Development of Novel High Precision Angular Displacement Sensor

Liang Hua; Hao Feng; Ju Ping Gu

doi:10.4028/www.scientific.net/AMR.97-101.4332

Paper Titles

The Technique of Online Measurement and Data Processing for Aspheric Machining
p.4313

Calibration and Registration for Inspection Robot with Contact Probe
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Device and Method for Large Size Aspheric Measurement
p.4324

Experimental Modal Analysis of Roller Gap Sensor Structure on Hot Rolling Mill
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Development of Novel High Precision Angular Displacement Sensor
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Post-Weld Quality Inspection for CO₂ Laser Tailored Blank Welding with Vision Sensor
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The compact Platform for In Situ Nanoindentation and Scratch Test
p.4342

Visual Integrated Measurement on Geometry Parameters of Circular Saw Blade
p.4346

Research on Measuring Path and Surface Fitting Algorithm for Non-Axisymmetric Aspheric
p.4351

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 97-101Development of Novel High Precision Angular...

Development of Novel High Precision Angular Displacement Sensor

Abstract:

This study put forward a novel high precision digital angular displacement sensor. The mechanical structure design of the sensor was completed. The working principle of angular displacement sensor was analyzed in detail. The hardware and software design of the interface circuit of the sensor was completed and the performance of the sensor was analyzed. Compared with the traditional angular displacement sensors, the angular displacement sensor proposed in this paper has features of high precision, efficiency, explicit structure, better maintainability, low cost, wide measuring range, direction-judgement, no need to adjust zero and it has general application value in industry field.