1. A system has a transfer function (1-s)/(1 +s). It is called (a) low-pass system 2 The following log-magnitude plot of a system represents a (a) PID controller (b) all pass system (c) high-pass system (d) none of these (b) PD controller (c) PI controller (d) Proportional controller CamScanner ligiò uaal 426 Control Systems: Theory and Application ad 11 (00+ XI00 log|G| nigul dollool v lo oitd sohnint qool-god m bea X bail ogu qeobo n noitu lann gool snivad A d bnansupol ning s nd + logoo ie Fig. 1 3. The Bode amplitude plot of a constant is a (a) line with slope-40 dB/decade (c) line with slope +20 dB/decade 4. The pole factor 1/1 + joT has a slope of i (a) 20 dB/decade (b) -20 dB/decade (b) line with slope - 20 dB/ decade (d) straight line parallel to the frequency axis (c) 40 dB/decade (d) -40 dB/decade 5. Gain crossover frequency is the one at which (jo)H(jo| is (a) equal to 1 (b) equal to -1 ot (c) > 1 (d) <-1 6. An octave frequency range is specified by 0, (a) 2=8 (b) (c) od b 0, = 2 (d) 7. The graph corresponds to alan 0° - 90° Phase Se Step E - 180° Step 3 M Step Sp Step 001+ -270° Fig. 2 and (a) minimum phase function (c) non-minimum phase function The transfer function of the system having the Bode plot as shown above is given by (b) all pass function

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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Transcribed Image Text:TEST YOURSELF 1. A system has a transfer function (1-s)/(1 +s). It is called (a) low-pass system 2 The following log-magnitude plot of a system represents a (a) PID controller (b) all pass system (c) high-pass system (d) none of these (b) PD controller (c) PI controller (d) Proportional controller CamScanner iguò ɔuaa 426 Control Systems: Theory and Application adi 1 (0.0+D 0o logiGI llool v o oitd sohint qool-sgo sd nigui tbnogem bea X bail gu dqeoubotg ni noiton iam gool pnivsd Al e 41 bins onsupotl ning sd ond + logo iea Fig. 1 The Bode amplitude plot of a constant is a (a) line with slope - 40 dB/decade (c) line with slope +20 dB/decade 4. The pole factor 1/1 + joT has a slope of i S(a) 20 dB/decade (b) line with slope - 20 dB/ decade (d) straight line parallel to the frequency axis (b) -20 dB/decade (c) 40 dB/decade (d) -40 dB/decade 5. Gain crossover frequency is the one at which G(jw)H(j@) is (b) equal to -1 (a) equal to 1 6. An octave frequency range is specified by (c) > 1 (d) <-1 (c) (d) d b = 2 (a) =8 (b) =D7 7. The graph corresponds to a/an 0° 90° Phase - 180° Step E Step 2 Step 3 M Step Stp Step 001+ -270° Fig. 2 (a) minimum phase function (c) non-minimum phase function 8. (b) all pass function The transfer function of the system having the Bode plot as shown above is given by

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