I am an undergraduate Electrical Engineering student working on an ECE 3317 Applied Electromagnetic Waves project. I need tutoring help understanding the process, not someone to complete or write the project for me.
The project involves designing three microstrip matching networks at f0 = 10.0 GHz for a 50-ohm main line connected to a load impedance of ZL = 100 – j100 ohms.
I need help learning how to:
– Use the given microstrip CAD formulas to calculate line width and effective permittivity.
– Use Smith chart methods for the matching designs.
– Determine the required physical dimensions in mm.
– Understand how to create SWR vs. frequency plots from 8 to 12 GHz.
– Determine the percent bandwidth where SWR = 2.
– Organize the results into tables and explain the comparison between the three matching methods.
Very important: Do not use AI tools at all, including ChatGPT or any AI writing/calculation tools. This must be original human tutoring only because the work WILL go through multiple AI/originality detectors. I do not want AI-generated writing, AI-generated calculations, copied online solutions, or anything that could violate academic honesty. I only need step-by-step tutoring, explanation, and help checking my own work.
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