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e(t), E(s) LE*(s),E(z) Y(z) G (s) = G,(s)GH(s) c(t), C(s) D(z) To =G,(s)(1-0STOVS For the system above: D(z)=1+ 0.5z1, GP(s)=5/(s+4), GHO(S)= (1-e*T0)/s, To=1/2 26. As in the class notes, for the system above define Gc(s) = G'(s) (1-esTO). Then, G'(s)= a) Tos?(s+4) b) s(s+4) 4sTo c) s(s+5) d) none above 27. As in the class notes, for the system above, G'(z)= 5z(1-e-4To) a)· 4(z-1)(z-e-4To) 5T, (z-e-To/5) b) 4z(1-e-To/5) 5(z-1)(1-e-4To) 4(z+1)(z-e-4To) d) none above 28. In the system above, the open-loop pulse transfer function (excluding ROC) is G(z)=C(z)/E(z)= 57, (2z-1)(z-e-4TO) a) 8(z+1)(1-e-4To) 5(2z+1)(1-e-4To) b) 8z(z-e-4To) 5(z-1)(2z+1) c) 4z(z-e-STo) d) none above 29. In the system above, the open-loop dc gain GOL(s)=C(s)/E(s) of the system is a) 1.9 b) 2.6 c) 5.2 d) none above 30. In the system above, the open-loop gain GOL(s)=C(s)/E(s) of the system at 1 Hz is a) -2.3 b) -0.48 c) 0.31 d) none above

e(t), E(s) LE*(s),E(z) Y(z) G (s) = G,(s)GH(s) c(t), C(s) D(z) To =G,(s)(1-0STOVS For the system above: D(z)=1+ 0.5z1, GP(s)=5/(s+4), GHO(S)= (1-e*T0)/s, To=1/2 26. As in the class notes, for the system above define Gc(s) = G'(s) (1-esTO). Then, G'(s)= a) Tos?(s+4) b) s(s+4) 4sTo c) s(s+5) d) none above 27. As in the class notes, for the system above, G'(z)= 5z(1-e-4To) a)· 4(z-1)(z-e-4To) 5T, (z-e-To/5) b) 4z(1-e-To/5) 5(z-1)(1-e-4To) 4(z+1)(z-e-4To) d) none above 28. In the system above, the open-loop pulse transfer function (excluding ROC) is G(z)=C(z)/E(z)= 57, (2z-1)(z-e-4TO) a) 8(z+1)(1-e-4To) 5(2z+1)(1-e-4To) b) 8z(z-e-4To) 5(z-1)(2z+1) c) 4z(z-e-STo) d) none above 29. In the system above, the open-loop dc gain GOL(s)=C(s)/E(s) of the system is a) 1.9 b) 2.6 c) 5.2 d) none above 30. In the system above, the open-loop gain GOL(s)=C(s)/E(s) of the system at 1 Hz is a) -2.3 b) -0.48 c) 0.31 d) none above

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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e(t), E(s) LE*(s),E(z) Y(z) G (s) = G,(s)GH(s) c(t), C(s) D(z) To =G,(s)(1-0STOVS For the system above: D(z)=1+ 0.5z1, GP(s)=5/(s+4), GHO(S)= (1-e*T0)/s, To=1/2 26. As in the class notes, for the system above define Gc(s) = G'(s) (1-esTO). Then, G'(s)= a) Tos?(s+4) b) s(s+4) 4sTo c) s(s+5) d) none above 27. As in the class notes, for the system above, G'(z)= 5z(1-e-4To) a)· 4(z-1)(z-e-4To) 5T, (z-e-To/5) b) 4z(1-e-To/5) 5(z-1)(1-e-4To) 4(z+1)(z-e-4To) d) none above 28. In the system above, the open-loop pulse transfer function (excluding ROC) is G(z)=C(z)/E(z)= 57, (2z-1)(z-e-4TO) a) 8(z+1)(1-e-4To) 5(2z+1)(1-e-4To) b) 8z(z-e-4To) 5(z-1)(2z+1) c) 4z(z-e-STo) d) none above 29. In the system above, the open-loop dc gain GOL(s)=C(s)/E(s) of the system is a) 1.9 b) 2.6 c) 5.2 d) none above 30. In the system above, the open-loop gain GOL(s)=C(s)/E(s) of the system at 1 Hz is a) -2.3 b) -0.48 c) 0.31 d) none above
Transcribed Image Text:e(t), E(s) LE*(s),E(z) Y(z) G (s) = G,(s)GH(s) c(t), C(s) D(z) To =G,(s)(1-0STOVS For the system above: D(z)=1+ 0.5z1, GP(s)=5/(s+4), GHO(S)= (1-e*T0)/s, To=1/2 26. As in the class notes, for the system above define Gc(s) = G'(s) (1-esTO). Then, G'(s)= a) Tos?(s+4) b) s(s+4) 4sTo c) s(s+5) d) none above 27. As in the class notes, for the system above, G'(z)= 5z(1-e-4To) a)· 4(z-1)(z-e-4To) 5T, (z-e-To/5) b) 4z(1-e-To/5) 5(z-1)(1-e-4To) 4(z+1)(z-e-4To) d) none above 28. In the system above, the open-loop pulse transfer function (excluding ROC) is G(z)=C(z)/E(z)= 57, (2z-1)(z-e-4TO) a) 8(z+1)(1-e-4To) 5(2z+1)(1-e-4To) b) 8z(z-e-4To) 5(z-1)(2z+1) c) 4z(z-e-STo) d) none above 29. In the system above, the open-loop dc gain GOL(s)=C(s)/E(s) of the system is a) 1.9 b) 2.6 c) 5.2 d) none above 30. In the system above, the open-loop gain GOL(s)=C(s)/E(s) of the system at 1 Hz is a) -2.3 b) -0.48 c) 0.31 d) none above
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