32 dependents
| Package | Description | Downloads/month |
|---|---|---|
| Autograd and XLA for S-parameters | 103K | |
| GPU-accelerated fully differentiable FDTD for photonics and RF | 6K | |
| Parametric radio frequency modeling, optimization and sampling | 4K | |
| A validated design database and simulation workflow software for superconducting... | 3K | |
| Quasi-Optical System Modelling | 3K | |
| Serial communication link bit error rate tester simulator, written in Python. | 2K | |
| IHP pdk | 1K | |
| Artifical Neural Networks for use with Quantum Photonics | 1K | |
| Python implementation of COM, as per IEEE 802.3-22 Annex 93A/178A. | 1K | |
| Python tool for configuration of gds2palace workflow with GUI. | 1K | |
| Python package for Dielectric Material Characterisation at mmwave bands | 1K | |
| Create AWS Palace model from RFIC GDSII layout file | 971 | |
| methods for de-embedding process: T-R-L, L-L and T-VR-L | 782 | |
| Create and run openEMS FDTD model from RFIC GDSII layout file | 653 | |
| 517 | ||
| Drivers and dependencies for the experimental setup and tools for data acquisiti... | 456 | |
| A data browser and vizualizer for QCoDes database, csv, npz, s2p and BlueFors lo... | 453 | |
| WEST ICRH Antenna Electrical Model | 452 | |
| Python library for calculating cascaded performance metrics in RF transceivers. | 355 | |
| Python package for analyzing wireless power systems | 352 | |
| simple no linear regression quality (Exponential) | 304 | |
| A python package to aid in evaluating integrated circuits | 283 | |
| Draw Smith charts, VSWR graphs and more from RigExpert or NanoVNA .s1p files. | 272 | |
| Python package and notebooks for power matching LC-baluns | 249 | |
| Bennellick Engineering Kit Drivers | 227 | |
| Tools library for Security Research | 219 | |
| Models MRI receive coil matching networks | 209 | |
| Python RF Kit built on scikit-rf. | 184 | |
| RF Engineering Blocks for PathSim | 139 | |
| RF Network Analyzer based on the Pluto SDR | 122 | |
| RF electronics helper package. | 80 | |
| Simple lumped oscillator models for superconducting quantum device design. | 70 |
