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Lab 1 SIMULATION USING THE ANALOG COMPUTER 1 of 2 Report By: Aaron Becker Lab Partner: Erick Rodriguez-Seda Lab TA: Aaron Becker Section: Thursday at 10:
Question 1. ___/
Theoretical/Experimental Results ___/
Mp = (MaxValue – SteadyState)/SteadyState * 100 (^) Mp Theory % Mp Expmt % tr Theory (s) tr Expmt (s) ts Theory (s) ts Expmt (s)
Table 1: Theoretical/Experimental Results
Comparison of Theoretical vs. Experimental Results ___/
Hint: answer the question “Is our theoretical model ‘good’?” and: “Is our experiment accurate?” Put Discussion Here
Discussion of variation with of Mp, ts, tr ___/
Put Discussion Here
Question 2. ___/
Effect of on Pole Locations (Derive Eqn and Explain) ___/
Put Discussion of ’s Effect Here. A plot would be effective here.
Total: ____/
Lab 1 SIMULATION USING THE ANALOG COMPUTER 2 of 2
Effect of Pole Locations on Mp, ts, tr for an Underdamped System
___/
Hint: An underdamped system has _____ As_ increases, the poles do____ which makes Mp, ts, tr do _______ (Double Hint: moving the poles causes two different effects on ts) Put Discussion Here
Effect of Pole Locations on Mp, ts, tr for an Overdamped/Critically
Damped System ___/
Hint: An over-damped system has _____ A critically damped system has_ _____ As_ increases, the poles do____ which makes Mp, ts, tr do _______ Put Discussion Here
Question 3. ___/
Similarities/Differences on Overdamped 2nd-Order system to a 1st-
Order System with the less negative of the 2nd-Order’s poles ___/
Put Discussion Here
Effect of magnitude of on these systems (include graph) ___/
Put Discussion Here
Attachments (3)
Plots obtained
Sample response with relevant points for calculating Mp, ts and tr marked
Plot of Experimental Data (Effect of for 1st^ and 2nd^ order system)
