{544} How to Convert DC Voltage Polarity Using Bridge Rectifier

[@actechtelugu3063]

Rectifier section is confused to me previous when I saw this video it is easy to me. that is your way of teaching Sir Thank you very much Sir

[@HaseebElectronics]

You are most welcome

[@LucScheffers]

Nice video, wel drawn and the practical implementation is great! Thanks!

[@ssvlogs7392]

28👍 mashallah bahut achcha samjhate hain aur English language aapke munh se bahut acchi lagti hai very nice,,🌹🌹🌹

[@HaseebElectronics]

thanks a lot best regards

[@HarlavanisPanagiotis]

Awesome video dear friend, happy new week!

[@HaseebElectronics]

Many thanks dear friend

[@voiceofimranasupportid9288]

Walkium aslam Zabrdast sharing

[@HaseebElectronics]

best regards dear sister

[@susantaatha6468]

Beautiful knowledge sharing

[@HaseebElectronics]

thanks a lot

[@AbdulMomenZargar60]

Subha Bakher Janab Bhai Saab Great Work Liked Very Much # 154

[@HaseebElectronics]

Many many thanks dear brother

[@swatantraawaaz4931]

Nice sharing keep it up stay connected and stay safe

[@vijayakumarkumar9190]

Very good and useful information sir thanks for sharing this knowledge to us

[@HaseebElectronics]

So nice of you

[@abughoush5132]

You always have outstanding things to show us

[@HaseebElectronics]

thanks a lot dear brother

[@dalenassar9152]

If you just add a small filter cap after the diodes, then you can apply power to the input, AC or DC...also, when you apply DC it doesn't matter which wires (as you said) are connected to "+" or "-". This makes a foolproof AC-DC power input!! You can use Shottky diodes to reduce the voltage drop. ALSO, if you add a simple voltage regulator after the cap, then you have a wide range of voltage's possible---but a bit more v-drop. THANKS MUCH!!!

[@aneesrazakh]

As salam o alikum doing good and preparing us for self employed person .we all students from depth of my heart ❤️ via youtube platform want to say thank you sir what are all efforts you did to teach us . Inshallah Allah will pay you on the day of Judgement inshaallah ❤️👍👍👍

[@HaseebElectronics]

Best of luck

[@FishingNOutdoorFun]

wow very informative video thanks for sharing

[@HaseebElectronics]

So nice of you

[@t1d100]

Another great teaching; thank you! Two thoughts... 1) The pinout that you drew for the Full Wave Bridge Rectifier is a common one. However, I have often found other pinouts for this particular component. An engineer should always check the data sheet for the exact make and model of the components that he/she is using. This is especially true, for FWBRs, in my experience. I am not faulting anything that you said; I am only emphasizing the need for extra caution regarding this specific component. 2) The FWBR that you used in your experiment may actually be faulty, as its voltage drop is significantly greater than expected. 1.77 volt drop / 2 diodes = 0.885V per diode verses a typical maximum of 0.7V. The additional 0.185V drop is significantly outside of the expected voltage drop rating. Of course, some of the fibers of the wiring could be broken and adding resistance. But, if someone were thinking of using this FWBR in an operational circuit, they might want to proof it. You obviously know this... I am only pointing out to students that engineers should not overlook these warning signs. I apologize, if I sound like a know-it-all. I am only trying to contribute. And, as FWBRs often involve dangerous mains voltage levels, there is safety in knowledge. I hope that helps your student viewers.

[@HaseebElectronics]

exactly you are right we must follow the datasheet for any comportment i used KBL406 bridge rectifier, its maximum forward drop voltage can reach upto 1.1 volt at 4 amp forward current in this series of videos i am explaining the possible configurations for polarity protection and finally we will analyze all these features moreover if a schottkey diode is used in place of a common diode, that will bring a significant improvement in voltage drop, power dissipation etc specially thankful for your valuable comment please accept my best regards

[@t1d100]

@@HaseebElectronics You teach me, more and more! I was not aware that this style of FWBR could have a maximum Vf Drop of that much. Greatly appreciated, my friend.

[@Dr.QaisarAbbas99]

Another nice video dear brother 👍 Stay blessed

[@HaseebElectronics]

thanks a lot dear brother

[@YoutubeBaruHamid]

Good job brother 👍👍❤️🌹

[@thehooplabs]

Great sharing like always brother, keep it up.

[@HaseebElectronics]

thanks a lot dear brother

[@ministeriomundialliberando8403]

Thank you very much! Can I ask if for high frecuencies converters the rectification is also volt ac*1.4141, as it is when using 50 or 60 Hz? What about half wave rectifier, is it the same formula that for full wave rectifier?

[@ministeriomundialliberando8403]

Sorry, I forgot to thank you in advance.

[@HaseebElectronics]

basically all ac voltage are measured in RMS value that is 0.707 of the peak voltage of any sine signal when we convert RMS voltage into peak voltage (after rectifying these voltage through the bridge rectifier) it provides peak voltage. to convert it, it is multiplied with 1.414 check video number 305

[@HaseebElectronics]

most welcome

[@ministeriomundialliberando8403]

@@HaseebElectronics Thank you very much.

[@SRVlog-s8q]

Great sharing

[@HaseebElectronics]

Thank you so much 🙂

[@abdulkalam-yx2vh]

P6KE18CA ke jagah per zener diode 9v 2 pc ka Laga sakte hai series mein laga sakte hai

[@HaseebElectronics]

1N6045AE3

[@muhammadishtiaq24]

Excellent thanks for sharing this informative video

[@HaseebElectronics]

thanks a lot

[@MarkPrince1317]

Very good informative Sir one question if we parallel the rectifier bridge so what will happen can you explain in your next video ? Thank you and best regards from Philippines 🇵🇭

[@HaseebElectronics]

yes brother i will explain in upcoming sessions

[@markanthonynilo9198]

I am having this though. I constanly power led through a 12 VDC power supply. I want to automate the idea using micro controller. That if no current is drawn after few seconds the polarity will reverse. Any idea about my thoughts? :) Thank You Very Much.

[@gauripartapshanker9197]

Informative vedeo

[@HaseebElectronics]

best regards and special thanks

[@Frag_granade]

i have the same bridge rectifier i connect it to the ups transformer it worked in the beginning but when i shorted the output for less than a second it burnd with a huge smoke even when i disconnected the wires at the output

[@govind3170]

Which circuit should be used to protect lithium ion battery charger module tp4056

[@RASHiDALi143]

Dear I have a DC 12 voltage Led Bulb It works any side of DC polarity, it has not any negative or positive terminal, any DC side attached with it's any side it's works, Now I have question how it possible ? May Make any circuit that can drive any DC Equipment with any DC polarity without negative or positive side attached.plz...reply..

[@HaseebElectronics]

most of time it uses bridge rectifier at input for more details and polarity converter options check video number 539 540 541 542 543 544 these all videos are for protections and polarity converters

[@swaranirwane4118]

Hello sir if I give 220v ac then how we convert it 12v dc

[@mon-alarby]

الله يوفقك يارب 👍

[@HaseebElectronics]

thanks a lot dear sister

[@BooBop1987]

Cool Buddy!

[@HaseebElectronics]

Thanks a lot

[@BooBop1987]

@@HaseebElectronics Your Welcome!

[@DarsKitchen]

Super 💖

[@HaseebElectronics]

thanks a lot

[@KumarSaurrabh]

What is the of the component used sir

[@HaseebElectronics]

It is used in high quality smps circuits. It provides extremely low ESR and ripples

[@Whosewillwin]

It's awesome..thanks

[@HaseebElectronics]

best regards and special thanks

[@gokerbg]

Ve Aleykum Selam. Thank you for your effort.

[@HaseebElectronics]

best regards and special thanks

[@gokerbg]

@@HaseebElectronics Thank you...

[@kamranbhaivlog1328]

Nice 👍

[@HaseebElectronics]

thanks a lot bhai

[@CookingKhabir]

62 like very nice

[@HaseebElectronics]

thanks a lot dear sister

[@sudheerkumar5966]

Very good sir

[@HaseebElectronics]

Thanks and welcome

[@gulnazkitchen]

Mashaallah may blessed you Allah allways

[@HaseebElectronics]

Jazaak Allah khair

[@mohamedafatu7496]

Sir which book do u recommend to learn electronics. I don't know where to start please help.

[@HaseebElectronics]

you must start from electronics funddamentals and ekectronics techniques

[@shefqetkaralliu6816]

Grazie 🙏👍

[@HaseebElectronics]

thanks a lot

[@Versatiledani]

May Allah bless you

[@HaseebElectronics]

Jazaak Allah khair

[@belalsmart7138]

Thanks Sir,

[@HaseebElectronics]

Most welcome

[@mfayyazpardasi2352]

بھائی آپ کی ویڈیو بہت اچھی ویڈیو ھے ساتھ دے سب بھائیوں بہنوں نصیب اپنا اپنا مل کر رہے گا ضرور دوستوں

[@nayanjagirdar8408]

👌👌👌👍

[@HaseebElectronics]

thanks a lot

[@softsilver2346]

Peace up on you and merciful , brkato وعليكم السلام ورحمة الله وبركاته المستهلك في ال bridg 2.3v P=

[@bhajansbyguptani8114]

HELLO DOST GOOD MORNIG

[@HaseebElectronics]

thanks a lot

[@shahidniazbookcenter2847]

Nice beautiful ap main pa ana thnku ltr problem hy wahan s

[@HaseebElectronics]

thanks for watching