Inhalt
              
                
                  
                    [ MEBPDPRPETE ]                                         PR                                         Electrical Engineering Lab
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                  | (*)  Unfortunately this information is not available in english. | 
                 
                                
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                      | Workload | 
                                            Education level | 
                      Study areas | 
                                            Responsible person | 
                                                                  Hours per week | 
                                            Coordinating university | 
                     
                    
                      | 3 ECTS | 
                                            
                      B2 - Bachelor's programme 2. year | 
                      Mechatronics | 
                                                                  
                          Bernhard Jakoby                       | 
                                               
                                            2 hpw | 
                                            Johannes Kepler University Linz | 
                     
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                      | Detailed information | 
                     
                                        
                      | Pre-requisites | 
                      (*)1 LVA aus der Liste: VO Elektrotechnik 1 UE Elektrotechnik 1 VO Elektrotechnik 2 UE Elektrotechnik 2
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                      | Original study plan | 
                      Bachelor's programme Mechatronics 2016W | 
                     
                      
                    
                      | Objectives | 
                      Recapitulate baseknowledge concepts from Electrical Engineering 1 and 2 and practice electrical measurement techniques.
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                      | Subject | 
                      - Oscilloscope: design and operation, measurement techniques, phasor diagrams, series and parallel equivalent circuit, measurement of a symmetric square-wave voltage, charging and discharging of a capacitor, R, L, and C in a. c. circuits, RLC-combination, switching transient, measurement of unknown combination, nonlinear behavior
 - Networks and three-phase current: equivalent voltage source, matching for power transfer, voltage divider, frequency independent voltage divider, three-phase current, measurement of power of sinusoidal quantities, measurement of root mean square values, star connection, delta connection
 - Transformer: theoretical fundamentals (ideal transformer, equivalent circuit of real transformer), determination of equivalent circuit, homemade transformer
 - Filters and resonant circuits: attenuation ratio and Bode diagram, bandwidth and cut-off frequency, low pass, series-tuned circuit, band-pass filter;
 
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                      | Criteria for evaluation | 
                      Short examinations, lab performance, protocols
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                      | Methods | 
                      Set up electrical circuits and measure basic quantities in the laboratory
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                      | Language | 
                      German | 
                     
                      
                    
                      | Study material | 
                      Laboratory notes
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                      | Changing subject? | 
                      No | 
                     
                                        
                      | Further information | 
                      none
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                      | On-site course | 
                     
                         
                    
                        | Maximum number of participants | 
                      20 | 
                          
                    
                      | Assignment procedure | 
                      Assignment according to sequence | 
                     
                    
                     
                    
                    
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