Velocity Measurement Based on Alternate M/T Method and Incremental Optical Encoder

Zhe Liu; Jie Li; Yan Ke; Yi Zhao; Jun Liu

doi:10.4028/www.scientific.net/AMR.295-297.2552

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The Impact of Meshing Transmission of Arc Gear by Hobbing Method and Central Distance Error
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Research on Semi Physical Test System of PCU on Satellite
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The Virtual Prototyping Design for AKD Rolled Steel Bundling
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Mechanical System Dynamics Simulation of Crank Linkage Mechanism Based on Pro/E
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Velocity Measurement Based on Alternate M/T Method and Incremental Optical Encoder
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Research on Speed Optimization of ESPCP System under Different Conditions Based on Neural Network
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Design of Experiment, Approximate Model and Optimization of a Muzzle Brake
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Research and Creation of Printing-Like Effect Digital Jacquard Fabric
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The SINS Algorithm Simulation Based on GUI
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 295-297Velocity Measurement Based on Alternate M/T Method...

Velocity Measurement Based on Alternate M/T Method and Incremental Optical Encoder

Abstract:

The accuracy and real-time of velocity measurement impact on the performance of the motor servo system. Incremental optical encoder measuring velocity have advantages of high accuracy and easy-to miniaturization. The typical method for velocity measurements by Incremental optical encoder is hybrid M / T method. The method is poor in real time. Raised alternate M/T method for velocity measurement. Design the software and hardware for the M/T method. The experiment results show the feasibility and correctness of the system, and the method improves the system with photoelectric encoder in real time.