How to find RMS bandwidth of the below signal
L=10;
n=1.45;
c=2.9979e8;
dt=6e-12;
T=10*2*L*n/c;
fmax =2.5e9
%fs=80*fmax;
TA=-T/2:dt:T/2;
fs=1/dt;
%t = (-T/2/dt:1:T/2/dt)*dt;
Nt=round(T/dt);
vsine = 1;
phi = vsine*sin(2*pi*fmax*TA);
EL1t=1.274e7*exp(1i*phi);
%plot(TA,(EL1t));
%FA = ((0:Nt-1)-floor(Nt/2))/Nt*fs;
FA = (-Nt/2:Nt/2-1)/Nt*fs;
FP=fft(phi);
%fs=1/dt/Nt;
Z=plot(FA,fftshift(abs(fft(EL1t/Nt))));
I want to find the RMS linewidth of the above signal and the formula for it is given here , but I am confused how to implement it in the code.L=10;
n=1.45;
c=2.9979e8;
dt=6e-12;
T=10*2*L*n/c;
fmax =2.5e9
%fs=80*fmax;
TA=-T/2:dt:T/2;
fs=1/dt;
%t = (-T/2/dt:1:T/2/dt)*dt;
Nt=round(T/dt);
vsine = 1;
phi = vsine*sin(2*pi*fmax*TA);
EL1t=1.274e7*exp(1i*phi);
%plot(TA,(EL1t));
%FA = ((0:Nt-1)-floor(Nt/2))/Nt*fs;
FA = (-Nt/2:Nt/2-1)/Nt*fs;
FP=fft(phi);
%fs=1/dt/Nt;
Z=plot(FA,fftshift(abs(fft(EL1t/Nt))));
I want to find the RMS linewidth of the above signal and the formula for it is given here , but I am confused how to implement it in the code. L=10;
n=1.45;
c=2.9979e8;
dt=6e-12;
T=10*2*L*n/c;
fmax =2.5e9
%fs=80*fmax;
TA=-T/2:dt:T/2;
fs=1/dt;
%t = (-T/2/dt:1:T/2/dt)*dt;
Nt=round(T/dt);
vsine = 1;
phi = vsine*sin(2*pi*fmax*TA);
EL1t=1.274e7*exp(1i*phi);
%plot(TA,(EL1t));
%FA = ((0:Nt-1)-floor(Nt/2))/Nt*fs;
FA = (-Nt/2:Nt/2-1)/Nt*fs;
FP=fft(phi);
%fs=1/dt/Nt;
Z=plot(FA,fftshift(abs(fft(EL1t/Nt))));
I want to find the RMS linewidth of the above signal and the formula for it is given here , but I am confused how to implement it in the code. rms, fft, linewidth, plot, numerical MATLAB Answers — New Questions
