IARU R1 VHF and UP coordinated beacons database

Business card combined with an RF prototyping board

🔥 Easily calculate the correct microwave cooking time

LabVIEW instrument driver for Arinst SSA-TG series spectrum analyzers

Design and simulation of a 4.5 GHz Low-Noise Amplifier (LNA) using NI AWR Microwave Office.

Files for class HF Arangements at 6th Semester in AUTH

This project utilizes TensorFlow and Keras to apply neural networks (Basic, LSTM, and GRU) to predict input parameters for a human head-antenna system using scattering parameters. The GRU model consistently outperforms others, showcasing its potential for accurate predictions

Cyberpunk Microwave

calculation to provide the actual minutes of outage from a microwave link availability

Este projeto em Verilog implementa dois módulos principais para controle de um timer, componente de um sistema de microondas. O microondas contém uma máquina de estados finitas, controle lógico para ativação, pausa, e finalização, bem como controle de potência, ativada por meio de controles físicos.

Read/write Ticra compatible files, parse TOR files, generate/evaluate SWE expansions, and more

Graphical Impedance Matching and Smith Chart - cloned from floppy drive source

CPW resonator fitting in Python: extract Qint and Δf/f0, plot TLS/qp loss channels, save best-fit params; includes examples and PNG outputs.

ADF4351 Controller

This repository contains MATLAB code for remotely controlling a Vector Network Analyzer (VNA) to perform measurements on a head phantom equipped with an antenna helmet. The project aims to collect extensive data across multiple stroke configurations and phantom inclinations.

Calculates the ideal and discretized Klopfenstein taper and associated performance in Python, Julia, and MATLAB.

A framework for solving forward and inverse problems of atmospheric microwave radiometry

CST-MATLAB-API

Water_by_TIP5P_Molecular_Dynamics_Simulation

a java library that operates microwave presence sensor called RCWL-0516