Linear electronic circuit utility. This package provides tools to simulate responses and noise in linear electronic circuits, SI unit parsing and formatting, datasheet grabbing, and more.
This tool's simulator is inspired by LISO, and comes bundled with its op-amp library (including tools to search it). It also (somewhat) understands LISO input and output files, and can plot or re-simulate their contents.
See the online documentation.
This library requires at least Python 3.6. It will not work on earlier versions of Python 3, nor
Python 2. You may wish to use virtualenv or conda to manage a separate environment with Python
3.
This library contains a setup.py file which tells Python how it should be installed. Installation
can be automated using pip. Open up a terminal or command prompt (Windows) and type:
pip install zeroThis installs the library and adds a console script zero which provides access to the package's
command line utility.
If you want to update the library to a later version after having previously installed it, run:
pip install zero --upgradeBug reports and feature requests are always welcome, as are code contributions. Please use the project's issue tracker.
- Allow arbitrary op-amp noise spectra (interpolate to the frequency vector actually used)
- Split op-amp families into their own library files
- Some sort of system for sharing op-amp, regulator, resistor, etc. library data across the web
- A standardised export file format (XML?)
- Other types of noise, e.g. resistor excess noise
- Op-amp noise optimisation: here's my circuit, this is the frequency band I care about, now what's the best op-amp to use?
- Grouped components that are represented as a single component in the input definition:
- filters, e.g. whitening filters
- real passive components: capacitors with ESR, resistors with stray inductance, etc.
Sean Leavey
sean.leavey@ligo.org
Invaluable insight into LISO's workings provided by Gerhard Heinzel. The author is also grateful for contributions by Sebastian Steinlechner.