Description
Python Power Electronics: Transformer Simulation & Control Loops
Requirements:
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Basic Python programming knowledge
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Fundamental understanding of power electronics
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Interest in simulating power electronic circuits with control loops using Python
Course Description:
Unlock the power of simulation in power electronics with this hands-on course focused on transformer theory and modeling. Using Python and the open-source simulator Python Power Electronics, you’ll learn to build simulation models from first principles, based on fundamental physics laws.
The course begins with simple inductors, helping you bridge the gap between theory and practical simulation. Through multiple code-along sessions, you’ll gain hands-on experience building and analyzing various simulation models.
The course culminates with a comprehensive flyback converter case study, covering both the theory of operation and the high-frequency transformer used in the design. By the end, you’ll be confident in simulating and analyzing complex power electronic circuits using Python.
Who This Course Is For:
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Undergraduate and graduate electrical engineering students
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Practicing electrical engineers seeking practical simulation skills
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Power supply engineers looking to enhance transformer modeling and simulation expertise
Key Learnings:
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Understanding transformer behavior through simulation
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Building power electronic circuit models in Python
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Implementing control loops in simulations
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Hands-on experience with flyback converters and high-frequency transformers
Please Note: Files will be included in this purchase only Full Course Video & Course Resources. You will get cloud storage download link with life time download access.
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