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  • Vancouver, BC
  • 22:40 (UTC -08:00)

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garrettj403/README.md

Hi there 👋

Here are some of my software projects:

  • Related to RF engineering:
    • DispersionTransform: map dispersive waveguide data from the frequency- to distance-domain
    • CZT: calculate the Chirp Z-Transform, a flexible implementation of the Fast Fourier Transform
    • GradientModel: calculate the effective conductivity of a rough metallic surface using the Gradient Model
    • Mattis-Bardeen: calculate the surface impedance of a superconductor using Mattis-Bardeen theory
    • Waveguide: calculate the various properties of rectangular waveguides, e.g., phase constant, conductor loss, etc.
    • RF-tools: various tools for RF engineering, including useful command line tools
  • Related to radio astronomy:
    • QMix: simulate quantum tunnneling in SIS junctions
  • Other projects:
    • SciencePlots: format your Python/Matplotlib plots for scientific papers, theses and presentations

Pinned Loading

  1. QMix QMix Public

    Simulate the behavior of SIS junctions

    Python 6 2

  2. DispersionTransform DispersionTransform Public

    Dispersion-Compensated Algorithm for the Analysis for Electromagnetic Waveguides

    Python 3

  3. CZT CZT Public

    Chirp Z-Transform

    Python 40 14

  4. SciencePlots SciencePlots Public

    Matplotlib styles for scientific plotting

    Python 7.1k 711

  5. RF-tools RF-tools Public

    Tools for designing RF components and networks

    Jupyter Notebook 11 1

  6. Mattis-Bardeen Mattis-Bardeen Public

    Calculate the electrical properties of superconductors using Mattis-Bardeen theory (can export to HFSS)

    Python 8 6