Question Q3. For the control system shown in the Figure Q(3): a. Draw the corresponding Signal Flow Graph (SFG). (3 marks) b. Determine the Transfer Function G(s) = C(s)/R(s) using Manson’s Rule. (5 marks) H R(S) C(s) Σ -G G2 G3 Σ G4 H H2 Figure Q(3)
AO5IF6 The Asker · Electrical Engineering
Transcribed Image Text: Q3. For the control system shown in the Figure Q(3): a. Draw the corresponding Signal Flow Graph (SFG). (3 marks) b. Determine the Transfer Function G(s) = C(s)/R(s) using Manson’s Rule. (5 marks) H R(S) C(s) Σ -G G2 G3 Σ G4 H H2 Figure Q(3)
More Transcribed Image Text: Q3. For the control system shown in the Figure Q(3): a. Draw the corresponding Signal Flow Graph (SFG). (3 marks) b. Determine the Transfer Function G(s) = C(s)/R(s) using Manson’s Rule. (5 marks) H R(S) C(s) Σ -G G2 G3 Σ G4 H H2 Figure Q(3)
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SolyR(s)Signal flow GraphFonward path rarr1Loops longrightarrow4Fonward path Gain rarrG_(1)G_(2)G_(3)G_(4)loop gains rarr-G_(2)H_(1);-G_(4)H_(2);-G_(2)G_(3)G_(4)H_(3);-G_(1)G_(2)G_(3)G_(4)Alc to Masons aain formulaTransfer fune :(C_((s)))/(R(s))=(sum_(k)P_(k)Delta_(k))/(Delta)K rarr No of ferward pathP_(K)rarrk^("th ") forward path gainDelta=1- (Eloop geins) +(sum100 p:} gains of non-touching loops takey tio at a time)(E loopgains of Non-touching loops taken three at ... See the full answer