contact assembly.

The D16EES11KGRNGRN is a reliable and versatile product that is perfect for applications where precise and consistently reliable switching is required. The switch is easy to use, available in a variety of sizes and configurations, and can work with both AC and DC current. This makes it an excellent choice for a wide range of applications.

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