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  • 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
  • Popular Marine Engine Manufacturer Uses MTI Capacitive Sensors to Precisely Measure Engine Oil Film Thickness
    and emissions reduction. Engine testing is typically performed at high RPM's with piston linear speeds approaching 500 inches/second. A measuring system with high frequency response and small sensor size was required to keep engine machining to a minimum, and not change the engine operating
  • Humidity sensors
    change. Many of the techniques used in semi-conductor manufacturing give capacitive RH sensors minimal long-term drift and hysteresis. The thin-film devices may include signal-conditioning circuits on the substrate to produce near-linear output voltages for humidity measurement. Resistive RH sensors
  • Better inspection: Less Scrap
    laterally on the detector face an amount DX. Tire makers inspect product in process and when it's finished. For both jobs, lasermeasurement sensors have become the tool of choice over contact/ mechanical followers and capacitive sensors. Recent lasermeasuring systems that employ highspeed digital data

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