s+0.5 1) Determine G(s) = H (-); 2) Sketch the magnitude responses |H(j)| and |G(jN)|. Note: Identify the poles and zeros, and then sketch |H(j)| and |G(j)| using the graphical method only, i.e. by realizing how the lengths of the vectors from the poles/zeros to (0,j2) change with respect to Ω.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Suppose H(s): s+0.5
1) Determine G(s)
2) Sketch the magnitude responses |H(j)| and |G(j)|.
Note: Identify the poles and zeros, and then sketch |H(j)| and |G(j)| using the graphical
method only, i.e. by realizing how the lengths of the vectors from the poles/zeros to (0,jo)
change with respect to Ω.
=
H(-²);
Transcribed Image Text:Suppose H(s): s+0.5 1) Determine G(s) 2) Sketch the magnitude responses |H(j)| and |G(j)|. Note: Identify the poles and zeros, and then sketch |H(j)| and |G(j)| using the graphical method only, i.e. by realizing how the lengths of the vectors from the poles/zeros to (0,jo) change with respect to Ω. = H(-²);
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