ECEn Matlab

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^ Chapter ^ Assignment         ^  Course Topic                          ^ MATLAB Assignment ^  Python Assignment ^                                                                                                                                                                   
| Ch 2    |  MT360.UR2         | Transmission Lines                       |   |   | 
| :::     |  MT360.UR2.1.1     | General Considerations                   |   |   | 
| :::     |  MT360.UR2.2.1     | Lumped_Element Model                     |{{:360:ch2:mt360_ur7_2_2_1_parallelplatetlineparam.pdf| Parallel Plate Line Parameters}}          |{{:360:ch2:python:pt3607_2_2_1_parallel_plate_t_line_parameters.ipynb|Parallel Plate Line Parameters}}   | 
| :::     |  MT360.UR2.2.2     |  :::                                     |{{:360:ch2:mt360_ur7_2_2_2_coaxialtlineparam.pdf|Coaxial Line Parameters}}          |{{:360:ch2:python:pt3607_2_2_2_coaxial_t_line_parameters.ipynb|Coaxial Line Parameters}}   | 
| :::     |  MT360.UR2.2.3     |  :::                                     |{{:360:ch2:mt360_ur7_2_2_3_wave_and_input_impedance.pdf|Wave and Input Impedance}}          |{{:360:ch2:python:pt3607_2_2_3_wave_and_input_impedance.ipynb|Wave and Input Impedance}}   | 
| :::     |  MT360.UR2.3.1     | Transmission Line Equations              |              |                         | 
| :::     |  MT360.UR2.4.1     | Wave Propagation on a Transmission Line  |              |                         | 
| :::     |  MT360.UR2.5.1     | The Lossless Microstrip Line             |              |                         | 
| :::     |  MT360.UR2.6.1     | Lossless T-line: General Considerations  |              |                         | 
| :::     |  MT360.UR2.7.1     | Wave Impedance of the Lossless Line      |              |                         | 
| :::     |  MT360.UR2.8.1     | Special Cases of Lossless Line           |{{:360:ch2:mt360_ur7_2_8_1_special_cases.pdf|Special Cases}}             | {{:360:ch2:python:pt360_ur7_2_8_1_special_cases_t.ipynb|Special Cases}}                        | 
| :::     |  MT360.UR2.9.1     | Power Flow on a Lossless T-Line          |              |                         | 
| :::     |  MT360.UR2.10.1    | The Smith Chart                          |              |                         | 
| :::     |  MT360.UR2.11.1    | Impedance Matching                       |              |                         | 
| :::     |  MT360.UR2.12.1    | Transients on Transmission Lines         |{{:360:ch2:mt360_ur7_2_12_1_transient_on_t_lines.pdf|Transients on T-line}}             |{{:360:ch2:python:mt360_ur7_3_13_1_t_transients_on_t_line.ipynb|Transients on T-line}}                      |                                                                                                                                        
|Ch 4     |  MT360.UR4         | Electrostatics                           |              |                         |          
| :::     |  MT360.UR4.8.1     | Electric Boundary Conditions             |{{:360:ch4:mt360_ur7_4_8_1_boundary_conditions.pdf| Electric Boundary Conditions}}            |{{:360:ch6:python:mt360_ur7_6_6_1_t_faradays_law.ipynb| Faraday's Law}}  
|Ch 6     |  MT360.UR6         | Maxwell Equations                        |              |                         |          
| :::     |  MT360.UR6.6.1     | Faraday's Law                            |{{:360:ch6:mt360_ur7_6_6_1_faradays_law.pdf| Faraday's Law}}            |{{:360:ch6:python:mt360_ur7_6_6_1_t_faradays_law.ipynb| Faraday's Law}}                       |                                                                                                                                

Solution Images can be found in the MATLAB documents.

==== Param File ====

Many of your MATLAB/Python assignments use the file **param**. The file contains useful parameters that will be used frequently. Below is the param file for both MATLAB and Python.  

{{:360:param.m| param file for MATLAB}}  \\
{{:360:param.py| param file for Python}}  \\
ECEn Matlab

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