Ex. 90. Determine the poles of the signal: F(s) = (15 s^2 + 17 s + 17) / (s^2 + 32 s + 255) If the poles are complex (s=A +j B, enter A with the correct sign first and then enter B with a positive sign. example, if s=-2+j3 and s=-2-j3, enter: -2, 3. If the poles are real (s=A, s=B), enter the one closest to the s=A ј в), For origin first. For example, if s=-2 and s=-3, enter: -2, -3. ans:2

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Ex. 90. Determine the poles of the signal:
F(s) = (15 s^2 + 17 s + 17) / (s^2 + 32 s + 255)
If the poles are complex (s=A +j B,
enter A with the correct sign
first and then enter B with a positive sign.
example, if s=-2+j3 and
s=-2-j3, enter: -2, 3.
If the poles are real (s=A, s=B), enter the one
closest to the
s=A
ј в),
origin first.
For example, if s=-2 and s=-3,
enter:
-2, -3. аns:2
Transcribed Image Text:Ex. 90. Determine the poles of the signal: F(s) = (15 s^2 + 17 s + 17) / (s^2 + 32 s + 255) If the poles are complex (s=A +j B, enter A with the correct sign first and then enter B with a positive sign. example, if s=-2+j3 and s=-2-j3, enter: -2, 3. If the poles are real (s=A, s=B), enter the one closest to the s=A ј в), origin first. For example, if s=-2 and s=-3, enter: -2, -3. аns:2
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