Introductory Circuit Analysis (13th Edition)
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ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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For the 3 transfer functions, write, by inspection the general form of step response. 150/s+150,100/s+100,0.16/s[s+1.32]
![Configuration 2
3.18
150
s+150
0.16
s[s+1.32]
Configuration 3
3.18
100
s+100
0.16
s[s+1.32]](https://content.bartleby.com/qna-images/question/f8167b7d-338a-4dbf-b3f6-1596daf3de06/1f831aec-ab19-44db-92ae-d50ef36ef59b/kmy7yqd_processed.jpeg)
Transcribed Image Text:Configuration 2
3.18
150
s+150
0.16
s[s+1.32]
Configuration 3
3.18
100
s+100
0.16
s[s+1.32]
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- Question 3 (a) Give a rough sketch for the unit step response (from rest) for the following transfer function. Add relevant numerical values to your plot. 32 G(s) = s² +4s +16arrow_forwardFind the zero-state response components of the following output equations of the system considered with Transfer Functions. a) YCs) = 25“- 6S+ 5 S3 -6S2+ IIS -6 2s- 6S+ 5 b.) YCs) 25 -8.4 S2+0.4S - 0.21arrow_forwardComment on each step you need to obtain the second order transfer function which gives the following step response.arrow_forward
- Please answer completely and correctly. ASAP! in HANDWRITTEN form.arrow_forwardTake the input as vin(?) and the output as vout(?), and find transfer functions of the electrical circuits below.arrow_forward3. Find a realization for the following transfer functions 8s3 + 30s? + 25 Ĝ(s) 4s3 + 12s? + 15s + 6arrow_forward
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