Thyristor Circuits | Controlled Rectifiers | Power Electronics

This power electronics lecture is an introduction to controlled rectifiers and thyristor circuits.
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38. Design of LLC Resonant Converter | Power Electronics
37. Series Parallel Resonant Converter | Load Resonant Converters | Power Electronics
36. DC-DC Parallel Resonant Converter | Resonant Load Converters | Power Electronics
35. DC-DC Series Resonant Converter | Resonant Load Converters | Power Electronics
34. Closed Loop PWM Inverters | PI Controller | Power Electronics
33. Series Resonant Inverters | Resonant Converters | Power Electronics
32. Soft Switching Hard Switching vs Resonance | Power Electronics
31. Simulation of PWM INVERTERS | Modulation Techniques | PWM Dead Band | Power Electronics
30. Harmonics Elimination | Filter Design | Modulation Techniques | DC-AC | Power Electronics
29. Three Phase Inverters | PWM Dead Band | DC-AC | Power Electronics
28. Modulation Techniques | PWM INVERTERS | Modulation Index | DC-AC | Power Electronics
27. Power INVERTERS | DC-AC Converters | DC-AC | Power Electronics
26. How to Design a Practical Forward Converter | Isolated Buck Converter | DC-DC
25. Isolated Buck-Boost Converter | Flyback Converter | DC-DC
24. How to Unlock the Limits of Transformers | Isolated Power Converters | DC-DC
23. Does Air Gap Really Matter? | Isolated Power Converters | DC-DC
22. How Cuk Came Up with His Converter | Cuk Converter Analysis and Design
21. Does Infinity Converter Exist? | Buck-Boost Converter Analysis and Design
20. How to Design a Boost Converter | DC-DC
19. The Secret of High Efficiency in Boost Converter | Smooth Energy Transition
18. Two State Modeling of Buck Converter | DC-DC
17. How the Switching Frequency Affects the Inductor Value in a Buck Converter
16. Why there is No Voltage on the Inductor | DC/DC Buck Converter
15. Multi-phase Diode Rectifiers with Line Impedance Effect | Average Voltage Calc.
14. Why There are No Even Harmonics in Power Lines
13. Rectifiers with Mode Z | The Effect of Line Impedance
12. Multi-phase Diode Rectifiers
11. Effect of Inductive Load on Rectifiers
10. AC to DC Converters | Diode Rectifiers
09. Freewheeling Diode
08. Why It is not OK to Switch an Inductor
07. Diode Reverse Recovery Characteristics
06. Power Semiconductor Devices
05. The Need for High Efficiency Part C
04. The Need for High Efficiency Part B
03. The Need for High Efficiency Part A
02. Introduction to Power Electronics Part B
01. Introduction to Power Electronics Part A

[thewitch]

After some years not studying (because I started to work in the Industry) in the last months I decided to finish them. Getting back was rough but yesterday I aproved my penultimate Exam for graduating as Industrial Engineering. This videos helped me a lot getting back to this subjects. Great explanations. Thank you!

[ameral-khorasani]

Thank you, Ahmad, for the explanation. Just watching the video and realized there is something Arabic tune then i saw your name, great Video. keep that nice explain alive

[Counterpoint]

An excellent presentation on the practical operation of thyristors. Thank you.

[brianlittleforest]

Thanks bud. 5 minutes in and you already clarified a big question I had about the frequency of the driving pulse. I was 95% sure I had to match the line frequency of the welders transformer output on the rectifier with the input pulse to the gates. Just confirmed it for me, thank you sir.

[michaeljunior]

Best explanation I have ever seen I regret finding this Channel late

[brunoboggiani]

Thank you for putting the effort to make this and many other videos! Very well explained!

[aymanantoun]

ممتاز يا استاذ احمد اتمنى اشوف ڤيديوهات منك على ال motors و transformers و generators و transmission linesو power factorsو arresteesو relays and fusesو الف شكر تانى على الvideo الجميل الممتع

[HacKThisShiit]

Very Good content, hope to see more with simulation. good luck

[mohmedahmed-vwus]

Thanks ahmed
So we would like to contrôle the two wives (_)&(+) how can we do