Consider the following signal as the sum of 3 sinc functions:
Generate DSB-SC signal in Matlab for a carrier frequency of 300Hz using the following code.
Plot the original signal and DSB-SC in the time and frequency domains.
Consider the following signal as the sum of 3 sinc functions:
m2=2sinc(t/Ta) + sinc(t/Ta-1) + 1 + sinc(t/Ta+1)
% triplesinc.m
% Baseband signal for AM Usage
m = triplesinc(t, Ta)
function m = triplesinc(t, Ta)
% t is the length of the signal
% Ta is the parameter, equaling twice the delay
sig_1 = sinc(2*t/Ta);
sig_2 = sinc(2*t/Ta-1);
sig_3 = sinc(2*t/Ta+1);
m = 2*sig_1 + sig_2 + sig_3;
end
Generate DSB-SC signal in Matlab for a carrier frequency of 300Hz using the following code:
Plot the original signal and DSB-SC in the time and frequency domains.