Radio Frequency Measurement and Control Network for a Cable Equipped with the Magnetorheological Damper

Maciej Rosół

doi:10.4028/www.scientific.net/SSP.147-149.696

Paper Titles

Hardware and Software Integration of Mechatronic Systems for an Example Measurement Path for Temperature Sensors
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Line Scale Calibration in Non-Ideal Measurement Situation
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Microtopography Model of Rough Surface
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Precision Measurement of the Carriage Vibrations at the Different Speeds
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Radio Frequency Measurement and Control Network for a Cable Equipped with the Magnetorheological Damper
p.696

Real Time Measuring of the Pressure Drops against Changing the Fluid Velocity on the Critical Points of the Fluid System
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Reverse Engineering Approach for Object with Free-Form Surfaces Using Standard Surface-Solid Parametric CAD System
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Rowing Force and its Simulation on Training Facility
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Study of the Effect of Process Induced Uncertainties on the Performance of a Micro-Comb Resonator
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Radio Frequency Measurement and Control Network for a Cable Equipped with the Magnetorheological Damper

Abstract:

The paper is devoted to an investigation of a Radio Frequency (RF) measuring-control system equipped with sensors and actuators distributed along the cable. Displacement, acceleration and strain sensors together with an actuator and PWM type control signals can be used. This system is configured to operate with the experimental setup specially developed to study MR damper performance for vibration suppression of cables. The RF measuring-control system structure, transmission protocol and radio disturbances problem are discussed. The experimental results for the cable laboratory system are presented.