Question

20 log |G|aB Function. Generator. G(S) Oscilloscope +20 dB/dec 0 dB/dec 20 0 dB/dec -20 dB/dec 0 dB/dec 10 100 1000 10000 @ (rad/s) If we derive G(S) for this plot, we find that Number of poles = Number of zeros = The most dominant zero is located at S= The least dominant zero is located at S= The most dominant pole is located at S= The least dominant pole is located at S=

          20 log |G|aB
Function.
Generator.
G(S)
Oscilloscope
+20 dB/dec
0 dB/dec
20
0 dB/dec
-20 dB/dec
0 dB/dec
10
100
1000
10000
@ (rad/s)
If we derive G(S) for this plot, we find that
Number of poles =
Number of zeros =
The most dominant zero is located at S=
The least dominant zero is located at S=
The most dominant pole is located at S=
The least dominant pole is located at S=

20 log |G|aB
Function.
Generator.
G(S)
Oscilloscope
+20 dB/dec
0 dB/dec
20
0 dB/dec
-20 dB/dec
0 dB/dec
10
100
1000
10000
@ (rad/s)
If we derive G(S) for this plot, we find that
Number of poles =
Number of zeros =
The most dominant zero is located at S=
The least dominant zero is located at S=
The most dominant pole is located at S=
The least dominant pole is located at S=

Added by Diana W.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Jacob Fry

Step 1

Number of poles = Number of zeros = 2 (since there are two changes in slope in the plot) The most dominant zero is located at S = 1000 (since it is the point where the slope changes from 20dB/dec to 0dB/dec) Show more…

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Function Generator G(S) Oscilloscope 20log(G|B) + 20dB/dec 20 0dB/dec 0dB/dec 20dB/dec 0dB/dec 10 100 1000 10000 If we derive G(S) for this plot, we find that Number of poles = Number of zeros = The most dominant zero is located at S = The least dominant zero is located at S = The most dominant pole is located at S = The least dominant pole is located at S =