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MECH 370 Lab 4 Experiment Time Response of a Second-Order DC Motor Unit Feedback System 2026 Concordia University

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MECH 370 Lab 4 Experiment Time Response of a Second-Order DC Motor Unit Feedback System 2026 Concordia University Lab 4: Time Response of a Second-Order DC Motor Unit Feedback System Lab Section EI – X Winter 2025 Professor Christopher Yee Wong Concordia University Montreal, QC, Canada CONTENTS LIST OF FIGURES 3 OBJECTIVE 4 INTRODUCTION 4 PROCEDURE 8 RESULTS 9 EXPERIMENTAL 9 SAMPLE CALCULATIONS 10 SIMULINK 13 SIMSCAPE 16 DISCUSSION 19 CONCLUSION 20 REFERENCES 20 LIST OF FIGURES Figure 3-1: Schematic circuit Figure 4-1: Preliminary block diagram Figure 4-3: Transient time response specifications Figure 4-5: Step time response example Table 4-1: Gain to KP calibration from experiment 3 Table 4-2: Experiment 4 tabulated results Figure 4-7: Experimental result of the time and frequency response of the DC motor with a gain of 3 Figure 4-8: Experimental result of the time and frequency response of the DC motor with a gain of 5 Table 4-3: Calculated values from experiments 1 and 2 Figure 4-9: Script for Simulink and Simscape Responses Figure 4-10: Simulink Response Figure 4-11: Simulink Response for Gain 3-4 Figure 4-12: Simulink Response for Gain 5-6 Figure 4-13: Simscape Response Figure 4-14: Simscape Response for Gain 3-4 Figure 4-15: Simscape Response for Gain 5-6 OBJECTIVE The objectives of this lab are to analyze the time and frequency of a second-order DC motor by observing the changes in frequency with respect to time and to analyze and compare the experimental results with a computer simulated system using Simulink. INTRODUCTION The DC motor with unit feedback system is created referring to

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MECH 370 Lab 4 Experiment Time Response of a Second-Order DC Motor Unit
Feedback System 2026 Concordia University


Lab 4:
Time Response of a Second-Order DC Motor Unit Feedback System




Lab Section EI – X
Winter 2025


Professor Christopher Yee Wong
Concordia University
Montreal, QC, Canada

,CONTENTS
LIST OF FIGURES ........................................................................................................ 3
OBJECTIVE ............................................................................................................... 4
INTRODUCTION ........................................................................................................ 4
PROCEDURE ............................................................................................................. 8
RESULTS .................................................................................................................. 9
EXPERIMENTAL ...................................................................................................... 9
SAMPLE CALCULATIONS ....................................................................................... 10
SIMULINK ............................................................................................................ 13
SIMSCAPE ........................................................................................................... 16
DISCUSSION ........................................................................................................... 19
CONCLUSION .......................................................................................................... 20
REFERENCES .......................................................................................................... 20

, LIST OF FIGURES
Figure 3-1: Schematic circuit

Figure 4-1: Preliminary block diagram

Figure 4-3: Transient time response specifications

Figure 4-5: Step time response example

Table 4-1: Gain to KP calibration from experiment 3

Table 4-2: Experiment 4 tabulated results

Figure 4-7: Experimental result of the time and frequency response of the DC motor with a gain of 3

Figure 4-8: Experimental result of the time and frequency response of the DC motor with a gain of 5

Table 4-3: Calculated values from experiments 1 and 2

Figure 4-9: Script for Simulink and Simscape Responses

Figure 4-10: Simulink Response

Figure 4-11: Simulink Response for Gain 3-4

Figure 4-12: Simulink Response for Gain 5-6

Figure 4-13: Simscape Response

Figure 4-14: Simscape Response for Gain 3-4

Figure 4-15: Simscape Response for Gain 5-6

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