A Frequency Domain Identification Method of General Mechanical Drive System
        
            ID:24
             Submission ID:53            View Protection:ATTENDEE
                            Updated Time:2023-11-20 13:45:33            Hits:768
            Oral Presentation
        
        
        
            Abstract
            In mechanical drive systems, existing resonance suppression strategies and autotuning methods often rely on accurate system models. This paper completely describes a non-parametric method to realize the identification of resonance/anti-resonance frequency and characteristic peaks. First, the settings of the excitation signal and loop configuration are discussed. Correlation analysis method is adopted for data processing. After filtering, the resonance/anti-resonance frequency and characteristic peaks are determined through the combined analysis of magnitude and phase frequency characteristics. The results of experiment show that this method can effectively identify the resonance/anti-resonance frequency and non-mechanical properties.
         
        
            Keywords
            identification,mechanical drive system,nonparametric method,PRBS,detection of resonance frequency
         
        
        
                Submission Author
                
                    
                                
                                    
                                                                    
                                Ruizhe Zhou
                                Harbin Institute of Technology
                            
                                
                                                                                                            
                                Ming Yang
                                Harbin Institute of Technology
                            
                                
                                                                                                            
                                Chaoyi Shang
                                Harbin Institute of Technology
                            
                                
                                                                                                            
                                Qiyang Zeng
                                Harbin Institute of Technology
                            
                 
                     
        
     
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