There are 3 repositories under microwave topic.
HomeAssistant custom integration for SmartThinQ LG devices configurable with Lovelace User Interface.
Export Qucs RF schematics to KiCad layouts & OpenEMS scripts
Snow Microwave Radiative Transfert model to compute thermal emission and backscatter from snowpack
Frequency domain, multi-tone harmonic balance, simulation of scattering parameters and noise in nonlinear circuits containing Josephson junctions.
An ESP8266 project that uses a RCWL0516 microwave presence sensor.
Doppler radar signal processing tested with HB100 and RCWL0516 radar modules
Dual channel Arduino Nano milliwatt power meter for HF/VHF/UHF/SHF bands
Time domain reflectometer. Includes Hardware, firmware and GUI in Octave. Also a diploma thesis.
A Julia Library for DC to Daylight
RF and Microwave design projects using ADS, HFSS, and other tools
Avalanche pulser for use as TDR core
PyRTlib is an attractive educational software to simulate observations from ground-based, airborne, and satellite microwave sensors. It provides a flexible and user-friendly tool to broadly simulate how electromagnetic radiation travels through the atmosphere as it interacts with atmospheric constituents.
Tools for development & test of PHY communication layer
High speed ECL logic oscilloscope, up to about 8 GHz
Microwave and Antenna Engineeering Works/Studies and Data Visualizations
Microwave oven embedded system project based on Atmega32
This is a collection of open source, free to use and/or abandonware tools for Amateur radio.
Addon for TDR_avalanche to allow simple TDR cable measurement
This program has a purpose that makes easier to understand of RF/Microwave Terms: RL Return Loss, VSWR Voltage Standing Wave Ratio, Γ Reflection Coefficient, ML Mismatch Loss. Good calculator with wide range in mW.
The μMiniwave project is a project for the first open source "smart" microwave. I currently don't have any hardware for it, just the plans.
Simulation in python of a binomial adapter with a variable number of sections using basic microwave theory. Comparison with a Chebyshev transformer for N=3
Designed and built of a 10GHz Dielectric Oscillator
8 GHz time domain reflectometer, mates with TDR_G3_pod
RF/Microwave simulations and projects
Calculates the ideal and discretized Klopfenstein taper and associated performance in Python, Julia, and MATLAB.
Microwave Cooking Time Converter: A simple web app for converting microwave cooking times between different wattages
A framework for solving forward and inverse problems of atmospheric microwave radiometry
Water_and_Hydrate_by_Molecular_Dynamics_TIP5P_Simulation
LabVIEW instrument driver for Arinst SSA-TG series spectrum analyzers
This repo contains my engineering lab experiment simulations and reports for MWE. Softwares Used: CST Studio Suite 2019, Scilab 6.1.0. MWE is the area of science and technology concerned with the study and application of the properties of electromagnetic oscillations and waves in the frequency range from 300 megahertz (MHz) to 300 gigahertz (GHz).
3-D Finite Difference Time Domain Methods for plane wave propagation in a non-dispersive medium.