(Part 2)
(Part 2)
Line 27: Line 27:
 
Using x(t) = t
 
Using x(t) = t
  
[[image:Rampsjp.jpg]] Using image from Jacob Pfister.
+
[[Image:Rampsjp_ECE301Fall2008mboutin.jpg]] Using image from Jacob Pfister.
  
 
Non-Periodic Signal turned Periodic
 
Non-Periodic Signal turned Periodic
 
Y=X
 
Y=X
 
[[image: NPTP]]
 
[[image: NPTP]]

Revision as of 16:09, 12 September 2008

Part 1

Periodic signal Sampling the signal at a frequency that is a rational multiple of the frequency of the signal will result in a periodic Discrete Time signal. Sampling the signal at a frequency that is not a rational multiple of the frequency of the signal will result in a non-periodic Discrete Time signal.

My all time favorite CT periodic signal- Sin(t)

t  = 0:0.02:10; 
x = sin(t);
plot(t,x)
grid on

File:SIN.jpg

Periodic signal turned Non-Periodic, DT non-periodic signal

t  = 0:0.5:10; 
x = sin((1/(2*pi))*t);
plot(t,x)
grid on
stem(t,x)

File:SINdt.jpg

Part 2

Non-Periodic Signal

Using x(t) = t

File:Rampsjp ECE301Fall2008mboutin.jpg Using image from Jacob Pfister.

Non-Periodic Signal turned Periodic Y=X File:NPTP

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To all math majors: "Mathematics is a wonderfully rich subject."

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