Compute the transfer function H(s) for the asymptotic magnitude Bode di- gram sketched below. All the zeros and the poles should be considered with a negative real part. 130 120 €110 Magnitude (dB) 100 90 80 102 Page 3 101 10⁰ Bode Diagram 10¹ 10² 10³ 104 Angular Frequency (rad/s) 105
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for the follow up answer i have a couple of questions, first what is the general formula to find k? i dont understand where the values came from to find k i also dont understand what a pole was added and what a zero was added mean and so how the wc1 wc2 and wc3 values were calculated can you please elaborate on those points? PLEASE DO NOT RE-SOLVE BUT CHECK THE SOLUTION AND EXPLAIN BASED ON THE GIVEN SOLUTION. thank you
by Bartleby Expertboth this and the follow up are incorrect as the answer should be H(s)=10 ((s+10)(s+1000))/(s+1) = 10^5 ((s/10+1)(s/1000+1)) / (s+1) please resolve in GREAT detail and only put in your answer if it is IDENTICAL TO THE ONE I GAVE so please re-solve in detail and ofcourse i'll give thumbs up if answer is correct. thank you.
by Bartleby Experti didnt understand how the slopes were calculated and how the transfer function was initially written/concluded can you please solve it in a more detailed manner and the final answer given to me is H(s)=10 ((s+10)(s+1000))/(s+1) = 10^5 ((s/10+1)(s/1000+1)) / (s+1) are they identical? and please resolve in a more detailed manner as i didnt understand the stuff i stated above. Thank you!
by Bartleby Expert
