(1) Draw Electric Field and Voltage distribution using MATLAB. (2,plain • Coaxial cable (square shape) Inner conductor :

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(1) Draw Electric Field and Voltage distribution using MATLAB. (2,plain • Coaxial cable (square shape) Inner conductor :

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1 Draw Electric Field And Voltage Distribution Using Matlab 2 Plain Coaxial Cable Square Shape Inner Conductor 1
1 Draw Electric Field And Voltage Distribution Using Matlab 2 Plain Coaxial Cable Square Shape Inner Conductor 1 (97 KiB) Viewed 24 times
(1) Draw Electric Field and Voltage distribution using MATLAB. (2,plain • Coaxial cable (square shape) Inner conductor : Dimension : 2 [cm] x 2[cm] square. Voltage : 5 [V] Outer conductor : Dimension : 10 [cm] x 10[cm] square. Voltage : 0 [V] (GND) . (3) Explain MATLAB code (line by line, flow chart). . . Use "Finite Difference Method” to approximate all “Differentiations (Derivatives)". Include results for following iterations, n = 3, 9, 27 .
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