Find the asymptotic magnitude Bode plot of the circuit above. Clearly indicate the slopes (dB/decade) in the plot. Also clearly mark the gains at low or high frequencies in the 20log10 magnitude plot. Also determine and indicate where your poles and zeros are. Indicate also the type of the pole and zero. If you could not determine the transfer function for Problem 3 a) than use the transfer function given below. V(s) H(s) = I(s) (s + 500)2 625(s + 2)(s + 200)

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Find the asymptotic magnitude Bode plot of the circuit above. Clearly indicate
the slopes (dB/decade) in the plot. Also clearly mark the gains at low or high frequencies
in the 20log10 magnitude plot. Also determine and indicate where your poles and zeros
are. Indicate also the type of the pole and zero. If you could not determine the transfer
function for Problem 3 a) than use the transfer function given below.
(s + 500)?
V (s)
H(s) =
I(s)
625(s + 2)(s + 200)
Transcribed Image Text:Find the asymptotic magnitude Bode plot of the circuit above. Clearly indicate the slopes (dB/decade) in the plot. Also clearly mark the gains at low or high frequencies in the 20log10 magnitude plot. Also determine and indicate where your poles and zeros are. Indicate also the type of the pole and zero. If you could not determine the transfer function for Problem 3 a) than use the transfer function given below. (s + 500)? V (s) H(s) = I(s) 625(s + 2)(s + 200)
Impulie resbenae of the sstem
St)
(9エ
HG) = V (8 )
2.5 X10"
(& 00) (+5000)
+250
take inverse laploce trana
- Sooot
+12500000 e
25000t
h(t)
1250 0000 e
Transcribed Image Text:Impulie resbenae of the sstem St) (9エ HG) = V (8 ) 2.5 X10" (& 00) (+5000) +250 take inverse laploce trana - Sooot +12500000 e 25000t h(t) 1250 0000 e
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