EVJ-C56F02B54

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Rotary Potentiometers and Rheostats are used extensively in a variety of industries and commercial applications. The EVJ-C56F02B54 is a very common and versatile tactile rotary switch. As the name implies it is designed around a rotary principle. It is a two way switch capable of encoding information in two directions, making it suitable for a vast array of uses in digital and analog circuits.

The EVJ-C56F02B54 consists of a plastic housing and a central shaft, at the end of which is the magnetic encoding pulse generator. When the user rotates the shaft, the generator emits a signal which changes in character as the shaft rotates. This signals encodes information both in terms of angle and speed of rotation, making it an ideal choice for use in applications such as robotic control, medical instruments and automotive controls.

The EVJ-C56F02B54 includes a built-in protection mechanism which prevents damage from shorts, overloads and instantaneous current. Its excellent shockproof characteristics allow it to survive moderate physical impacts, making it suitable for use in harsh environments. The switch is also designed specifically for automated assembly lines, making it suitable for a wide range of robotic and manufacturing applications.

The EVJ-C56F02B54 is also suitable for use in low voltage/high frequency applications. The switch is made from UL94V-0 approved plastic, and can operate at temperatures up to +125°C. Its rated working voltage is between 10V and 12V, and its rated working current is between 0.2A and 1.0A.

The working principle of the EVJ-C56F02B54 is based on a series of 4 electrical contacts, located at the end of the switch shaft. As the shaft rotates, these contacts are opened or closed, generating a series of pulses to encode the position of the switch shaft. The pulses are sent down wires to the controller circuit, which determines the position by decoding the pulses.

The range of applications for the EVJ-C56F02B54 is virtually limitless, as its small size and simple operation make it suitable for everything from medical instruments to robotics. It is an ideal choice for applications which require reliable operation in harsh environments, and which require a low power/high frequency operation. The magnetic encoding pulse generator and the unique design of the switch shaft make it an excellent choice for high accuracy applications, such as digital measuring and industrial control.

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