Uploaded February 2024 | Updated September 2026, 2 weeks ago
KiCad 8 introduces four new simulation types that can be configured: pole-zero, noise, S-parameter, and FFT. This expansion in simulation capabilities allows for a more comprehensive and accurate analysis of electronic circuits. Additionally, custom signals can now be defined, enabling the addition of plots for expressions such as V(/in) and V(/out). This enhancement allows for visualising a wider range of simulation outputs directly within KiCad.
Furthermore, operating point simulation results can be visualized directly on the schematic canvas, providing users with a more seamless and intuitive experience. With these new simulation features, users can gain deeper insights into the behaviour and performance of their circuits, making it easier to optimize and refine their designs.
Overall, the new simulation features in KiCad 8 significantly enhance the ability to analyze and visualize simulation data, providing a more robust and efficient workflow for electronic design. These updates reflect KiCad's commitment to continuously improving and advancing its capabilities to meet the evolving needs of its users.
Go to https://txplo.re/kicad8_review for the details.
Please note that this blog post is a document I am actively working on now.
Whether you’re a seasoned KiCad user or just getting started, it’s important to stay up to date with the latest developments in the software. By reading this article, you’ll better understand the new tools and functionalities available and how they can enhance your design process.
I’ll cover everything from improved user interface enhancements to new functionality streamlining the design process. This article is a must-read to quickly transition to KiCad 8 from a previous version or even a different PCB tool.
KiCad 8 introduces four new simulation types that can be configured: pole-zero, noise, S-parameter, and FFT. This expansion in simulation capabilities allows for a more comprehensive and accurate analysis of electronic circuits. Additionally, custom signals can now be defined, enabling the addition of plots for expressions such as V(/in) and V(/out). This enhancement allows for visualising a wider range of simulation outputs directly within KiCad.
Furthermore, operating point simulation results can be visualized directly on the schematic canvas, providing users with a more seamless and intuitive experience. With these new simulation features, users can gain deeper insights into the behaviour and performance of their circuits, making it easier to optimize and refine their designs.
Overall, the new simulation features in KiCad 8 significantly enhance the ability to analyze and visualize simulation data, providing a more robust and efficient workflow for electronic design. These updates reflect KiCad's commitment to continuously improving and advancing its capabilities to meet the evolving needs of its users.
Go to https://txplo.re/kicad8_review for the details.
Please note that this blog post is a document I am actively working on now.
Whether you’re a seasoned KiCad user or just getting started, it’s important to stay up to date with the latest developments in the software. By reading this article, you’ll better understand the new tools and functionalities available and how they can enhance your design process.
I’ll cover everything from improved user interface enhancements to new functionality streamlining the design process. This article is a must-read to quickly transition to KiCad 8 from a previous version or even a different PCB tool.
