EEL 3552 Experiment 2

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University of Central Florida *

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3552

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Electrical Engineering

Date

Apr 3, 2024

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Uploaded by EarlKomodoDragonMaster811

Experiment 2: MATLAB Sim EEL 3552C: Signal Analysis and Analogue Communication Professor Ismail Alkhouri Joshua Barshay 2/10/23

1.0 Objective The objective of this experiment is to teach the students how to use MATLAB to model different types of function in discrete and continuous forms. 2.0 Equipment A computer with MATLAB installed on it. 3.0 Simulation For question 1 for all simulations the code below was used: t:lower:.1:upper; g=(f(t)); plot(t 1 ,g 1 …t n ,g n ); n=1 for x 1-3 and n=3 for x4. Question 1: X1:

X2: X3:

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X4: Question 2: For question 2 the following code was used: t:lower:upper; g=(f(t)); hold on; stem(t 1 ,g 1 ); … stem(t n ,g n ); X1:

X2: X3:

X4: Question 2 part b: For part b the following code was used: x=:lower:.1:upper; t:lower:upper; z=f(x); g=(f(t)); hold on; stem(t 1 ,g 1 ); … stem(t n ,g n ); plot(x 1 ,z 1 …x n ,z n );

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X1: X2: X3:

X4: Question 3: Part 1: For part 1 the following code was used: close all hold on for t=-4:.0005:4 if t<-2 x=t.^2-2.*t+3; plot(t,x,'.-'); drawnow; elseif t>=-2&&t<2 x=4*cos((2*pi).*t-pi/8)+3*sin((2*pi).*t); plot(t,x,'.-'); drawnow; elseif t>=2 x=sin(t)./t; plot(t,x,'.-'); drawnow; end end plot(t,x)

Part 2: For part 2 the following code was used: t=-4:.1:-2; y=-2:.1:2; u=2:.1:4; z=f(t); x=f(y); c=f(u); plot (t,z); plot(x,y); plot(c,u); 4.0 Conclusion This experiment was overall a success as the simulations were able to be completed successfully. In addition the experiment also successfully taught me how to use MATLAB without any prior experience.

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