nightmaresc
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The equation for this filter according to this book "Simulation of Communication Systems" by Kluwer is defined as
H(f)=exp(j*\[\theta\]*\[\omega\]^2)
where \[\omega\]=2*pi*f and \[\theta\] is "the phase at a reference frequency of \[\omega\]=1rad/s".
What does "the phase at a reference frequency of \[\omega\]=1rad/s" mean?
I am trying to plot the mag. response and phase response of this filter but I don't understand what \[\theta\] is doing.
Any clarification will be great.
Thank you for the help.
H(f)=exp(j*\[\theta\]*\[\omega\]^2)
where \[\omega\]=2*pi*f and \[\theta\] is "the phase at a reference frequency of \[\omega\]=1rad/s".
What does "the phase at a reference frequency of \[\omega\]=1rad/s" mean?
I am trying to plot the mag. response and phase response of this filter but I don't understand what \[\theta\] is doing.
Any clarification will be great.
Thank you for the help.
