Export Qucs RF schematics to KiCad layouts & OpenEMS scripts
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Updated
Aug 24, 2025 - C++
Export Qucs RF schematics to KiCad layouts & OpenEMS scripts
Patch Antenna Design - Simulation Web tool 💻 and Theory Collection 📖
A microstrip patch antenna with circularly polarized matched to 50 Ω and operating at 2.4 GHz. SImulation done on HFSS
A transmission line calculator for RF/microwave engineers
Calibration and deembedding for impedance measurments
A MATLAB script that simulates transmission lines embedded in anisotropic media.
Open-source MCP-enabled transmission line calculator. Z₀, εeff, L, C, Rs, Gp for microstrip, stripline, CPWG, diff pairs, and arbitrary 2D cross-sections — driven from Python, CLI, or any LLM agent.
2.4 GHz power amplifier design project featuring analytical matching network calculations in Mathcad, PCB layout in Altium Designer, CAD component integration, and full-wave 3D electromagnetic simulation in CST Studio Suite.
Design and analytical synthesis of a 15 GHz Ku-band microwave low-noise amplifier based on the ATF-26884 GaAs pHEMT transistor and Rogers RO4350B substrate. Features Mathcad matching derivations, CST 3D electromagnetic simulations, and Altium Designer PCB layouts.
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
Calibration and deembedding for impedance measurments on PCB cells
Analytical calculations (Mathcad), 3D CAD modeling (SolidWorks, STEP), and electromagnetic simulation (CST Studio Suite) of a microstrip transmission line operating at 1.015 GHz.
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 of a two-stage microwave balanced amplifier implemented with microstrip technology
Collection of DelphiScript/Pascal automation scripts for Altium Designer, specializing in PCB layout optimization, RF/microwave microstrip taper synthesis, and discrete slice merging into solid regions.
Lightweight visual microstrip synthesis and analysis tool for RF engineers.
Design and simulation of a 4.5 GHz Low-Noise Amplifier (LNA) using NI AWR Microwave Office.
Dual-Band Microstrip Patch Antenna for WLAN -- 3.5 GHz & 5.8 GHz on FR-4, simulated in ANSYS HFSS with iterative slot modifications
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