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English
$
USD
I will automate ltspice circuit simulations and data analysis using python
About this Gig
Tired of wasting time manually adjusting component values, doing repetitive sweeps, or transferring simulation data to Excel? Let's automate that stuff!
I make custom Python scripts that talk directly to LTspice. They handle batch simulations, sift through raw data, and even whip up plots that are ready for presentations.
Heres what I offer:
- I'll run mega batch simulations across all the standard component ranges.
- Critical metrics like rise time and peak voltage are pulled straight from .raw or .log files.
- High-res Bode plots and transient curves are created using Matplotlib.
- Plus, I build standalone GUI tools that turn .py into .exe. This way, your team can use these workflows without writing any code.
I don't just code; I actually know circuit analysis and how transients behave too. So, youll get neatly commented code and clear communication from an engineer.
So, hit that "Contact Seller" button to chat about your schematics and automation needs. That way, I can craft a solution specifically for you!
Platform:
Other
Sensors:
Temperature
•
Voltage detection
•
Other
Expertise:
Testing
•
Automation
•
Signal processing
My Portfolio
FAQ
What files do I need to provide to get started?
Please provide your LTspice schematic file (.asc), any custom component library or model files (.lib, .sub, .asy), and a brief description of the specific variables or metrics you want to automate or extract
Do I need to have Python installed on my computer to run the script?
For the Basic and Standard packages, yes, you will need Python installed. However, if you choose the Premium package, I can compile the script into a standalone executable file (.exe) that runs perfectly on your Windows system without needing any Python installation.
Can your script handle complex, non-linear circuits or custom third-party subcircuits?
Absolutely. As long as the circuit runs successfully within LTspice manually, the Python automation script can control the execution, manipulate netlist parameters, and parse the resulting output data accurately.
