Author:
Nevaranta Niko,Vuojolainen Jouni,Sillanpää Teemu,Pyrhönen Olli
Abstract
Abstract
High-speed machine technology with magnetically levitated rotor systems has become interesting solution in modern compressor, pump and turbo applications. Often, the commissioning of such machines is system identification-based with injected artificially generated excitation. In this paper a statistically uncorrelated PRBS design is proposed for multi-input multi-output MIMO system that gives the possibility to utilize same PRBS signal for all inputs. The proposed routine is validated with an experimental high-speed generator with active magnetic bearings (AMBs). The obtained frequency responses are validated by comparing the results with the mathematical model.
Reference14 articles.
1. A combined application of H∞ loop shaping and µ-synthesis to control highspeed flywheels;Lanzon;IEEE Trans. on Control Systems Techn.,2005
2. Magnetic bearings for non-destructive health monitoring of rotating machinery supported in conventional bearings;Kasarda;Damage Assessment of Structures VI, ser. Key Engineering Materials,2005
3. System identification and robust control of multiinput multi-output active magnetic bearing systems;Noshadi;IEEE Trans. on Control Systems Techn,2016
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