Question

please create a bode plot for the following tf in matlab

1/(Ts+1), first order equation

Answer #1

Sketch the Nyquist plot based on the Bode plots for following
system using MATLAB. Make sure it crosses the real axis at the
right spot(correct number of -1 encirclements and goes off to
infinity in the correct direction). Using the plot estimate the
range of K for which system is stable, and qualitatively verify
result by using sketch of a root locus plot.
GH(s)=K*(0.5s+1)*(s+1)/(10s+1)/(s-1)

In your design, please explicitly describe the transfer
function, the bode plot, and the value of passive components
obtained while designing the filter according to the given
specification.
Use Multisim for the circuit design as well as frequency
response analysis, and compare the output (Bode plots) with the
simulation that can be obtained from MATLAB.
Validate your answer using MATLAB.
Design a bandpass passive filter to pass frequencies between 500
Hz and 1500 Hz.

In your design, please explicitly describe the transfer
function, the bode plot, and the value of passive components
obtained while designing the filter according to the given
specification.
Use Multisim for the circuit design as well as frequency
response analysis, and compare the output (Bode plots) with the
simulation that can be obtained from MATLAB.
Validate your answer using MATLAB.
Design a highpass active filter with a high-frequency gain of 20
and a corner frequency of 500 Hz.

In your design, please explicitly describe the transfer
function, the bode plot, and the value of passive components
obtained while designing the filter according to the given
specification.
Use Multisim for the circuit design as well as frequency
response analysis, and compare the output (Bode plots) with the
simulation that can be obtained from MATLAB.
Validate your answer using MATLAB.
Design a lowpass active filter with a dc gain of 20 and a corner
frequency of 1500 Hz.

In your design, please explicitly describe the transfer
function, the bode plot, and the value of passive components
obtained while designing the filter according to the given
specification.
Use Multisim for the circuit design as well as frequency
response analysis, and compare the output (Bode plots) with the
simulation that can be obtained from MATLAB.
Validate your answer using MATLAB.
Design a bandpass active filter to pass frequencies between 500
Hz and 1500 Hz, and with K= 20

Create a Bode Plot drawing of T(s),
T(s) = {2x10^4} / {(s+10^3)(s+10^5)}
Please show hand written calculations and or mat lab coding to
do so, Thank you would really like and appreciate.

Matlab
Create plot of the following density functions using x values
between -10 and 10 with an increment of 0.02
-Normal cumulative distribution function with mu=1, sigma=1,
mu=0, sigma=2, mu=0,sigma=1/2

Use Matlab to solve the following
(a) Create a plot with a sphere at the center of the graph
(origin) representing the sun with a radius of 6955000 km. Make
sure that the outside of the sphere is painted in ’autumn’ colors.
(Hint: look up the sphere() function, the colormap() function, and
the surf() function).
(b) Create a variable t ranging from 0 to 2? with increments of
0.01.
(c) The following Table gives you important values needed to
compute...

Reduce the following equation to first order and solve
Y” + (1+1/Y) (Y’)2 = 0
Please show all steps and give
solution.

On a BODE PHASE PLOT
1. How do you graph a constant less than zero
2. How do you graph a constant greater than zero.
Please make a graph iillustrating both.

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