Question

Only about Lab1, I'm so curious.

Cyber Exploration Laboratory Experiment 5.1 Objectives To verify the equivalency of the basic forms, including cascade, parallel, and feedback forms. To verify the equivalency of the basic moves, including moving blocks past summing junctions, and moving blocks past pickoff points. Minimum Required Software Packages System Toolbox MATLAB, Simulink, and the Control Prelab 1. Find the equivalent transfer function of three cascaded blocks, Gi(s). - and G3(s) s +4 Ģ(s) 2. Find the equivalent transfer function of three parallel blocks, Gi()+4 G2()and Gs(G)- Find the equivalent transfer function of the negative feedback system of Figure P5.55 if R(s)+ C(s) : 3. G(s) s(RA), and H(s) = s+3 4. For the system of Prelab 3, push H(s) to the left past the summing junction and draw the 5. For the system of Prelab 3, push H(s) to the right past the pickoff point and draw the Lab H(s) equivalent system. FIGURE P5.55 equivalent system. 1. Using Simulink, set up the cascade system of Prelab 1 and the equivalent single block. Make separate plots of the step response of the cascaded system and its equivalent single block. Record the values of settling time and rise time for each step response.

Answer 1

s + 3 s +4 +3 10s2 29s 20 Time Scope

Scope File Tools View Simulation Help Bilevel Measurements 0.14 1.298e-01 6.5228-04 1.291e-01 0.12 1.831 56 428 (ks) 0.1 + Preshoot 0.505 % 0501 % 1.507 % +Overshoot +Setling Time Time Cyclas Sample based T-10.000
Both the plots are exactly the same. Settling time for both is 4.01 sec. The scope has shown the rise time.