10 Best Python Electronic Design Automation Libraries in 2023

Python Electronic Design Automation Libraries offer tools for designing and simulating electronic circuits. It includes creating schematics, simulating circuit behavior, and laying circuit boards. Many libraries integrate with industry-standard tools like VHDL compilers and SPICE simulators. It will make it easy to work with existing tools and designs.  

These libraries offer a powerful, flexible tool for simulating and designing electronic circuits. These offer a scripting interface to automate repetitive tasks. It can perform analysis on designs. This can increase productivity and save time. These libraries inherit these traits. It can offer an intuitive interface to design and simulate circuits. These libraries are customizable, allowing users to create custom functionality and tools. 

Here are the 10 best Python Electronic Design Automation Libraries to help developers:

CircuitNet:

• Is a library for simulating and analyzing electronic circuits using artificial neural networks.
• Aims to offer a fast and accurate simulation engine.
• Can be used for circuit optimization and analysis.
• Uses TensorFlow as its backend for implementing the neural network models.
• Supports various circuit components like capacitors, inductors, and resistors.

Qubit-Controller: 

• Is a Python-based library for designing and simulating quantum circuits. 
• Offers features and tools for working with quantum circuits. 
• Includes a Python API for defining and manipulating quantum circuits. 
• Support different quantum computing platforms, like Rigetti Forest and IBM Quantum Experience. 
• Includes visualization capabilities and circuit simulation. 

edaa-org.github.io:

• Includes various scripts for different tasks related to electronic circuit design.
• Includes tasks like technology mapping, placement and routing, circuit layout generation, and more.
• Includes a circuit layout that supports various types of routing.
• Supports various routing types like detailed and global routing.
• Can map Boolean logic functions to an arbitrary library of cells.

minecraft-eda: 

• Is a tool that allows you to create and manipulate electronic circuits. 
• Offers features like circuit simulation and creation using a Minecraft game world. 
• Supports various types of electronic components like capacitors, transistors, and resistors. 
• Offers a real-time visualization of circuit behavior within the Minecraft game environment. 

python-myeda: 

• Is a small Python-based EDA tool with basic functionalities. 
• It helps with designing and simulating digital circuits. 
• Offers features for circuit simulation and creation using a Python-based interface. 
• Support for basic digital circuit components like flip-flops and gates. 
• Offers the ability to visualize circuit schematics and simulation results using Graphviz. 

absolum: 

• Offers a collection of functions and modules for simulating and designing digital circuits. 
• Provides the ability to visualize circuit schematics and simulation results using Graphviz. 
• Support for basic digital circuit components like flip-flops, counters, and gates. 
• Is a simple EDA tool and may provide a different level of performance or functionality. 

DQN-for-Common-Emitter-Amplifier-Circuit-Designing:

• Applies reinforcement learning methods to designing common-emitter amplifier circuits. 
• Offers an implementation of a DQN agent.
• Can be trained to design common-emitter amplifier circuits. 
• Offers specific performance criteria like bandwidth, power consumption, and gain. 
• Provides an interesting example of machine learning methods.
• Can be used in the context of circuit optimization and design.

eagle-notes:

• Is a collection of personal scripts and notes related to using the EAGLE PCB design software.
• Includes various Python snippets and scripts to perform tasks. 
• Includes tasks like generating a bill of materials.
• It will also include extracting netlists and automating repetitive tasks. 
• Can be a useful resource for individuals who can use EAGLE for PCB design.

EDA-tool:

• Is a personal project that offers a command-line interface.
• Can help run various EDA flows and tools.
• Includes configurations and scripts for running many open source EDA tools.
• Includes tools like ABC, OpenSTA, and Yosys.
• Allows users to specify inputs, parameters, and options for running these tools.
• Offers some basic output analysis and visualization features. 

edueda:

• Appears to be a collection of Jupyter Notebooks and Python scripts.
• Offers examples and tutorials.  
• Helps cover topics like netlisting, simulation, layout design, and schematic capture.
• Can be a useful resource for individuals who want to learn EDS.