Hardware Design for Active Vibration Isolation Controller

Qiang Hong Zeng; Shi Jian Zhu; Jing Jun Lou; Shui Qing Xie

doi:10.4028/www.scientific.net/AMR.211-212.1061

Paper Titles

A New Feeding Device of Electrospinning Design for the Micro-Structure of Bone Scaffold Prototyping
p.1041

Quality Prediction Based on ANN in Tobacco Redrying Process
p.1046

Interfacial Stability of a Spark Plasma Sintered Mo-Ti₃SiC₂ Layered Composite
p.1051

The Comparison and Analysis of DRCnet, CEInet and Macrochina Network
p.1056

Hardware Design for Active Vibration Isolation Controller
p.1061

Investigation on Properties of Granite Asphalt Mixtures Prepared Using Fine Recycled Concrete Aggregate
p.1066

The Research of Large-Diameter & Energy-Saving More Medium Supplied Gravity-Fed Three-Product Heavy Medium Cyclone
p.1072

Analyse of the Automatic Leveling System of Parallel Support Mechanism Based on Screw Theory
p.1077

The Solution of Datamining Based on Clementine
p.1082

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 211-212Hardware Design for Active Vibration Isolation...

Hardware Design for Active Vibration Isolation Controller

Abstract:

The active vibration control system are described in this paper, and the controller was designed for the active control system, the controller is based on ARM Cortex M3 microcontroller core, ICP series acceleration sensor is use for signal acquisition module, the A / D converter module was designed based on ADS1158 chip, the D/ A converter module was designed based on DAC8564 chip. The controller has the characteristics of high speed and versatility.