Here’s some QSPICE educational resources:
QSPICE® Community Design Education Tools
Tools to Get Started:
Qorvo®’s QSPICE Tools
https://www.qorvo.com/design-hub/design-tools/interactive/qspice
Robert O’Rourke/First and Second Order Circuits and Equations
Some useful lessons to get started here
Kelvin Leung (Also includes more advanced tools)
Documentation ranging from getting started to high-level design work.
QSPICE General Reference Guide
Frequency Response Analyzer Project Kelvin has created a frequency response analyzer (FRA) in QSPICE using the Ø-Device (DLL-block). The FRA is a method that analyzes the relationship between signals in a system by injecting a perturbing source.
Sergey Belov YouTube Channel
KISS Analog/Eddie Aho
Useful videos for getting started.
More Advanced Tools:
Kelvin Leung’s Frequency Response Analyzer
Kelvin has done an in-depth project to create a frequency response analyzer (FRA) in QSPICE using the Ø-Device (DLL-block). The FRA is a method that analyzes the relationship between signals in a system by injecting a perturbing source. Kelvin’s project files can be accessed here.
Professor Marcos Alonso, University of Oviedo, Spain
Higher-level power design lessons
His most recent book, Modelling, Control, and Simulation of DC-DC Converters
Giovanni Di Maria, Power Electronics News
Power Electronics Course with QSPICE (Episode 01): Introduction to the Simulation Environment
Rob Dunn
Robert Dunn has implemented a simulation of a small 8-pin PIC16F15213 chip, a “framework” that makes it possible to implement arbitrary Microchip micro-controllers and run a QSPICE simulation with the uC device running arbitrary code.
This work includes:
- A series of in-depth C-Block DLL component development tutorials (“C-Block Basics”, currently 8 documents).
- Tools and tips for debugging C-Block DLL components.
- Various example C-Block DLL components including WAV file I/O, SPI and Serial I/O, PID controller, etc.
- A TCP-based client/server framework for inter-process communication between C-Block DLL code and external processes.
- Tips and instructions for configuring modern programming tools for C-Block DLL development including the VSCode IDE, MS Visual Studio, and MinGW compilers.
- A Microchip micro-controller simulation framework (currently implements PIC16F15213 & ATtiny85 chips; users can implement additional devices).
Files are here
Arief Noor ( 阿里福) Rahman (physicboy)
Arief has developed a practical FRA block, advance digital PWM, and other tools for power electronic/control.
https://github.com/physicboy/QSPICE
https://www.linkedin.com/in/arief-noor-rahman-3880a536/
http://powercontroldesign.com/
https://sites.google.com/view/powercontroldesign/publications
Krismon Budiono
Krismon has developed a BLDC motor model and control design.
https://www.linkedin.com/in/krismonb/
Shivkumar Iyer
Shivkumar has written some useful power design lessons using QSPICE:
https://www.udemy.com/course/simulating-dc-dc-converters-with-qspice
https://www.udemy.com/course/simulating-pwm-strategies-for-power-converters-with-qspice/
All of his courses can be found on his project webpage:
https://www.pythonpowerelectronics.com/courses.html
Power Electronic News/ Giovanni Di Maria
A series of articles, starting with this one, on how to use QSPICE:
https://www.powerelectronicsnews.com/qspice-a-new-simulator-for-electronic-circuits-part-1/
Robert Keim
A series of articles, starting with this one, on how to use QSPICE:
https://www.allaboutcircuits.com/technical-articles/introduction-to-qspice-for-ltspice-users-part-1/
Model Generator Instruction
https://www.qorvo.com/design-hub/videos/learn-how-to-create-qspice-models-in-minutes
KISS Analog Mike Engelhardt presents New Model Creation Tool for QSPICE
C++ and QSPICE
QSPICE & C++ Integration: Simulating a Digital Filter Step-by-Step | Electronics & RF Engineering
Using C++ and Verilog in QSPICE