Hello once again brother Haseeb! Another Excellent amazing video. Very well presented and you covered every detail and answered the few questions I did have about “Flyback switching power supplies”. You are truly a gift to the world of electrical and electronics to those who have a sincere desire to excel in this field weather it be as a technician or on the level of engineering. I can appreciate this particular video because it was the “Flyback switching power supply” that gave me my introduction to switching power supplies 12 years ago when I attempted to repair my 21 inch CRT JVC color receiver. JVC on it’s web page had a very detailed description of the theory, physics and workings of it’s “Flyback power supply “. It took many re-reads but I grasped the concept. The actual control of the amount of energy needed stored in the magnetic field being switched by a mosfet power transistor through pulse width modulation at the command of the amount of feedback via TL431 and opto coupler. With the help you have provided by going into deeper detail as to how the TL431 is more of a programmable voltage regulator, the snubber network and power factor correction and all the detail calculations have truly made me better and more confident. Thank you brother!

Namaste Haseeb bhai . Me India se hu . Mera naam Vipul jani he . Me aapke sabhi videos bade gour dekhta hu aur aapse kafi kuchh shikhta bhi hu . Mera khud ka electronics items ka repair workshop he . Pr aapse ek gujarish he ki aap hindi ya urdu Me bhi videos bnaye to mere jaise kai sare Indians ko bhi aapse jankari malum ho . Aapke videos bahot details Me hote he . Aur aap ko videos Me bahot like krta hu . Bhagvan aapko aur aapki family ko khush aur salamat rakhe ye meri ishwar se dua he . Thank you Haseeb bhai .

Dear , I love your way of explaining . Kindly clear the design aspect of aux winding also. The cap , once started chip , voltage will also appear on aux winding and it will hold the current to chip. Cap will start discharging only when aux winding is unable to provide enough current . So what is design aspect of aux winding. Thx.

ماشاءاللهBeautiful video

Thank you , I learn more with each video of yours that I watch. I was wondering why the transformer has extra secondary windings, now I have one reason, thankyou

Very useful information Sir Thanks for sharing this knowledge to us

Informative share thumbsup dear

ماشاء الله اللهم بارك بالتوفيق

So nice explanation

Excellent information about vcc resistance

Very Good Information Brother. Keep it up.

Really amazing to learn real basic. In books, details is scant .

Thanks, incredibly useful lesson

Great tutorial with great exlpanation my friend.

Mashallah very informative vedio superb work well done good morning 🌄

Another amazing presentation 💌 Big Like 👍

Great video as usual my friend!

Great Video as Always Thanks Friend !!!

thank you very much for explaining in detail.

Good discussion video thanks for sharing! 😍👍

Good sharing, big thumbs up 👍👍💯 see you around, have a wonderful day 😊

Very very thanks for informative video.

Very usefull technical information, seen a lot of search about smps, kindly more detail related to bias winding. How to generate voltage as i know is dedicated winding only. No connection to primer and secondary at transformer, thak for replay or next video

Beautiful information.

very informative share haseeb bhai

Great sharing have a nice day love yours performance

Mashallah tabark Allah thank you bro. About this great information now I understand this component's work

Very good video. Very useful. Thank you very much.

Very interesting. Thanks Haseeb.

nice job dear bro, big like stay blessed

Great informative video shared brother, like always, keep it up...

🙏good teaching 🙏

I will always see all video and video also very important for me and all my friends.

Very detailed.....thanks sir ji....

Helpful video lk👌

just perfect and informative

Good job, my friend

mashaAllah , good work , i like , nice share

Good day. Great informative upload

Excellent video as they all are. Question...with regards to power, and dissipation of the startup resistor, aren't we only talking about a period of milliseconds, where current flows only from the startup circuit? I mean, once the controller starts, the aux winding creates a similar voltage, and the bias across that startup resistor goes o near zero, dissipating almost nothing, correct? Pardon me if I missed it, or misunderstand the issue. Also, I noticed many designers like to stick with 1/4 watt resistors, so they series connect 2 or 3 or 4 to spread out that startup dissipation, I guess it's cheaper.

Thanks for your convenience

Thanks for the detailed explaination. Can you please share the link of the next part. I could not find.

Very nice analysis Thanks brother...

Good job 👍👍👍

Very nice .. helpful information

Semangat kak sukses selalu ya kak 🙏🙏

Very informative video

Awesome.

Always u r impressive

Very informative

Many many thanks sir

اسلام اعلیکم اللہ آپ کو سحی سلامت رکے کوچ دینو سی آپ کے اوردو ویڈیو نہے اتی

Very nice video

BIGG LKKKKK#103 very informative video KEEP IT UP

Hello, very interesting with good calculations. My question is: how many volts will be at the VCC capacitor and how to calculate the voltage drop from 320VDC to VCC since i see only one resistor and no voltage divider ? thanks.

Thank you so much

Sir you create videos that we dont find anywhere on youtube. Haseeb sir you have covered major calculations on every components. I have a situation. I have an smps where the output capacitor is blown completely. It is 12v 4amp smps. How will i know how to calculate the capactior Volt and Micro farad for this smps? I hope you understood my question. Haseeb sir mein yeh jaanna chahta hu ke kaise hum capacitor volt or microfarad decide kare circuit mein. Many times same volt capacitor we get but different micro farads. Can you throw light on this topic?

Great Video!! Stay connected.

Masha Allah 👍👌🌹

Thank You Sir

well explanation

👏👏👏

thanks very much 🙏🙏🙏

Thanks.

excelent analysis.thenks professor.

Great teaching

Very nice

Thank you very much again!!! But can I ask shouldn't be R= Vin-Vcc/Icc, being Vcc the voltage consummed by the IC, like when we calculate the R for a Led? And, when it comes about the UC3842, how can 16 volt turn it on, since you've told that it has a 34 volt internal zener diode, shouldn't the Vcc voltage be greater than the zener voltage? I ask you this because I've been studing the UC38xx data sheet and noticed this. Thanks a lot; this channel is answering me a lot of questions. I really appreciate you tutorials. I'm always looking forward your videos.

Thanku sir🙏

JZAK ALLAH JNAH ALFIRDOOS MR HASEEB. My wondering is that ok when IC take voltage from startup resistor first then when IC work so it take voltage from axillary winding, where the voltage coming from startup resistor goes into the resistor so voltage drop so heat dissipated in my head its like to voltage head to head i need to understand and i hope you understand me because i have project to do in my university

Wsalam 👍 wow very nice 👌😘

*So nice*

MashAllah bhai

👌👌

Sir, can u please explain regarding bootstrap circuit in High side IGBT driver.

Nice sharing. Stay Connected #TeenyTots.

Thanks for sharing good knowledge my friend thanks welcome please

Is same formula used for Constant current power supply ?

Sir very good

Kindly do a thorough explanation or tutorial on areas to focus on any component datasheet I always confuse on the area of focus on any datasheet

Good Video Mr Haseeb. Can you please tell us how to shutdown system in case overvoltage comes from input, like continuous 275V AC?

Good sir

Sir the start up resisistor is separte from the snubber circuit sir?

Imagine how good this person did in his finals

Tnxs

👍

Lk 234 good job. 👌👌👌

Sirji,new aspee machine adapter mein Jo input section mein 8 leg ic hai,uski number kya hoga.number blank hai

Sir ji👌👍👍

👌👌👍

👍👍

Goodtiching karte hai 👌👍👍👍👌👌👌👍👍

👍👍👍👍

Sir my samsung charger three 22 mega ohm resistor in series for startup....why pse...

Sir can u explain how to organise components placement in pcb design for proper functioning of SMPS.

Sir please explainTransistor based oscillator and drive circuit in smps how it works. Thankyou

جميل جدا مساء الجمال

Good morning 🌅🌄

please sir make a video on discontinuous flyback transformer calculation for ic FL7733A and ic BP3319 MB. in detail.

Watching for the second time your so good in math sir i hate math