Description
Build Your Electrical Circuit Solver in Python is a training course for creating and developing an electrical circuit solver with the Python programming language, published by the Udemy Academy. During this training, he became familiar with the theory and principles behind modern simulators and implemented his own circuit simulator using the powerful Python programming language. This training is recommended for all students and professors active in the field of electrical engineering who want to develop their coding and programming skills. During this training course, the connection between the fields of electrical engineering and programming with the popular field of electrical engineering will be possible for you and you will be able to conduct your studies in an interdisciplinary manner.
Modified Nodal Analysis (MNA) is a powerful method for designing and simulating electrical circuits. MNA analysis technique has been neglected in all electrical engineering courses and units, while MNA is one of the most practical topics and techniques continuously used in various industries and sub-branches.
What you’ll learn in Developing Your Electrical Circuit Solver in Python
- Construction and development of a circuit solver in different time and frequency domains
- Fundamentals of the Python programming language and its applications in electrical engineering and circuit design and simulation
- Graph theory and its application in circuit analysis
- Modified nodal analysis
- Principles and basics of version control and use of Git and Github tools
- Introduction to the NumPy library
- Work with the pandas library to quickly and easily edit data in groups and receive formatted and organized output.
- And…
Course Specifications
Editor: Udemy
Instructors: Ossama El Sanharawi
French language
Level: Introductory to Advanced
Number of lessons: 88
Duration: 8 hours and 22 minutes
course topics
Develop your electrical circuit solver in Python
Basic knowledge of electrical circuits: modeling independent voltage sources, independent current sources and RLCs in the time and frequency domain
The 1st year license level is sufficient (to understand basic matrix operations)
No prior knowledge of Python is required
A computer with an Internet connection
Pictures
Develop your electrical circuit solver in the introductory Python video
installation guide
After the clip, watch with your favorite reader.
english subtitles
Quality: 720p
Download link
File password(s): free download software
size
4GB