(→CT NON-Periodic Fx) |
(→DT Periodic Fx) |
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| Line 6: | Line 6: | ||
the real part is periodic along with the imaginary part | the real part is periodic along with the imaginary part | ||
== DT Periodic Fx == | == DT Periodic Fx == | ||
| − | <math>x[n]=e^j*w*n</math> | + | <math>x[n]=e^(j*w*n)</math> |
the value will be periodic as long as | the value will be periodic as long as | ||
Revision as of 07:35, 5 September 2008
CT Periodic Fx
$ x(t)=e^j*t $
$ e^j*t $---> $ cos(t) + j*sin(t) $
the real part is periodic along with the imaginary part
DT Periodic Fx
$ x[n]=e^(j*w*n) $
the value will be periodic as long as
$ w/(2*pi) = K/N $
K is any integer
CT NON-Periodic Fx
$ x(t)=x^2 $
does not follow the rules for periodic signals
