Press question mark to learn the rest of the keyboard shortcuts Log In Sign Up User account menu 7 Matlab code for converting a sine wave into a square wave using Fourier Series.I tried changing f to fsin(deg2rad(t)) and got the square wave but that wouldnt justify the input sine wave if i plot(f).
Square Wave Fourier Series Matlab Code For ConvertingThe conversion can be easily done with this function: f(t) sign(sin(t )) where you can easily adjust the period and phase. Square Wave Fourier Series Matlab Series Otherwise YesShare Report Save level 2 Original Poster 9 months ago it is mentioned in my question to use fourier series otherwise yes the question wouldve been very easy 4 Share Report Save level 1 9 months ago Two items. First, the original sine wave is included in the set of terms added to generate the square wave (i.e. Second, you need to incorporate the fundamental frequency in the computation of the fk terms by including a 1pi term in the exponential function (i.e. Hz with a corresponding period of 6.28 seconds or 2pi). The argument to the EXP functional can be simplified by removing the existing pi term since pi pi is unity. Synthesized square wave using 5 terms. Share Report Save level 1 9 months ago Do you need to start from the exponential form If you use the square wave simplified version, it is just the sum of the odd harmonic sin terms with decreasing magnitude. Share Report Save level 2 Original Poster 9 months ago we are asked to use exponential form. Using Fourier series as opposed to transform means the result is periodic which would turn it into a square wave 1 Share Report Save View Entire Discussion (6 Comments) More posts from the matlab community Continue browsing in rmatlab rmatlab Official MATLAB subreddit - a place to discuss the MATLAB programming language and its implementation. Created Aug 15, 2009 Join Top posts june 7th 2020 Top posts of june, 2020 Top posts 2020 help Reddit App Reddit coins Reddit premium Reddit gifts about careers press advertise blog Terms Content policy Privacy policy Mod policy Reddit Inc 2021. All rights reserved Back to Top We use cookies on our websites for a number of purposes, including analytics and performance, functionality and advertising.
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