- Видео 202
- Просмотров 810 327
Syed Abdul Rahman Kashif
Добавлен 13 мар 2016
This is the platform where the stuff related to electrical engineering is shared.
Convolution of Rectangular Functions -- Shortcut Method
Convolution of Rectangular Functions -- Shortcut Method
Просмотров: 197
Видео
Convolution of Unit Step Functions
Просмотров 3757 месяцев назад
This video presents the convolution of two unit step functions.
Convolution of Rectangular Functions
Просмотров 1927 месяцев назад
This video discusses the convolution of two rectangular functions.
Distribution Transormer -- How it looks from outside?
Просмотров 287Год назад
Outside view of a distribution transformer
Magnetic Circuits Analysis - 4 -- Impact of air gap on the flux density in the core.
Просмотров 697Год назад
Impact of airbag on the flux density of the core.
Analysis of DC Motors - 1
Просмотров 264Год назад
Solved examples related to DC motors have been discussed.
Magnetic Circuits Analysis - 3 -- Inductance calculations and impact of air gap on flux density.
Просмотров 1,5 тыс.Год назад
Magnetic circuit analysis explained with the help of examples.
Magnetic Circuits Analysis - 2 -- Stator of a DC motor --Current calculations for flux density.
Просмотров 699Год назад
Magnetic circuits analysis discussed with examples.
Magnetic Circuits Analysis - 1 -- Equivalent circuit of magnetic structures for analysis.
Просмотров 1,3 тыс.Год назад
Magnetic circuit analysis is discussed with the help of examples.
EMF: DC Motors Tutorial 3 -- Solved Examples
Просмотров 248Год назад
Solved examples related to Dc motors
EMF: DC Motors Tutorial 1 -- Solved Examples
Просмотров 914Год назад
EMF: DC Motors Tutorial 1 Solved Examples
PSS/E Tutorial -- Load Flow Analysis of a 7 Bus System
Просмотров 5 тыс.Год назад
PSS/E Tutorial Load Flow Analysis of a 7 Bus System
Power Inverters W6-2: Implementation of Unipolar SHE PWM in Matlab Simulink
Просмотров 2,4 тыс.2 года назад
Power Inverters W6-2: Implementation of Unipolar SHE PWM in Matlab Simulink
Power Inverters: W6-1: Selected Harmonic Elimination SHE PWM Technique for Inverters
Просмотров 1,6 тыс.2 года назад
Power Inverters: W6-1: Selected Harmonic Elimination SHE PWM Technique for Inverters
Power Inverters -- Lecture 3: Single Phase Full Bridge Inverter
Просмотров 3,8 тыс.3 года назад
Power Inverters Lecture 3: Single Phase Full Bridge Inverter
W12-3: Indirect Vector Control of Induction Motor
Просмотров 2,9 тыс.3 года назад
W12-3: Indirect Vector Control of Induction Motor
W12-1: Indirect Vector Control of Induction Motor
Просмотров 4,6 тыс.3 года назад
W12-1: Indirect Vector Control of Induction Motor
W11-3 - FOC -IM-3: Rotor Flux Estimation Using Current Model
Просмотров 3,3 тыс.3 года назад
W11-3 - FOC -IM-3: Rotor Flux Estimation Using Current Model
W11-2 - FOC of IM-2: Rotor Flux Estimation Using Voltage Model
Просмотров 5 тыс.3 года назад
W11-2 - FOC of IM-2: Rotor Flux Estimation Using Voltage Model
W11-1 - FOC of IM-1: Basics of Field Oriented Control of Induction Motor
Просмотров 13 тыс.3 года назад
W11-1 - FOC of IM-1: Basics of Field Oriented Control of Induction Motor
W10-5: State Space Model of the Induction Motor -- Part 3
Просмотров 9363 года назад
W10-5: State Space Model of the Induction Motor Part 3
W10-4: State Space Model of the Induction Motor -- Part 2
Просмотров 1,7 тыс.3 года назад
W10-4: State Space Model of the Induction Motor Part 2
W10-3: State Space Model of the Induction Motor -- Part 1
Просмотров 2,9 тыс.3 года назад
W10-3: State Space Model of the Induction Motor Part 1
W10-2: Induction Motor Model in Different Frames
Просмотров 1,5 тыс.3 года назад
W10-2: Induction Motor Model in Different Frames
Eryn Station
Wow! explained everything with so much clarity!
General Fords
Very very helpful
Hi, You have explained it in an amazing way. Keep up the good work 🙂 Moreover, is there any way to contact you? I need to discuss space vector modulation in a 3x1 matrix converter for my thesis. Therefore, please respond to my comment so that I can get in touch with you.
Thanks for the details. please check bn derivation after 2m52s, I think there should be a multiplier (-1)^((n-1)/2) (where, n is odd number), which is missing.
Thank you very much ❤
Can anyone please help me with svm for current source converters?
Thank you. Could you please share the material as a PDF?
Thank you sir. You are more grand person than Novel prize owner like schrodinger
Where did the m, b, and k go you didnt explain it
Please how can I contact you?
Great teachings
Thank you for these lectures, professor. Could you please mention the reference book you have used for these motor control topics? Thank you
Mujhe
Bata Do Bhai
Assalamo alaikom. Many thanks for this very good video. I could unterstand many things. I have some questions: 1- How many sections can a sector be divided into? Of course, this depends on how many calculation we have to make. What does the experience say? Can i do a calculation in an intervall of each 2, 3 or 5 degrees? 2- In wich rage can be tz (the switch periode) and whre does it come from? Is it the periode of the triangle signal? Thank you.
please what about if i have a 3phase 3level inverter how can i do ?
Excellent sir...Thank you.
Sir it was really good explained all blocks separtly. Thank you so much. Expecting more videos
Это пиздец, всё исчёркал, ничего новее datashhet не сказал. )
How can i get this in pdf format Please
You have made efforts to discuss SVPWM, but you have made lot of shortcuts which makes understanding difficult. E.g. how Q vector = (2/3) * (Qa + aQb + a^2 Qc) this is must be explained in detailed.
Thank You so much Sir for making such great piece to understand this complex topic in a single video.
Why 2/3 factor came?
I am new to this svm technique and i want to know the simulation for it. Could you please help me out. It is a humble request
Thanks for sharing such a wonderful and amazing knowledge. How can i contact with you sir!
Sir three phase inverter with delta load , in 120 conduction mode
The only detailed and best lecture for SVWM.Every answer to my questions was discussed..
Excellently explained. Thanks
iam very thank full to you sir. sir can you explain same technique for four switch three phase inverter
Make videos on all the topics of Power inverters ... Please sir
Assalam alaikum Sir! Your videos are really appreciating. Please cover this whole subject of Power Inverters. Please sir , pleasse.....
Great lecture on SVPWM, I really appreciate these detail explanations. I found a small typo @ time 56:28, left side of the T equation for d-axis should be Tz*Vref* cos(alpha), instead of Tz*Vref* sin(alpha). Despite this typo, your right hand side of the equation, so does the results of T1, D1.... are totally correct.
❤❤❤❤
Excellent presentation. For the first time I can say that i understand SVPWM
احتاج الى كود تشغيل اردوينومقابل مادي
How can we select switching frequency while designing the circuit?
لايوجد ترجمه للعربيه لو سمحت
Very nice way of explanation. Is there any matlab simulation for explaining the same.? Will be very helpfull if you do that so. Thank you
beautiful ezplanation
excellent work
Can you explain how to chose value of vdc
hi sir Thanks for this video, it’s really helpful. I have quick question..on the first page you wrote dq transformation expression while considering theta equal to zero…why is that? When we use this same transformation to design a motor drive control, we also consider theta as varying based on the position of rotor. But why in this specific case you assumed theta as zero. Or Are you writing the expression in alpha beta frame of reference?
One of the best explanation that I have seen.
please share link to download notes
Clear explanation , many thanks
Sir plz share notes
Good explanation..
Gracias