Jazakallahu khair Allah subhanatala may give more rewards to you in duniya and akhira ......Aameen. thank you so much Dr for sharing such a valuable knowledge
Dear prof. Mtheod 2 actually provides galvanic isolation so in case of faults it can come handy which is a huge advantage. The efficiency can also be increased if the components are designed properly. By increasing switching frequency, transformer size can be effectively reduced.
Thanks for the comment. Agreed. It depends upon the application. If our intention is to increase the voltage only then second method becomes exoensive and complicated. Choice is yours.
thanks Dear Dr Laghari. Nowadays power electronic is going to be very important for electrical engineers, therefor I hope you are able to give more lectures series about mathematical modeling power electronics and its control strategy. I hope you are able to teach us some lectures series about microcontroller PCB design for designing our power electronics circuit efficiently. May God reward you for your teaching in science of engineering.
Thanks for the compliments. I haven't calculated these values. I got these values from the internet. You may search on the internet to find the tutorial on how to calculate these values. I am sure, you will find several tutorials.
hi my sir, i have problems how to save the project matlap in desktop folder when i finished any projected if save it in desktop it be in pdf only and i cant open it again , did you make small video how creating path in desktop to saving the matlab project ,pls sir and thank ,ahmed,iraq
I have looked at the formulas of duty cycle, inductance and capacitance values. They seemed too complicated for me. Is there any easy way to calculate the values of I and C. Also how do I calculate the values of DIL and DVo?
Thanks for the comment. For this purpose, you may go through other videos which manually peovide the calculations of these values. There are many good videos available on UA-cam. I will also try to make a video on this topic soon.
Thanks for the comment. It usually needs high frequency signals for accurate conversion. Normally 5kHz,. 10kHz and so on are used to get the desired results. Due to same reason here 25KHz frequency is used.
@@DrJALAGHARI by design I mean, calculation of component values based on a requirement. You just simulated existing design but your video title is how to design …
![How to design a Boost Converter ( Hindi ) [ Eng Sub ]](http://i.ytimg.com/vi/CzhqLeyGNf0/mqdefault.jpg)
thanks Dr.J.A. VERY GOOD EXPLANATION and easy to understand
Thanks for the compliments
Jazakallahu khair Allah subhanatala may give more rewards to you in duniya and akhira ......Aameen. thank you so much Dr for sharing such a valuable knowledge
Thank you so much for the compliments and wishes. stay blessed
You are God sir. Really wonder that u r teaching everything what you know.
Thanks for the compliments. I am simple human. Don't use such words. I am sharing what i know in order to help others.
Dear prof. Mtheod 2 actually provides galvanic isolation so in case of faults it can come handy which is a huge advantage. The efficiency can also be increased if the components are designed properly. By increasing switching frequency, transformer size can be effectively reduced.
Thanks for the comment. Agreed. It depends upon the application. If our intention is to increase the voltage only then second method becomes exoensive and complicated. Choice is yours.
Agreed.
Looking forward to this series on Power Electronics.
@@sheharyarsaleem5810 insha'Allah
Thank you Dr. Laghari. This was very helpful.
Thanks for the compliments.
thanks Dear Dr Laghari. Nowadays power electronic is going to be very important for electrical engineers, therefor I hope you are able to give more lectures series about mathematical modeling power electronics and its control strategy. I hope you are able to teach us some lectures series about microcontroller PCB design for designing our power electronics circuit efficiently. May God reward you for your teaching in science of engineering.
Thank you so much for the compliments. I will try to do as much as i can.
Excellent and crystal clear explanation, JazakAllah
Thanks for the compliments.
Thanks Prof Laghari. Can you provide us the way you calculated the parameters for this Converter?
Thanks for the compliments. I haven't calculated these values. I got these values from the internet. You may search on the internet to find the tutorial on how to calculate these values. I am sure, you will find several tutorials.
You are life savor ❤
Thanks for the compliments.
make vidio on direct and indirect matrix convertor. it will be very helpful
Thanks for the comment. Ok I will try to make this video as soon as possible
Best tutorial video
Thank you so much for the compliments.
Walaikum Assalam. And it is very interesting 😍 very knowledgeable information ⚡
Thanks for the compliments.
informative video like everytime. Thank you.
Thanks for the compliments.
Dear Sir how to make it 220v operated ?? JazakAllah
It needs separate mathematical calculations to find the parameters.
Thank you Sir
Most welcome
Sir pls give inductance formula how to calculate it
Thanks for the comment. For inductance formula, kindly go through the books.
The scope connected to the inductor does not show the actual values you have described in your video.
Peak to peak result : 4.121e+01
Thanks for the comment. You mean current?
Yeah ripple current
Sir, how to calculate Vout? To calculate L, C and Resistance
Thanks for the comment. These values can be calculated by using the formulas. you may watch other youtube tutorials or book to find those formulas.
hi my sir, i have problems how to save the project matlap in desktop folder when i finished any projected if save it in desktop it be in pdf only and i cant open it again , did you make small video how creating path in desktop to saving the matlab project ,pls sir and thank ,ahmed,iraq
Thanks for the comment. May I know which matlab version you are using? How you are saving it. First time I am listening this issue.
@@DrJALAGHARI my dear,dr j.a version 2017, and iam using sav as icon to save my projct
I have looked at the formulas of duty cycle, inductance and capacitance values. They seemed too complicated for me. Is there any easy way to calculate the values of I and C. Also how do I calculate the values of DIL and DVo?
Thanks for the comment. For this purpose, you may go through other videos which manually peovide the calculations of these values. There are many good videos available on UA-cam. I will also try to make a video on this topic soon.
@@berfinalkan2282 I am really sorry I am busy in my job engagements. It wouldn't be possible to make a video on this topic.
Sir what is the range of fuzzy logic controller output if error varies from minus 400 to 400
Thanks for the comment. You may take 500 range and increase number of membership functions to get more accuracy.
@@DrJALAGHARI thanks sir for replying
Thankyou sir alot
Welcome
Dear sir.. how we can design Vanadium redox flow battery at matlab simulink... sir if you can plz help me..
Thanks for the comment. I have not woorked on it yet.
Thanks
Most Welcome
Why frequency 25 khz is used?
Thanks for the comment. It usually needs high frequency signals for accurate conversion. Normally 5kHz,. 10kHz and so on are used to get the desired results. Due to same reason here 25KHz frequency is used.
i am not unable down loading sir
Thanks for the comment. May I know the reason why you are not able to download the file.
A boost converter typically consists of:
Thanks for the comment. For details about boost converter, watch the video.
This is a simulation video, not a design video!
Thanks for the comment. You mean by design means experimental setup?
@@DrJALAGHARI by design I mean, calculation of component values based on a requirement. You just simulated existing design but your video title is how to design …
@@alperuslu Right. I apologize that
Thank you Dr, please are you on whatsapp?
Thanks for the compliments. You may send me the email at jalaghari1@gmail.com if you want
@@DrJALAGHARI Thanks