This app is designed to aid in understanding and doing calculations involved in transmission line theory. It displays the different voltage waves on the line and will calculate input impedances/admittances. In addition it will calculate the values needed to match a load to the given line using a capacitor, inductor, or a stub. Complex numbers, when computer generated will always be of the form a+bi. When inputting complex numbers, do it in one of the following forms: a+j*b, a+bj, a+ib, a+i*b, a+bi. You cannot use the form a+jb. The initial values of the waves are 300MHz and a velocity of the speed of light. This gives a wavelength of 1 meter. If the length of the wavelength is not important, I suggest leaving the values as their default as the results will be effectively in terms of the wavelength.
David Hill (2021). T-Line Simulation (https://www.mathworks.com/matlabcentral/fileexchange/87052-t-line-simulation), MATLAB Central File Exchange. Retrieved .
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