34THES2ATA2S13

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Position sensors are sensors that can measure and detect the physical displacement of an object, usually in the form of an object\'s angle or linear position in a set range. For example, if an object is moving along a linear track, the position sensor would detect the object\'s position and provide a real-time measurement of the object\'s linear displacement from its reference point. Similarly, if an object is rotating around a pivot or center point, the position sensor would detect the object’s angle relative to its starting point. Position sensors can be used in a variety of industries and applications, including robotics, scientific research, industrial automation, and engine control to name a few.

Potentiometer-based 34THES2ATA2S13 position sensors are often used in applications that require accurate and repeatable readings of an object’s position and resulting angle or displacement over a designated range. Traditional potentiometers typically contain a stationary resistor element that a movable wiper arm literally slides or turns across, thus changing the amount of resistance in a circuit. As the movable wiper arm is moved across the resistance element, its position is measured and tracked, providing an exact measurement or angle of the mechanical object it is measuring.

34THES2ATA2S13 sensors are particularly well suited for multi-axis robotic positioning systems and industrial automation systems such as motion measurement, task navigation, and gantry systems. These position sensors are also frequently used in scientific research and data collection environments, particularly in applications such as atmospheric pressure and RF readings. The position sensors are easy to install and require minimal power to run, making them a reliable and efficient choice for these types of applications.

The 34THES2ATA2S13 position sensors feature a functional design with a rotary potentiometer and printed circuit board that make them a customizable and reliable choice for measuring angular movements and linear position readings across a wide range of applications. The precision, accuracy, and repeatability of the measurings from the 34THES2ATA2S13 makes them ideal for applications such as closed-loop control systems and robotic multi-axis navigation. The sensors are easy to install and configure and can be used in combination with other components and systems for an optimized user experience.

The working principle of the 34THES2ATA2S13 position sensor is fairly simple but highly effective. When the sensors are connected to a system, the wiper arm of the sensor can move along its resistance element, changing the resistance within the circuit in a specific manner. As the wiper arm slides or turns, a signal is generated that indicates the position and angular movement of the mechanical object being measured. By monitoring this signal and measuring the changes in the resistance over time, a real-time measurement of the angular displacement or linear position of the object can be determined.

Overall, the 34THES2ATA2S13 position sensor is a reliable and cost-effective solution for applications that require accurate and precise measurements of an object’s position and angular displacement over a set distance or range. The sensors are easy to install and offer customizable features for optimized performance and increased user convenience. As such, they are a popular choice for industrial automation systems, scientific research equipment, and robotic measurements.

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