i need to know the information for simulink one. and here is the code which i used:

fo = 1;

wo = 2*pi*fo;

fs = 100000;

ts = 1/fs;

V = 4;

t = 0 : ts : 3/fo; %%Three periods

Triangle = 0;

i = 1;

for n = 1:2:11

Triangle = Triangle + ((V*8*(-1)^((n-1)/2))/(n^2*pi^2))*sin(n*wo*t);

subplot(3,2,i); i = i+1;

plot(t,Triangle)

title(['1Hz Triangle Signal from ' num2str(n) 'harmonics']);

xlabel('Time (s)'); ylabel('Amplitude');

end

1) Write Matlab code & Simulink model: Generate a triangular waveform of frequency 1Hz and peak to peak amplitude of 8V. Perform tasks as outlined in section 4 for a triangular waveform of frequency 1Hz and peak to peak amplitude of 8V. Compare the frequency spectrum of this case with that you did with a square wave. Hint: use cosine wave to synthesize triangular wave from its harmonics. 1) Write Matlab code & Simulink model: Generate a triangular waveform of frequency 1Hz and peak to peak amplitude of 8V. Perform tasks as outlined in section 4 for a triangular waveform of frequency 1Hz and peak to peak amplitude of 8V. Compare the frequency spectrum of this case with that you did with a square wave. Hint: use cosine wave to synthesize triangular wave from its harmonics