D7C0605S

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Rotary switches have become one of the most popular and common switching devices used in the embedded system industry. The D7C0605S is a rotary switch with a wide range of applications. In this article, we will explore the application field and working principle of the D7C0605S.

D7C0605S Application Field

The D7C0605S is a rotary switch that is capable of switching up to five positions. It is commonly used in power applications, such as AC inrush current protection and overload protection. Other uses include systems that require multiple inputs, such as HF radios, X-ray machines, two-way radios, telecom systems, and door locks. These switches are popularly used in automotive, industrial, and medical applications.

The D7C0605S is also ideal for instrumentation switchboard applications, such as switches for input selectors, volume control, test points, and other communication applications. The switch is also used in many consumer products, such as audio equipment, keyboards, cameras, remote controls, and other devices that require multiple input options. In short, it is an excellent choice for a variety of applications in the embedded system industry.

D7C0605S Working Principle

The D7C0605S is a rotary switch that functions by connecting one of the two sets of pins with the turn of a knob. The two sets of pins are located on either side of the shaft, and when the knob is rotated, the contacts between the two switch sets are made. The contacts are then broken again when the knob is rotated back to its initial position.

The D7C0605S switch employs a rotating knob that moves along a cam-type track for the actuation of the switch contacts. As the knob is turned, it applies mechanical pressure to the contacts that are located on the switch sets. This pressure then makes the contacts close, thereby allowing current to flow.

The D7C0605S rotary switch also has an inner shaft that is used as a detent mechanism. When the knob is turned, the inner shaft is pushed further into the device, allowing for switching between the two sets of contacts. The inner shaft also acts as a spring that automatically returns the knob to the initial position, effectively breaking contact between the two sets of pins.

Conclusion

The D7C0605S is a rotary switch with a wide range of applications, such as AC inrush current protection and overload protection. It also finds popular use in automobile, industrial, and medical applications. The switch functions by connecting one of the two sets of pins with the turn of a knob, and employs a rotating knob that moves along a cam-type track for the actuation of the switch contacts. The D7C0605S is an excellent choice for applications in the embedded system industry.

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