$(1)$ Frequency Response $($Bode Plots$)$

For your assigned circuit, plot the magnitude $($ dB $)$ and phase of the frequency response by four

different methods described below. You should end up with a total of eight graphs, six of which

are computer generated and two of which are hand$-$drawn. In each case, make sure to use the

correct Bode plot format for the plots $-$ linear vertical axis, logarithmic horizontal axis. Comment

on any differences in the results.

The four methods are:

$($a$)$ Use the theoretical response you already calculated to plot the magnitude and phase

responses $($two separate plots$).$ You can use Matlab, or Excel if you are willing to take the

effort to force it to plot correctly. Remember that Excel always plots incorrectly if you do

not take action to choose the format and scales.

$($b$)$ Use circuit simulation $($Pspice$,$ LTSpice, or Cadence$)$ in AC Sweep mode to simulate

and plot the magnitude and phase responses $($two separate plots$).$

$($c$)$ Use the theoretical response and then hand sketch the response using the rules for

"straight line" approximations to Bode amplitude and phase plots $($two separate plots$).$

$($d$)$ Two separate plots of your measured results for amplitude and phase.

$(3)$ Transient Response

For your assigned circuit, plot the step response by three different methods. Comment on any

differences in the results. You should have three plots.

$($a$)$ Use the theoretical step response in combination with Matlab $($or Excel if you

prefer$).$

$($b$)$ Use circuit simulation $($Pspice$,$ LTSpice, or Cadence$)$ in Transient mode to simulate the

step response.

$($c$)$ Show your recorded measurement $($scope shot$)$ for the step response.

Circuit is attached