73JA2K

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Today,73JA2K application field and working principleis a topic relevant to the rotary potentiometers, rheostats. The 73JA2K is known as a top of the line rotary potentiometer capable of being used in a variety of applications. Consequently, the 73JA2K is used in many different types of applications including industrial automation systems, HVAC systems, test and measurement equipment, and medical devices.

The 73JA2K is a rotary contact type of position sensor, meaning it measures the angular position of a rotating contact. It works by its output voltage adjusting the current flow through three terminals. The voltage reported through the three terminals corresponds with the output turned angle, with the angular position ranging between 0 and 300 degrees. The 73JA2K\'s construction is designed to recognize all variation of turns and provide an output that is linear across the entire range of motion.

Similar to the rotary potentiometer, the 73JA2K also acts as a rheostat, meaning it controls the flow of electric current through only two terminals. It is capable of controlling the current within the circuit through the use of a single or multiple rotary wafers. The design of the rotary wafers will directly affect the amount of current that flows through the 73JA2K as the rotary wafers are responsible for changing the resistance of the circuit. As the rotary wafers are revolved, the resistance of the circuit is increased if the rotary wafers are wound clockwise, and decreased if the rotary wafers are wound counter-clockwise.

The 73JA2K is an example of a high precision digital rotary potentiometer and/or rheostat designed for use in various applications. Its ability to accurately measure and adjust the flow of electric current in both one or two terminals makes it highly versatile and well suited to a variety of industrial, commercial, and medical applications. The 73JA2K\'s unique construction, with its specifically designed rotary wafers, allows it to accurately detect and report an output voltage within a precise range, making it a modern device suitable for many different applications.

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