for positive FB Y/R=g/(1-GH) 0:00 OL Tx func W(s)/E(s)=W(s)/R(s)=G(s).H(s) 2:30 poles and zeros of OL tx func are OL poles and zeros 4:50 CL tx func=1+OL tx func 7:42 design->stability->performance 12:00 performance specs extracted using unit step resp of 1st & 2nd order syst 17:00 1st order syst model with governing eq 18:00
This Prof made control theory look so simple... Love it ..
never thought as a mech engineer would ever understand control theory
for positive FB Y/R=g/(1-GH) 0:00
OL Tx func W(s)/E(s)=W(s)/R(s)=G(s).H(s) 2:30
poles and zeros of OL tx func are OL poles and zeros 4:50
CL tx func=1+OL tx func 7:42
design->stability->performance 12:00
performance specs extracted using unit step resp of 1st & 2nd order syst 17:00
1st order syst model with governing eq 18:00
Wow great prof. I ever found.. Thanks a lot
Iam impressed
how can i have the notes?
drive.google.com/file/d/1dUOZ3-dC_rENSTUP_czCV3A0WV1e5Yq_/view
Bhupesh Bhatt thank you