Hello guys, welcome back to my blog. In this article, I will discuss the top 12 Python libraries and frameworks for electronics engineers in 2022, Python libraries for electronics engineers, or Python frameworks for electronics engineers.
If you have any doubts related to electrical, electronics, and computer science, then ask questions. You can also catch me on Instagram – CS Electrical & Electronics And Chetan Shidling.
Also, read:
- Top 12 Data Science Companies In The World In 2022, Data Analytics
- Top 12 Applications Of MATLAB Simulink In Different Fields In 2022
- Top 12 Longest Transmission Lines In The World In 2022 Must Know
Python Libraries And Frameworks For Electronics Engineers
Python is a well-known programming language used by Electronic Engineers. Python is interpreted, and object-oriented. It is also a high-level programming language. The semantics of the language is dynamic. This programming language is commonly used for the development of websites, software, task automation, data analysis, and data visualization.
For students, Python is quite an easy language to learn. It is also adopted by many non-programmers like accountants and scientists for carrying out their daily tasks and also organizing the finances. The presence of a wide range of Libraries in the Python Language makes it an extra easy programming language.
A Python library is basically a collection of all functional related modules. It contains the bundles of codes that are written for performing a similar function. This bundle of codes can be used repeatedly in various programs and hence one does not have to write the same amount of code again and again.
Thus, we can say that the Python Libraries make the Python language simple and convenient, especially for the programmers. Python Framework refers to the collection of the packages or modules that basically allow the developers to write a particular web application or service. There are basically two types of Python Framework namely full-stack and non-full-stack frameworks.
Python Language has great industrial applications in the areas of Electronics and Electrical Engineering like Signal Processing, image processing, control system, Internet of Things, automation. Power electronics and embedded system. The 12 Python Libraries and Frameworks generally used for Electronics Engineering are as follows:
12. SKiDL:
SKiDL is the Library present in the Python Language. It is a lot useful for the electronic engineer. It allows the electronic engineer to compactly describe the interconnection of the electronic circuits and the components using Python.
11. PySpice:
PySpice is one of the most used open-source Python modules. It provides Electronics Engineer with a Python interface to the Ngspice and Xyce circuit simulators. It is like the most important library of python which is used by electronics engineers to work on the concepts of Power Electronics. The tools like Circuit_macros and Tikz are considered the most complex and need some practice before their implementation. These tools are used for drawing the learning curve and it is no worse than for a musical instrument.
10. Pint makes Units Easy:
It is a type of Python Library that is used for defining, operating and manipulating physical quantities. Pint is the product of a numerical value and unit of measurement. It enables the users for performing the arithmetic operation between itself and the conversions from and to the different units. It has a modular design and one can also extend or even rewrite the complete list without changing the source code. It also supports the other python libraries like NumPy, especially for the mathematical calculations without the monkey patching or a wrapping numpy. It has complete test coverage. It runs in Python 3.7+ with no other dependencies. It is licensed under a BSD 3- clause style license.
09. NumPy:
NumPy is considered one of the fundamental packages for scientific computing in Python. It is a Python library that provides the user with a multidimensional array object. It also has various derived objects like masked arrays and matrices. It is an assortment of routines for fast operations on arrays, including mathematical, logical, shape manipulation, sorting, selecting, I/O, discrete Fourier transforms, basic linear algebra, basic statistical operations, random simulation, and much more.
08. Matplotlib-Graph Plotting:
Matplotlib-Graph Plotting uses the plot() function. It is used to draw points i.e the markers in a diagram. Matplotlib Pyplot is generally a collection of the various functions that work like MATLAB. All the function of the plot makes some change to the figure like it create a figure, creates a plotting area in a figure. It also plots some lines in the potting area and decorates the plot with labels.
07. Jupyter Notebook:
JupyterLab is the latest web-based interactive development environment for notebooks, code, and data. It is used in data science, scientific computing, computational journalism, and machine learning. A modular design invites extensions to expand and enrich functionality.
06. PyTorch:
PyTorch is also a well-known library used by Electronics Engineers while implementing the concepts of deep learning along with the electronics concepts. It is basically used for applications using GPUs and CPUs. PyTorch is generally used by engineers in spite of the other Deep Learning frameworks like TensorFlow and Keras. It is basically due to the dynamic computation graphs and is completely Pythonic. It is an open-source machine learning framework.
05. Pandas:
Pandas is a Python library that is mainly used for working with data sets. The main functions of the Pandas are used for analyzing, cleaning, exploring, and manipulating data. The name “Pandas” is derived from the reference of the “Panel Data”. It was created by Wes McKinney in 2008. Pandas allow us to analyze big data and make conclusions based on statistical theories.
04. TensorFlow:
TensorFlow is the well-known Python library that is used for fast numerical computation. It is created and released by Google. It is considered the fundamental foundation library. It can be used bor creating Deep Learning models directly or by using wrapper libraries that simplify the process built on top of TensorFlow.
03. Scipy:
The Python library SciPy is an open-source library. It is used for solving mathematical, scientific, engineering, and technical problems. It allows users to manipulate the data and visualize the data using a wide range of high-level Python commands. SciPy is built on the Python NumPy Extention. SciPy is also pronounced as “Sigh Pi.”
Sub-packages of SciPy are as follows:
- Scipy.io
- Scipy. special
- Scipy. Lining
- Scipy. interpolate
- Scipy. optimize
- Scipy. stats
- Scipy. integrate
02. Scikit-Learn:
Scikit-Learn is the most important library of Python that is used in classification, regression, clustering, Dimensionality reduction, Model Selection, Preprocessing, etc. It is used in electronics engineering as it helps in building different types of electronics projects. It is easily accessible to everyone as it is open source and commercially usable – BSD license.
01. Keras:
Keras is also used by Electronics engineers when they work on deep learning projects and integrate it with electronics concepts. It is a well-known deep learning API written in Python. It is designed for running on top of the machine learning platform TensorFlow.
This was about “Python Libraries And Frameworks For Electronics Engineers“. I hope this article “Python Libraries And Frameworks For Electronics Engineers” may help you all a lot. Thank you for reading.
Also, read:
- 10 Tips To Maintain Battery For Long Life, Battery Maintainance
- 10 Tips To Save Electricity Bills, Save Money By Saving Electricity
- 100 + Electrical Engineering Projects For Students, Engineers
- 1000+ Electronics Projects For Engineers, Diploma, MTech Students
- 1000+ MATLAB Simulink Projects For MTech, Engineering Students
- 50 Tips To Save Electricity At Home, Shop, Industry, Office
- 500+ Embedded System Projects For Engineer, Diploma, MTech, PhD
- 500+ Matlab Simulink Projects Ideas For Engineers, MTech, Diploma
About The Author
