biological control systems - time response analysis - s.mathankumar-vmkvec

59
IVM U/VMKVEC/ETECTRONIC SCIENCES/BME{EVEN SEM(EOURTH SE$I\' 20L5-201 6 I CBCS-Rz0 L2- FULL TIM E] 1. what is the pupose of Laplace transform is used in control iystem? 2. Define step signal. 3. List the steps involved in obtaining the transfer function. 4. Name the properties of transfer functions. 5. Define time response. 6. Define differential equations. 7. Whatis the purpose of standard test signals? 8. Define ramp signal. 9. Whatis an impulse signal? 10. State various time domain specifications. 1.1. Define critical damping. 12. what is meant by type number of the system? Give its significance. L3. Define damping ratio. 14. Define Damping. 15. \{hat is the difference between type and order of a system ? 16. Detine resPonse. Mention the test signals used to determine time response. 17. r//hatis transient and steady state response? 18. Define-rise time and settling time. 19. How the system is classified on the value of damping? 20. Define steady state error. ", . $igncr : V II{ AYAKA MI S SIO}.IS UI{ IV ER S/TY Vinayaka Mission/s Kirupananda Variy* Engineering College SALEM - 636 3OS Programme B.E. BIOMEDICAL ENGINEERING lSeme ster | 4 Subject Code & Name L0 - 03 - ZAL6 l Oate rf B 3471240I. - BIOLOGICAL CONTROL SVSTUNAS Mr.Mathankumar.S Name of the Tutor Assignment. Irdo. Date of Announcement I $hort Anrwer / Two (or) Three liner Fxpgcxnstlon $k{rk ,,{*rr#m

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Page 1: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

IVM U/VMKVEC/ETECTRONIC SCIENCES/BME{EVEN SEM(EOURTH SE$I\'20L5-201 6 I CBCS-Rz0 L2- FULL TIM E]

1. what is the pupose of Laplace transform is used in control iystem?2. Define step signal.

3. List the steps involved in obtaining the transfer function.4. Name the properties of transfer functions.5. Define time response.

6. Define differential equations.7. Whatis the purpose of standard test signals?8. Define ramp signal.9. Whatis an impulse signal?10. State various time domain specifications.1.1. Define critical damping.12. what is meant by type number of the system? Give its significance.L3. Define damping ratio.14. Define Damping.15. \{hat is the difference between type and order of a system ?16. Detine resPonse. Mention the test signals used to determine time response.17. r//hatis transient and steady state response?18. Define-rise time and settling time.19. How the system is classified on the value of damping?20. Define steady state error.

", .

$igncr :

V II{ AYAKA MI S SIO}.IS UI{ IV ER S/TY

Vinayaka Mission/s Kirupananda Variy* Engineering College

SALEM - 636 3OS

Programme B.E. BIOMEDICAL ENGINEERINGlSeme

ster |

4

Subject Code & Name

L0 - 03 - ZAL6 l Oate rf B

3471240I. - BIOLOGICAL CONTROL SVSTUNAS

Mr.Mathankumar.SName of the Tutor

Assignment. Irdo.

Date of AnnouncementI

$hort Anrwer / Two (or) Three liner Fxpgcxnstlon

$k{rk ,,{*rr#m

Page 2: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

l.lJ.

4.

lvMU/VMKVEC/ELECTRONTC SCTENCES/BME/eVerU SEM/FOURTH SEM/20L5-20L6 I CBCS-R2012- F U LL Tt M EI

L' Derive the response of first order system for unit step/ :r.i \ rr rur.*,:.rl$ e-

2. Obtain ttre response of unity feedback system whose open loop transfer,function isG(r) = a/s(s+s) and when the input is unit step.

Develop an exPression for unit step response of undamped second order system/ o,restla-,n.r.c A,

Wrile- the expression for time domain specifications of rise time and peak time with

.Derive the expression fgltime response of a second. order system subjected. to a unit

impulse input for (<L and (>1,, where ( is a damping ratio.

6. A unity feedback system has an open loop transfer function, G(s)=10/s(s+2). Find the risetime, percentage overshoo! peak time and settling time for a step inpui of iZ units.

7. Develop an expression for unit step response of underd.amped. second order system.

8. The unity feedback system is characterized by Eu:r open loop transfer f,unctionG(s)=Kis(s+10). Determine the gain K so that the system will have a damping ratio of0.5 for this value of K. Determine settling time, peak overshoot and time. at peakovershoot for a unit step lnput

9. Derive the expression for critically damped of a second order system subjected. to a unitstep input f.or fL, where ( is a damping ratio.

10. A impulse input is applied to a uniry feedback system with G(s)=12/s(s+T). Find theresponse of the system.

5.

Descriptive Type Questionr (Erroy Type)

$"M{ffi, {rw#*/4;trlture sf the Coordiln6tor

Page 3: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

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Page 4: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

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Page 5: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

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Page 6: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

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Page 7: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

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Page 8: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

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Page 9: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

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Page 10: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

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Page 11: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

E

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I

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Page 12: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

tOt)

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Page 13: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

B= el

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Page 14: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

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Page 15: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

ECS)

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.= tlrS+ rl*r

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c tt)

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*,

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Page 16: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

*' 4ls1.srr)

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= 4lu1r/q

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4 __,._ E

s(s-u)Cs*4)

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Page 17: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

4=

4=

( as+ n) C's+4)

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{fr+B+ c)*t+

+ Bf + 4B.s :i- cs2+ cs .

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+ +B+c =*-5

-\ B + c = c-t7 L-) ra t+)

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Page 18: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

Pr*f

@q

ccs)

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a

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*= -3+ 4 s ,/g

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? i, ve-oL3e- ryc^e- r*rra;n +yrrn )

tl)

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Page 19: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

-11 ,. - . .41:,.*r

t1

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R Cs).*t

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c cs) = :911 RCs)

S11- tr-r *

ccs) ry^'Sl+ue n'

Ccs) € ,wr\z- =

sf B\-*r,')

l, .Jn',t

-' t

A(f+L"l"Usc*{fi *C s-4/"#,

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l,=a- a

alcf o-nar-"oo 2

)*t a"fttr^? f '-,t't-f {ao-ot<-on

-L+aB

Sa+trl6z

?ulS:o )

lpnL

Lun2

A

= A [o+urn2-)-r BCo)

= A'wnL

: i.; aL =\(,

trgp -

Page 20: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

Vuk 492: * (-L1nL tg*{) I =j u}61 '

t/-rn 2= A (-c,u /*n') + ts(jt,r)")

[rn 2* bCjru',)

B€ /u-rnLo

L) *)6

t

_lde a.J

t,tlr',+ B=*jt-..r6 eLE

eCS) € wnn s-A+s Ee+tr)nz---@

CCS) =.S _zLA+wn

s-Ta*c o

7 . v-,JJufia

,l:t;lQ9lA4 @ -*o.rtrfrCI\rrn )

vt*) CLt)

L

I

o:EYrfi

Page 21: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

ulr ryorv\e- 5 ova,1 **s*rud'

,^*i"t..\

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F t*nL,-z a c.u)^B +r.JnLs + L€r ilJn{

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f"t "fl-n '-co':n'- ba UYL'U

l f*'cI*^oo

o

Yeh*a %ccs)RGS)

grrta @

f*c*j"cn i^6J\-a'

t4 t1"'L?

-f,,* $tPo-

,4 Sz

sr ? 82

Lek

.e;3 *T"rury

jfhe-{

jr"

'o Sa- = E t,n F t'Lln ,{-fi

35 = qLu6 + L$n

M

ctepr-rn-

ces) =

Sa.- ,,&ruJ\- S t2_

f* 2Et ins+t*1'",'

v e-Lqt^,p Jr *pJFl

Fsl *o*-d- S6 = aSc-

UJnL

RCs) G+s") (s"l-sb)-e

Page 22: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

CCS) = t.t:nt R-Cs)

(s+sa) G+sb)

Ccs) =uJr,*

sCs +sa) G-*sb)

?B*i ? *fir-ra.cLt^on

CCS) ? tfrnL

,tt

otr

-J- B

S*se-

n

C

s+sb

e

B

7Ls

rrrn* = A[o+S,a-) {DtB)+Bd5) [o*oCb))+ cco) ( o+o-)

= A(o+sa-) [o+sb)

(ilnL = ASa-Sb

+ Bto) + ccD)

s[s+s*) (s{r-.sb)

tiln* E za (s+sa) Cs+u) *e[=) C** D*"O (""")

scs +s */s*sb) a Cs-hs { Cs-rs)

t...nl = A(s+sa-) Cs+b)-r ecs) cst sE r-c cs) c*+a;

3r;s= o,

Page 23: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

fr

= tUnu

( quu6)- .*rn W X 1*n t t,n W )f,,

= gx)n-

qu*no- *f &\l

wnz

EW-#,:**n'

= -WfiL = I

uJn-

?*s= -*Sc-)

ce* = e ( u*;{s*1 Gso- +s a) + e (-so) Gs*+sa')

+ c G s*f3o.-+84*)t

fb}sa, Gsq-+s b)

g 5= u.Jnu

Gsq- *sa-{€h)

x= (x)6

,NnZ =

;tt-.,n{fl,

Gs*) eydffir

Page 24: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

&.so-rffi,

B= -.:ry-o ., -f -

&q-l 8a-

F dWn

?urS=

u.Jn

-sb.2 = AGsb+s*) f"/.g+ e&sb) e./*r)*c$sr)

c-sb+s u)

wu'F c 1fsb)f gb+S*)

C s fuJr,2

CC

(-sq (-sb+ sa)

wnL

Gsb) CE/- rdln W + E/"- t^ro rfftr)

(' - +' tJ., n-

\-e

Gb) (zt*rn w')C = t^lr'rf _1 _

EbAUfiIfl,

e = !{osttsnW, ab

Page 25: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

23

Sub A, E) c vo-larx ;n eay'aVb" O

ecs)= * *^, L* | * tr'jn I '1

P r/qr-, ** S+sq' AtF ab S-rs bI

)-rn@ ota1:onr:- *t -dr** otoryrein Lc+) iA

( ,r- (>, = a : sa, S+sq, arF ab s-rsb'* ilgo_,

W r; rl1:ont?- *t f;'** oto'Yrein LC+) i^trtr)6 l,

r'| l.o,j = r'f* C, tk-.,'4,a;Cc+)= I - hin -t ;t*t-* .trrn + C

sbb

<r t_

a Gr-' uo e 'l;E ' db

, * u1 *r

lcc+>: r- t^lo f--s-u fl\ I

I I'E.r L s* su]l

.rr+)il Ctt)t'-'ttI I g=r.orl__I i -/--Tt -

I

I

III

Irr.ol.,! + &l7otL!2-, t

Page 26: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

+.

i;

W'S+j.b

*t 8";^

ryil,a- e-,vlxt:,.gio" 1,* 't;""- ''d-erwa'm

ft3"w ar,n *;'* ' "7*,./,e-*be

'*;*'L 't'eiwL Mba'btn- '^d-otivoleion '

W%o\rffib)

.-+,T

'iBa d-o*-l-nclrrvte-

aJUJv&- *

+ Tf4-a,. Med"

-Tln-a- ,*'eJ1a:.luQ-"*

n

a -!- ts a. r^ ^ a ."-&P ru'f YLX-J^) Jv*t-r^\ t furvtz

- cJ, uc.s u ct-cwPufa Ut-'c'

*e

W& ;t*Yb

nt

*gp+tvt-l

.:pf,4"q, -#,** ttv) "*+ :.* 'b "t;r"* Wa& P

&5 eLlach. d'"-rr''P-taa'/' {*- 8\

ZYN **"u ct-:-

*? "*f* -efi 'g,etord-

Js'}r-ol-!-'-L

,Y CgL

,rJ*rfu

J^*q L,Jnb

L[+) = l- g €-^ f *.lu +s) o

"dt b= .b.rr ) LL+)= (C+rt) =t.

Page 27: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

*qL$p*rrr-g+o

7h-e- *e>t-wt-

uYhxn # =

=5 S.-[^ce ) D/

S*b (uroLLT + @) :a

i

T, 2T,,*3tr . _ L F

rnot ?G+sib€- ryyq ) Ld"L b1 1bflr

L5

c ctv ) = I - ;q*":t /,,&, ,Lrroltr +p)t^{ r-q-

I

-gtcrntxI

JOt--\-, /\r3-, [.^r"ttrr +e) = I - t

'ITJ"*Etr>6tve

-dL L= *v1Ll

€;vlfarutn-b e ,Lc;n;--v>L bQ- O

oEC

o,r9-,;\

€4 (tr:Jtr * o) :B

e

oo

o,?

tJt-\

euag*

tr:

€ Tf'- C

Tr* ptnd,

?Urt- v&n**;"'*cd-*?

r-q qh { r -G,o d-\-ts

I

**ff?ek

ry ";*oflet**

1* q"

Page 28: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

rfurlp F -l ,l_

l+ eJxrt- ,t

g = +c.rr'fi?+

q,

tdrnw

*TF* bq-frr f,r-f,2 , s .,-t Jtf""a- ;^ Aec. I

t'}ntrf

Xtuo;1l-sl bL @t^Yt g&

t€Lv Lr.inry )

*o.nP= A"U-e-

Adiace.rn".b ^;Ae

G^ci-1a-ortton rudL Ecryw%o*o Arj* tt'h^e- Ct-)

9 vgh,L *o*', t

,gtM,

WZ bnfrt:.) dd4-c'- t

(Y o*.r-}.-,

/ I-- P-ryh { t-E

q/"rye) UU-;L * G

q

Ci__ € [-t)dl rY

Page 29: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

So , ,b',^ s Tf-t,G.JQ-t w&f-f

L^: g}L

?eox 'T,irng:*

,-+ -f * '^-?fr.;,.e- -furm*

Vg-lg-Q-OVc-fu./t1-,rJob

t,p :-

d-e LdL

,J+

_*_dt

* $c,:nbee,

r', 6!,r -ELuo Y I+ b e- /,Fq-

C+p) o*L C C+)

&oi

o ,e.ivel..-*3{

G quJn b

CCa) = | * e, .d)d xb, {tr:ct-b -h e} '

r*,l !*E-

c c+)

LC+) =o (- Qu^)si" (u':ctb + 0 )

c^p", (uuolr + u) ur{

* -To

t* tl4'- ^ {*" P

IJ;(.JYLAq-

ur*Lu- W uto t +e-ry'c't

LC+) I * o14 = bP

Page 30: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

rr Q t^:n U

g ( $t*n) sints 6,^-rn b

C,^r'Uttq) € g t

FV r-€.2

I

Ces(**u +d

Iq"* twnv

I€ e , Iq*, xl",(**Y +o)-cosC-"rtllvl-'

\ r_q"

?ul tr.t = Lun .lt-q'

+B)*g

{ryE ^fnC*"rb

+e) ?G*- CG,& (*a-t -jl|jinrr .eorratru- *n -^^f "bLe'4X'tL\+1 ,J 'f,q-i'l*" Y,

in $ rl.:n b

wr\ g

{flq*

' t' Je". Il{ptf-ruoLrA ''--!Lc

Ce&&= = 3 * q+{ d"PotensuA 4idr- I

Page 31: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

t-un ;q.*nbt,-s,-

I

,,,

.,,

6

Lun e, Qwnb

"$-^[tr:oLLt e) - q

f Cps e /';^ ( u-rd-E. +e)L

*1

!- S,:o g C€6 t lalt a e)lJ

h co& ( trrcLb -{

r-{,_q*

'i- Qwn g:t{."} n e-

7\i r- \u

-q wn?taJpl g '

fi?* €'wov

wnEre{ L_1_

t= LP ) *t'dY

g )^ :?w^b Pt-rp g

#\ar

\) t-E-

* e,' cg-rruncb

(vooLb +s) @,e d- (-s4 (t^:olu + g1 -rL 1f.uL*^

fo

L*

1,o'-1L /;t (ur.-:"t-t)l

C *r* +g>,4

dt C+) ;o

L ^i, [*+ upil

le eqP-o"L 'i']" otj

=A

? 6wnbpgfr*D.

ctex_rn- /r-?,- (*"L €p) -=o

o)"Trrffi)+iF'

an\-L

9=

M

Page 32: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

or--o,*}:.ce t X-e>to '-rt-s

, wd**P = TfI

+p = T/orL

JIq"

,xwv 1xs*a,Lb.[-e-'

.^s{c-CUt-

c>L_

&Y

= txJn

o+r

cC&) =

= - '..[f

r,un ,lT-n, " ?

F Q utnbtrun e-

{"r p srn C*au.+9-Jft-css (**st{

-ful+rr,i^ ,-co-n-ruoE bQ- qfld Jto 7e2LD

c&E

€t

q

-',i- (urror-t +*) - ,/fq'co* (*dL -t s) =o

{ft' = s[^ (rr.rclb +e)

+ -7h;.* e.Yon-s-n:lab.-L

.'o *n 1x&. 1ructb +t) - Ltrn ',[]" t*s(t*:*U to) =o

- Qwnve C+) € I I E *^ ^,},Cu{olb

+*) - uJ*-g" ces6.',ue'9

1-: L'

CPs (t^:clb + Q)

Page 33: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

i;)

3t

ta-n g' = *ta-r, (wdb+e)

bq-n (krcl-b

wt>lt

ruct_t

tNdY

+e) 5 ba-n ( trr+ ts)

+C rs n-ff*&'

=., nTf +gr' g

F nTf

?u-b b=+DI

to=t,

t = nTI-

L,l..loL

nTr

cAffl

.StrL t*" + 7 r1'= I

wcL

+P= Tr-- *Tr.d..-^+

uuoL rr-rn ',[E"

l"1ax-Lr.a-1.,.-y.n Aves*hoob / f "nx' ove:t"sh@t "'

--:. L* .;a *+ep'vlea '-a'/s cfr42- *'o*i S moiai'n@,n

[email protected]

e^ra.,tge- *o 'fr/& vo'Lua-7 ld* &,.P- rn-a-}

'-W-o'y\/ Va!^c- ja qn/,a*vou.,A' foe V.]'LL.' '

I

,h "pe-o*, overt sh-oob = g C+f) - c CaD 1 ro oCC".D

&Pr-cloo*L '-&<lt-Q-'$t W?

*Tt4p* $&rulg *Wf "*TnrL'a- *f

c SrwnbC C-t, E l- e.

rFq>I tr:eLa" +*)

Page 34: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

db

P,*

M7

b = t P2

Lt*) =

* 8 fr) e-e) t CCAD E I '-

= l_ D s t [_

{ln=

4^in C*& bp + I

,T-Y6E-

vaG '7rv+,

(rr+*)

'- E uJal ao

e dn f,*et,o + e) i

,- 1*"+pC-C+f) = t -i- ?

.IIT=

*P =Et^bl

woL= rx)n .[Q= = - 7*l

?*.,Y*aFI*P; o

= -\)g)

,lE"

\J;q,

c (+p) F r r ;qT/ G*[,. a]

w',

Page 35: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

? (erw

.|'r\-C-Dn&*:r.-t"ue-fou11 tr \-&tLffi dtTi .-,r"*iU't-

JA"le- fl*

G"

,r'*3, G € =J-E,

0*g*n 6;r =

U.6potorr;tau-S .1*&

ryc&r)s rr;qn/JEE- W,m-

cc+p)= r+;9*irr@'1

'-.9Y

E /r+ e EE'rrk toc?

I

'/, Mp > -r tTr' 'l- * -*---

X IOO

e\E=

Page 36: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

iv) SeL+

req.dp-ry

ccL) €

Or

i"'..** -X-t-7u[NefLr*n T:JJYLQ,.

-.}..7

I

--i'--L-J..r lA-.'

\frr-a*6

JA

d-a

-Eunbl-e-

grg*,

frrre-

-ndeLo"rA/&j eyon-o.r^*r1oL ^:tryt-r'a' /_ed'/ucsst

cJ.11c.q.,1 ry /L;v"L^/wi"L*f '-cor?onr,nt

&,ur-ve- JbD ,L,t::rL) r 'Ltl-t^ lo f e>t cnc-q bo"o'l' ^

(

* NesLrns-tt/H ) 2- */ " .^pE& 5 ,l , '.btgga.-nce- ba*d*

ery{> Y* .c-r"* t +s) :*

+ The- =

16.- *,^t-,i* '*x7 *t A%-@

*bl [war +s)

\JE92

+ 'Tnlo- JLQ-8forL'lA- -$ *Btnn-d- 'e't-oLorr *f"-" '?/"a-L

?m Um e*f o& b*f'^xn*t'.reAL t)

.- 9 u:nt

I

e) AfurdsL c'nn-,oo",enL'n'

+ A,& (( reLt +s).

+ Z* #ilA

19.&dUo.,H"qrt1-\

* Hqxtcut -t'7,1e

Page 37: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

35

?la,- ** Jdj,'M- 4-aJrc bP- $o* 'Du'k "1

"1p* e,-f. r.'-e-'.'f,,;- 'tDrufrw* J*b /' d'oLe>to-nce-

,YtSt-*t ,

) Fo.li g-'/ ' Jr>tesr-cl,,"tec av<:<*t ba-nA* a"b € -- bs

* Q

trrnLL 2 O'O9-'

rl r _e"1

, Fe.r, J-c-aAt V*U^i- ''$ q )

--Qrrlnhs = D.og,e

+ E',rd ***n Na'fi^'.qiL *iduLrn t *u

-Qrunts F L'n(u'os)

Iek '

/qwnr6 - /4

$r^rntE F + ,

tg= *9*n

) Foq .s{-o()}LJ_ "s'ceL!}t *^p'be-rn ' 'fr'\2- *-;''e- 4D'AA'to-rr-L

0

oo-rw be- t = -l-1*n

t3 ; 1T I t"= L.f . e.rutet)

' ) Fo" 6'/' *pte-rto-nce- exeLsq ba-' -d' o-'U t= bS )

- Q urntsg = O'O5.E-

Page 38: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

E,

? tro+a "/ iu--c'A? Va"trl,^e- '^& q ,

r $*ubsg '= 0 c Ob- .

) U*( @"? Ncr-la,tslat 'to?o,Leti";"n , *L X*jr

I *^*6

{ q trentg

E t,,6rts

; ltu LD'oC

tgF

/3

3

3

9*"*c,*,c*.-ax trero )

,fr\L *fi-lv & C-cYr'Lg-gnb

* Fo"sr Ae,rcr-rL

La-vv ba

'T- =I

q*n

bS = 3T ( {o= 6- *l ' E-n L^s"{)

Dgl&ve- #'a-

-krcn& *x-da:+

ryflq<r

n $"- .b^v\*-

**Xae,be-J-

t @

ft c,-

--,fulA€-Ye.-ru&

tuIE'gJA

I

cL-

CI.*

.rsq-8UQ=,IYL

.l o I

.xo.h."b

+ Th-a-, A^e@rvd- tre;vu '*+ M t"*P

dt),rry Yat{^ons

uI-&

ccs) tUn2^

S i 9-& UnS+ tr)I

RCs) (\

Page 39: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

3Y

o

> 1+.,&- yd4o.2lqlbj&s+%- e4fa*bD "[E s+ "q

u)nS *-t^3n2 = o ;

uJ+lDLe-A = el-rl-r

G--1 - dy? a+-,

=TI4,a- 'rt-ootb 'a{. {'J^iu

sr tfiz s *b +.'lF+^L2a*

A- = I

b = 9-Ecun

? - &)nL\J -

=Si e-32 = -_L€,LrlP +t

7Sr rss = -9*r.t *, G{St .9z=-gbn:turn{-q*

J^y?l't^a ,

Ed = r-rJa ,lE{, Lsi)

. t^,'L y r^,n tJI1*

€r)Ss= -qq.rntj*,eL.

Ca.t*. t :- g <t ,t-undat< Aar^f e-"L

Page 40: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

* A.puootu 3 fY .rwffiil,rrrilb o

I

.,_ RCs) : I

Ccs) = RCs) t^r n*d+ l-eturns+t'L' f

CCg) * uru=

f+2Etr;nS* t'trnL

,Affin q"*nz,

CCs) = L^ir,*

** z\ur,S *9Ln" 4Lt-r n'- E'*nt

C Cs) s Lunt

(s*E*nf+ un2 (t-q')

C;Cs) E wnL

(s+ t*.0* wd2-

Md${* a;*d- divi'd"Q-- t'L} L /

CCs)= urnz.,r^lA

ecs) E

uu&r

lrqr,ltrc&

s+EulQi:*q

b tx s[-

@)h-,r-roL2 :

Page 41: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

c cs) = 3f d

t,,ttd-

Cr+) = f'

CCA s wnz-

;

Cct) = qlltt^)d VT!"

Cs+€l *0=+ t*,,"L2

usd,

f c cs)] = lr"1 ;- l

t t"tCL

F q.'nb8-' /L,f')

e u:A\L (s +\*n)* +r-,){

t^reLb

kAu ii :-

+ -rl'\e-

9T:^

+T1r',-o*

oJA

r.ql^lnL og v ,.3;.n t,trcLb

Ovwt ol-a-r,.pe-"[ \> t

*t oota o'lu- -'oLeal '{.,\ Jne1o*Lv Q-

-ur.iu- -r: W ryRCs) = r

.rz,,,rud- i-orucr-,,,.-- 3 ry 1*,.tl"t"

C CS) t^,)nL

Rfs) uft "qu.r6rs+.^: r|

Sl s * So,--

Sz = "-gb ,

S I E g t*)p1 'j-r (A:n al q"- t

sz : - 9*n t,-n {S-r .

CC+) = La-:n - e L$ab oe- L /YJa t''LjoLt

t*E"

Page 42: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

Sr ?sz = qt^lntwn..[g;-r]'t

CCS) = RCs) wr,-

?hCs-r-sr)[sts*) ,

W? fa"diat {a-a-c,tr^on ,

?-,CCS) = [^)n- =-- A , + B o,LCs{€,)Cs+s, s+ s t s+8 L

ccs) = DnL r ACS+S!-)+B(s+sr)

Cs+s,) fs+s2) Cs+sr ) (s+SO .

CCs) = ta)n2 = 4 Cs+sz) + B(s+S) .

?Luts g= -Slbn, -- A(-s, *S-)+B (-{r*g,)

= t,( 1,/" + ur^ \ry'-r - #^ + *",1F-,)

runL = A (e u.rp1 Wr)A: pnt

F .rE tl 6 A=tOnarff*,ay6$r

-sF"|

P*s=+Sg-

t,nz = A (* ?L+sd) + Bc--s2 +s,)

F A(Efr,E,.rn1@l ..- gy/r"rF(-urndpr) ,

Page 43: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

4l

wnL: A (* rcwn \4-t)

13 = L, tl) n/

&fiw

B E _ t{JD

&,q_r

Su--bs tibr-u- fr/t-a;o-L Vq-Lr-Le^ -':n eq/-th;n O

ccs)F*fu +fu

s+sl g+8.e-.

CCs)= c!4 f t- - I Ie, {f- r f-*+s ' t* *l

A farcfnq -tr,veru,-e- Jo.flqce- Tb{ rrL

t' L"c*)] = wn ,

srlF-'

1-l e I - | ?

I s+-s 1 S+s21

Cc+)= Lr:n t -srb -.-Il&\F-, Lt e I

Page 44: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

b,

U*t:k -*fu-lxe, .

"{LU)

,t9'' ( t"r-n-et-esr

el-antp€J-)

Llr

A*oek,Y ,l4gA c\tL 3* J*[email protected],oL frrrL sr;AL

ync*ton , erc*) = to f e (s+z) , F*nd frt^-e- '27r'v'

hfrrbl ?*d*n. ove*'ushne:r_, l*h "dt""' 4-' & ^"*"?

&cs) ccs)

Sotr",ton'.-

&Iv e;.T lDa.fq- i-

Gcs) E,D

Wad.-

SC+D,

SDa-bcu'-

tiae, "k*^.r."- ) r/.Ov ) f€-cLJ,e

.-,t1-nas

t9* Ltndh e@4-d- ^*n &-u- fl *? *"f.^k %

Page 45: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

Fo,:+-'*tu,/-,o*:-

T}&e, -L-i-r"Le- tv rd

OV€-P{-,& h"OOb ..'*

?g*3c 't na{- *p

*\- -J- I, - bwi, urJlruoLL A

F qu/,[q" x roo=Q

Tr- otu cL

^/, nnr

d *rr

.3& *,ta-n4-s- tg(

t .:OL !

-bsts

Zr

4Tfw 5 */' -Tole:to*r1 cqlSa-n

ft 2-'/ ,"To\rytance- Bo-^d'

? aW "^cJ,es+-d- *rern-ry* 'd-t-rnct{'o/'] 'c-cs) s &rs)Prs) 1r qts)

ht cs)

&ivetw **tr--b, &Ca)r tDf s(s+z)

= to/ S5s+z)C CS)

ecs)

=, $*"c -"*'&\ 1eod"a'ci&'

= to/ s c$DsG+, +jD

s (st-c)I +.,,,to

SG+r)

Ccs) IO

ecs) Siz s +roto,

,l+Ajtubnnt)

Page 46: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

cLs) tJ-, n 2-

R-cs) LSI+ tE v)nstru n>

@

?@rv 'w-Y'*t,tJ NL =

@" O -h @ r)re- trlo

wn =- /*

2I tl;pl

q=

o-

tl-

e)-25

2 tLt6 9.x3,lgc-

til&

fN&

= trr^ rEz

= 3,162

fs

tr s;,

qvi n

O.3tb K 2.169-

g E o.gqql

Page 47: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

)+5

Find* *y = *fT*&

wcL

e= *odi;'*l ,.-;av t- el

9

g s -l:e.nl

II

*v

,-lt,8.^n

t n LBg

T:J-UJoL

s.3lt,

r o,Qol\{"--lot o.g tb )'Pt&oL . -

F Tr * I'a33

-._ [barr (z'85 t)

= ?'l+ -- '"' 3b3.

*v = 0.63T $ec-,

ryl,o FrhA ./r ny =

-Ey/tfqg / Xloo .

-O ,Ztb-ff / K looE

ts a *3 l& x 3'lty / O ' q 8l= g, I x loo

-o.gq9/o.q8l?- x loO.

rE [* Otte, x tgO

A, 3511 x too

O. B lbL

/,Mo s 35'}-1-l '|

I

Page 48: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

?esx Trt,a.:*t- Tr = ?'t4- i2r w& a.

I = I Sf.*,c_

1*n o'31& x3'lb2

Fcv 2'f . €!'tJ.t-.19'L, ts = 4T '- +Cl) = +ry

tro-rr. 5./- ?>r><-o,et, ts = 3r = >(-t) = 3 Al2"

Q.ea utb : -

'/. +ed< oves-a,hnst '/- nop = 36'2' / 'I

PeAX +1r.rr;*- tp = l. o 4t -\ecI

,eJ*t,ti1-? *rrvt^L +s =- L*/, s 18ec.5^*f-€g4ec,

Page 49: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

8. .U$l,bd Fe:e;-bacK

*p^e**s"ryf*etrsnD #"a*

Jtoi& 'h^*VU vtu

*oQvMOb .u^e -lJJvt-e-,

s^it

&?ve;z Sa-|11.,'*

&r Cs) E

SCs+t o)

?zqi*tecl .}cr.*c}-;*

3@r-rT W, Ao ,frq-oe

--%,*er* 3;

t/A{ E trrn 1@t

F 4-T- ( r$o, e_y.

r- 3r C -F.,aL E */.

= ,Jf,rucL .

w)@-

TI,ri-

,.OJL

de-rYf>t*<.t

*f rynv

ld

pec-le,

Feo-le

SoLrfion'--

e*-.c, ;rt*cbee{i4 a& %arc) =3 ,- r

S CS-r- t o)

c*5

Va-l,,tlg K- D fl

-a-b @ @ob flI

$eM;nfl -b;"^L , Y-ofu c-ov o'--L *T-curue-

o',b L{r1-oJ<, ,ove-eu,hor1c_ A6a1- a- .-'*r&t 4LaP -^?t* '

troM:-ave*+,shno E y, M? € nn*/'@ ,. roo

&f-lr'.rt*- tbp) -.*r-- ,I..*r"r4-€- Cfs)

Page 50: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

l'+CS) E I

Ccs> = Grds) = &c.s)Lts) lrF+G)&ds) ,+e,f-)

tu Hcs) Gr ffi d *f **,elion

&rs) F _j!s Cs+-r")

C{$ .F t<ls c s+{ o) K/s C sTao)Rcs) t+ K/s G-uo) s(snQ +rc/s Lyro)

C Cs) K" oR(3) ^2s + rDs+K

* T^L Vo-l-u-o- .,g-t K L,Lo*rL be, ,a_vo-L,t.o,*eol b*,T v: u(-.\ Cl;-ra{iryvw'

n

'L ,*Yo..nffua- tr^^^c*L" a,^,rt:e,u

.s.tanAo,yd- j-;o-* *t Xeeon/-- .-e%o1.4-x- br?n'\ey

c_!S2= t-un2 _ ^ i

tcs) *?"9ur,.,s+uu n2- ---@ I

I

vLDt*P

#4R-

flc-tt^on

Page 51: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

+q

0^3n 2 F- k- .

P;;-"'"1t___

e- ELtJn = tD

g= lD, ;;.

.-.-"-,€'*-{t!

s tD

& tfl.

A, = D.5 -h L"u6 =I

C,6- = ,A

* Th-e- Varl,ut*, t^B-l K € t o$T

ltrn E \ru= too

&, dE.

. !_?_

e, Io,E)

Fy-I

{I

€i ae?w.4

Page 52: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

'/. PecLJc

'i, n<p

OV Q*lAl7.;.Ot .'-

iF gn/ffi2-F e, I X lo0

* 0.5 xTl- I;g/ 9-[- D '5' xlDDl

E 0.1b3 X loO

Qealc fu'-W& = u-rrn ,rEt

=to

= lD

= lo,,IlTt

= lo K o,Sbba

= o' B g6 ,ha.d-l *l€e-

I "6bo

= 3.t4Etbo

ItP= cGBb3 rsec

l * o.45

txt cl.,

Page 53: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

Se-t*td*fr ry'| *{_frL€, :*

&s=47 t $a"u **l !

_l ._.- ,

D.5 + to

w)

Frt*l.-F

€,LD nl

5

e;*oIa

'/. FEg-*q-

tr?\

S a*f-L*"-u(j

S \d€""p{** lnfre: h

**1p- '-I-*t*v'ua- bD =f

T**,t*tfl, b6 2

/" rp F lb"3*/!

D" 3 &3 Aec

D -8 3ec LL.l '

o. b -8ec L 5 */ +

Qgre<-fr*t)

@,

Page 54: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

q. Dex.rfue- ..i}1&

tu &e;cg;'n^d-

^ef-P.qfui,'

S*, uhSo A

? lrchnn- w R(s) = t/s,

R-(s ) .b)-nL

CS+c^rOt

trJnl - tr,nl"S

u-prLL-r^-Lrcr, tr d*'*P ef

-v.-,d,#u Y ffie-ebd- f,*t,

O.-

o.* "l;.-mjlb

ry Y E=I? @ & dxI

Wa

? Th-e- ata-nda-*d- $*,* *t ,c-l'*Sed' J"Yto

*ec,nA --Wda*, W 'rtz ,

ccs) 5+rE---r-r-_

wn'gCS) 5;1+ e-q uns +tnnL

Cvi*:tcr..;u17 q=r

qcs:- u

ets)tr)n'

2.g+2 t-trns -Ful-:nL

.9CF) ,= Lj.nL

Rrs) (s*r*ni)'

Si e-rups + trr*Z = Cs{r-u'D'

o?+ 2o.b Jr- 62 = C cr:rb)-

r cs)

CCS)

CS+urO2 SCs)+r-,,-irlo

Page 55: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

lr?.

) B1 ^fffi fW fo"d;"n ',

C Cs) .= _*^oSCs+w6o

FAr :.S

+c o,(s**r,)o S+t;r rf

Tb #AA=

,-

sx ccs) l(s=o.

;f,x wn? )'fi (s+u)

-)e-

[ . EO

€ Yl=. \C 8+wp1)z \ I =O

; tLrnl =lt J nt

To Y& E .--

B s (s+ ur6** c C-s) {

l*= -(r)6 ,

a Ce "/D"^ t,).,o

s(s"/O"S s -ulf.1 1

tL, ntls *s - t-L)n .

Page 56: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

* -Yn,{.,wvl

/

# t^)n-.

To #ct--C = .L

B = -* tJ.)6

ots

= .L f Ldnl)E L - jl*E-t$6

= - oL [ (u* {,1'.^ k)",L 1 1ots L %*/b=llu=-r!^-

-- t-t)1..L \

S2- \S = --rr)n

= - y"i = - t*t.)n 2

+ S,rb-slil':'r,n*, A2

Ls

B) L

tun?

------

-sV o-r\rt t^g-s uJn-

*l#

E+tsn

e-l/-o*/r., O,

CS*rD-ccs)s

Page 57: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

+EX *^t".'? itve:o+'e- ;a-p-l-o'c-e- ffiL- 1..",J =r'f*] wni I#{ -L: Itt

c-c+) = t- ,,n+;trrftbf rr

^*-Jl,r-=bzlI a .

-l' cs tct>L JL

,

cc+) = [-r,.,nba*t"t: Ctrunb

cc+) = I- e-wnL fr + Lunq

xnyub *rarlAL=

AWJr*iW

ilrr6, ffi..3ote;.}i-on..*

ja 4fPt *"L ;15 o'- wlLbd f*"""GrCs) = tv/e[s+r) . f ind- fr'12- e@A'Pn+'P- $

C CS) s acs)R"cs) l+Fl cs) G4cs)

Page 58: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

n- l2_

s(s+Y)

t+ t2- Cr)S Cs+r)

= r2-/s6s /t>s,(s{_r)+ tt/s{l

€ lL

S 6.s+-t)+ 19 ,

ccs) E" tLRfs) si -1 s + te-

CCs) E 12 'Rfs)2_

S +T s+l2-

*r1x-*.

gCq) = l2 '.,-

Rfs5 (s ++)(s+3)

CCs) = le- R.CS)

G+O(St,

CCs) r , lLCs+a) Cs+$

+81 ffi f& ffin't2- =- A ,F B,t_

4l. r---,+ t -..-r,

Cs++) fs+3) s+4 s1=3

Page 59: Biological control systems - Time Response Analysis - S.Mathankumar-VMKVEC

51

-1$

t2 4G+t + BGs+4)

(s+4)rft+a) 6S*s)

l2 s A Cs{-})+ rZ fs++)

Q*b =S= B

re- s A?,il+{>+BC-B++)

tz = B€rr)

?ur-,tS=_+,

t2 = A (*++s)+BC*/*f0

12 = A (* t)

A = -12

C(s) s L- l9- + 12*

S++ S+g

* B"d -rertl'r,n Jn reor-t+- -fl*"*- -fro-ruf m

*+v -3b,CCt) = r,E l> g + tg- s