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  • Technology and Benefits of Programmable Linear Position Sensors (Based on Inductive Measurement)
    This white paper describes new technology that enable engineers to easily program key. functions into a linear position sensor and the inductive sensing technology that makes. it possible. The benefits in general and some types of applications that can benefit from this. technology will be covered
  • Position Sensors and Position-Sensing Instruments
    Position sensors include wide range of sensors, switches and technologies that are used to determine the placement, speed or movement, direction, and location of a given target. Linear position devices include cable extension, capacitive, eddy current, fiber optic, Hall effect, inductive, magneto
  • Finding the right sensor for linear displacement
    on the physical attributes as they relate to installation. And researchers probably choose sensors based on technical performance. The most frequently used electromechanical linear position and displacement sensors can be divided into six basic technologies: resistive, capacitive, inductive, magnetic, time
  • Linear-Measuring System Saves Space
    field can also attract dirt. The most rugged solution for highly accurate position sensing, says Keller, is an inductive linear-measuring device integrated in ball and roller-rail systems. The linear-motion guides have a graduated scale with a precise pitch of 1,000 m. Pitch is etched into the scale
  • Analog sensing
    Sometimes standard inductive proximity sensors simply don't cut it. Linear analog sensors detect cam lobes and other odd-shaped targets in their sensing area with twice the accuracy of standard inductive proximity sensors. An example is the sensing of a rotary cam position. The oblong shape

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