6657S-1-102

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Rotary Potentiometers, Rheostats, are widely used in the areas related to electrical and electronic measurement and control. The 6657S-1-102 is a multi-turn precision potentiometer specifically manufactured for use in quadrature encoders, potentiometers and industrial applications. It is designed for high-precision, reliable and repeatable position sensing over extended temperature ranges.

6657S-1-102 uses a low-friction contact to transmit a signal along a shaft. It is specifically designed to measure positions, angles and speeds accurately and reliably. This is done by sensing its own angular position in relation to the shaft it is mounted on. It is also equipped with a built-in, closed-loop reference circuit to ensure reliable results.

Generally speaking, the 6657s-1-102 consists of three parts: a wiper element, a moving element, and a static element. The wiper element is the most important part, as it is connected to the shaft and senses the position of the system relative to it. The moving element is also connected to the shaft and follows its position changes. The static element is fixed and is used to compare the wiper element’s position to the moving element’s position. This comparison enables the 6657s-1-102 to measure the angular position of the shaft.

The 6657s-1-102 also provides a linear output signal in response to angular position changes along the shaft. This feature makes the device ideal for position sensing applications. Furthermore, the 6657s-1-102 has a temperature coefficient that is exceptionally low for the temperature range of -25 Celsius to +85 Celsius. This ensures that the device remains accurate and reliable regardless of the external environment it is used in.

In conclusion, the 6657s-1-102 is a precision potentiometer that is specifically designed for use in quadrature encoders, potentiometers and industrial applications. It uses a low-friction contact to transmit a signal along a shaft, and provides a linear output signal in response to angular position changes along the shaft. Furthermore, its built-in reference circuit ensures reliable results and its temperature coefficient is exceptionally low for the temperature range of -25 Celsius to +85 Celsius. This makes the 6657s-1-102 an ideal choice for position sensing applications.

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