hello
here an example of code and results
N = 1000;
x = 1:N-1;
signal = sin(x*2*pi/N);
nbits = 3; % 3 bits = 8 qantization levels
qLevels = 2^nbits ;
% The next step will be to scale your signal to have the same magnitude as your number of bits.
signalMin = min(signal);
signalMax = max(signal);
scalingFactor = (signalMax-signalMin)/qLevels;
signal_scaled = signal / scalingFactor ;
% This gives you a signal ranging from -8 to 8.
% I will use round(), then scale the signal back to its original magnitude
signal_scaled = round(signal_scaled);
signal_scaled = signal_scaled * scalingFactor;
plot(x,signal,x,signal_scaled);
