- QSpice Download: https://www.qorvo.com/design-hub/design-tools/interactive/qspice
- QSpice Forum : https://forum.qorvo.com/c/qspice/
- Download GitHub Desktop from GitHub : https://desktop.github.com/download/ , you may need to create a GitHub account (free)
- To download a repository, follow this : https://www.youtube.com/watch?v=PoZNIbs_wx8
- Use this URL path to clone KSKelvin-Github/Qspice: https://github.com/KSKelvin-Github/Qspice.git
- Once cloning is finished, in GitHub Desktop, navigate to Repository > Show in Explorer to access the saved directory
- In the future, to update files, open GitHub and click on Pull origin or go to Repository > Pull from the menu.
- Go to https://github.com/KSKelvin-Github/Qspice
- Locate the green '<> Code' button, click it, and select 'Download ZIP'
- This will bundle and download everything, including the guidelines, projects, and the symbol library
This section provides a quick start tutorial and an in-depth study of usage and device model guidelines for QSpice
Use Matlab to create netlists and output data files for QSpice, as well as to simulate and plot the results
My QSpice projects
Libraries of BJT, Diode, JFET, and MOSFET models (among others) featuring .model statements collected from LTspice, LTwiki, VolVal, and other sources
This section contains additional materials related to SPICE simulation
Download KSKelvin symbols (.qsym) for QSpice—custom symbols designed to ease the simulation process
- QSpice Forum @RDunn's Github repo
- Resource for C++ blocks (DLL blocks) and mini-tools for QSpice (e.g., QColorPrefs for changing the waveform viewer color scheme) - QSpice Forum @physicboy's Github repo
- Power electronics projects, with a focus on digital control using C++ blocks. - QSpice Forum @MarcosAlonso's GitLab repo | MarcosAlonso youtube channel
- General resources and teaching materials for QSpice - Qspice Forum @masashi.nogawa's Github repo
- PyQSpice resources - QSpice Forum @Mgyger's GitLab repo
- A collection of QSpice symbols