Control system (c) non-minimum phase functionThe transfer function of the system having the Bode plot as shown above is given by8.100100(a)jo(1+ j0.5@) (1+ j0.1@)(b)jo(2+ ja)(10+ jw)(141010(d)JO(1+ j0.50) (1+0.1 ja)llos(c)jo (1+2 jm)(1+10 jo)ollosos liogost ()الم مسوحة ضوئيا ب CamScan nerBode Plot bns yosiT amadeye lotnoo427-(00aoitanui Gain dBholgn ad niolg abotqale sT avatod S-20 dB/decadeaoldb (s)vaboldb a)101100-40 dB/decade- 60 dB/decadesolalFig. 39. A system with transfer function G(s) = s/(1 + s) is subjected to a sinusoidal input r(t) = sin or. In steadystate, the phase angles of the output relative to the input at o = 0 and o = 00 will be, respectively,(a) 0° and – 90°10. A system has 14 poles and 2 zeros. The slope of its highest frequency asymptote in its magnitude plot is(a) - 40 dB/ decade(b) 0° and 0°(c) 90° and 0°(d) 90° and 0°(b) - 240 dB/decade(c) - 280 dB/ decade(d)- 320 dB/ decadeI1. The function corresponding to the Bode plot shown below isi of thepte+ dB341 POLAR PLOT OF STNDARD FUNCTONS1411 G(s) 1/6dB/octaveO dBFig. 4(b) A = 1/(-if,lf )(a) A=if,12. For a type-3 system, the asymptote at a lower frequency will have a slope of(a) -6 dB/decade13. The open-loop transfer function of a unity feedback control system is 10/(s+5)'. The gain margin of thesystem will be(a) 20 dB14. If a transfer function has one or more zeros in the S plane, it is called(a) all pass transfer function(c) minimum phase transfer function15. A decade frequency range is specified by(c) A= 1/(1+iflf)(d) A=1+iflf,(b) – 12 dB/decade(c) - 18 dB/decade(d) - 40 dB/decade(b) 40 dB(c) 60 dB(d) 80 dB(b) non-minimum phase transfer function(d) none of these(a)= 2(b)= 10(c)=3(d)= 6

In this question, choose the correct option What is transfer function if bode plot of the transfer…

(c) non-minimum phase function & The transfer function of the system having the Bode plot as shown above is given by 100 100 (a) jol + j0.50)(1+ j0.10) (b) jox2+ jw)(10+ j@) 10 10 (c) jo (1+2jw)(1+10 j@) llos (d) Je(1+ j0.5) (1+0.1 jo)

(c) non-minimum phase function & The transfer function of the system having the Bode plot as shown above is given by 100 100 (a) jol + j0.50)(1+ j0.10) (b) jox2+ jw)(10+ j@) 10 10 (c) jo (1+2jw)(1+10 j@) llos (d) Je(1+ j0.5) (1+0.1 jo)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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