Free Download Masters in Fault Diagnostics for Robust Inverters and DrivesPublished 8/2026
Created by Purankumar Gajera
MP4 |
Video: h264, 3840x2160 |
Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels |
Genre: eLearning |
Language: English |
Duration: 6 Lectures ( 2h 8m ) |
Size: 3.6 GB
⚡ Understand the fundamentals of fault diagnostics in power electronic inverters and electrical drives, including the importance of reliable and robust drive oper
⚡ Identify and analyze common inverter switching faults and understand how semiconductor-device failures affect available switching states and converter operation
⚡ Understand space-vector classification and switching-state selection in dual-converter and open-end induction-machine drive systems.
⚡ Explain the principles of Direct Torque Control (DTC) and its role in maintaining stator-flux and electromagnetic-torque control.
Requirements❗ This course is suitable for students, beginners, engineers, researchers, and working professionals who want to learn about fault diagnostics and robust operation of inverter-fed electrical drives.
Description"This course contains the use of artificial intelligence."
Fault Diagnostics for Robust Inverters and Drives is a practical and technically focused course designed to help students, engineers, researchers, and industry professionals understand how modern inverter-fed drive systems can detect faults, diagnose abnormal conditions, and maintain controlled operation under hardware failures.
The course introduces the fundamentals of
fault diagnostics in power electronic inverters and electrical drives, with particular attention to switching-device faults, switching-state availability, space-vector classification, and robust control strategies.
You will explore the principles of
Direct Torque Control (DTC) and understand how torque and stator-flux control can be maintained when conventional switching states become unavailable. The course also examines
dual-converter and open-end induction-machine drive architectures, where hardware redundancy provides additional switching-state possibilities for fault-tolerant operation.
A key part of the course is the concept of
adaptive and opportunistic switching. You will learn how alternative voltage vectors can be utilized after a fault to preserve essential drive operation. The course also explains the important engineering trade-off between
electrical power quality and mechanical survival, including the effects of zero-sequence current, current ripple, RMS current, harmonic distortion, and increased thermal stress.
By completing this course, learners will develop a stronger understanding of how
hardware redundancy, fault diagnosis, switching-state management, and intelligent control can work together to create more robust and resilient inverter and drive systems.
Whether you are studying power electronics, working with industrial drives, conducting research, or looking to strengthen your engineering knowledge, this course provides a structured introduction to the challenges and solutions associated with
fault-tolerant inverter and drive operation.
Enroll today and learn how modern inverter and drive systems can detect faults, adapt to failures, and continue delivering controlled performance under challenging operating conditions.Who this course is for⭐ This course is designed for learners who want to understand fault diagnostics, robust operation, and fault-tolerant control of inverters and electrical drives.
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