patch-antenna

A simple patch antenna design library

A machine learning approach to the inverse design of microstrip patch antennas by predicting optimal physical dimensions from desired performance metrics.

100% Python · 0% GUI clicks. ANSYS HFSS + PyAEDT design pipeline for a 2.45 GHz inset-fed microstrip patch antenna — geometry, parametric optimization, far-field analysis, animation, and auto-generated PDF report.

Design of folded patch. Wireless Electromagnetic Technologies - University of Rome Tor Vergata

Patch antenna design and HFSS simulation for CubeSat communication systems in the Ku-band.

Microstrip Patch Antenna (circular, F-shaped, triangular, square, hexagonal) at 2.45 GHz — simulated in CST Studio Suite, fabricated on FR-4, measured with VNA

MATLAB Codes to design the parameters for a patch antenna

869 MHz rectangular microstrip patch antenna on FR-4 substrate with a quarter-wave matching transformer. Includes analytical Mathcad calculations, full-wave 3D CST Studio Suite models, transient EM analysis, VSWR/Z-parameters optimization, and farfield directivity patterns under CERN-OHL-P v2.

Design compiler for antenna and phased-array PCBs: YAML spec in, synthesized layout, KiCad DRC, and openEMS full-wave verification out. Deterministic Python core, agent-ready via MCP.

Design files for the S-band patch antenna to be on-board the AcubeSAT nanosatellite

Physics-constrained deep learning framework for real-time inverse design of patch antennas. Achieves sub-millimeter accuracy and 20x faster predictions than traditional EM simulations. Includes beginner-friendly Google Colab demo.

CST simulation of a 33 GHz microstrip patch antenna for breast cancer detection, analyzing return loss, gain, and radiation pattern for biomedical tissue interaction.

Complete design, layout, and co-simulation of a 10.5 GHz 8-element phased array antenna system, featuring a Wilkinson power divider and an electronic phase shifter network in HFSS and ADS.

Patch Antenna module focuses on simplifying the automation of the design and optimization of PCB microstrip patch antennas. It handles the automation of calculations, openEMS simulation, and the subsequent optimization.

Automated full-wave FDTD simulation and DSP pipeline (MUSIC/Bartlett) for a planar circular-polarized cross-patch antenna array, built with openEMS and Python.