{831} Buck Regulator, Explained With Theory and Practical

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  • Опубликовано: 19 ноя 2024

Комментарии • 73

  • @razaelectricaltips
    @razaelectricaltips Год назад +2

    Frst..... Viow plz pin nice sharing info video🌹🌻

  • @monimonish302
    @monimonish302 Год назад +2

    Hi Sir,
    I was following you daily I expect this video from you...thanks fo the video.i have one doubt this in interview they asked me
    1.what happened if inductor get saturated.
    2.why duty cycle only 0.1,0.5 like in decimal why not 1,2,5,10 etc.
    This two question I can't answer
    Make video for this question thanks in advance

  • @SONNYemc
    @SONNYemc Год назад

    I like your explanation I admire your nice tools and I love your accent ❤, May Allah swt protect you and guide you brother

  • @HarlavanisPanagiotis
    @HarlavanisPanagiotis Год назад +1

    Excellent upload dear friend, have a blessed Wednesday 😊

  • @prabhassantra7115
    @prabhassantra7115 Год назад +1

    Sir make a video for explaining about relation between v-out and input frequency, when frequency increases or decrease without changing duty cycles . Thank you

  • @electronicsdesign7774
    @electronicsdesign7774 Год назад +1

    Please make a video on Muti Phase DC DC buck converter.
    Used for High currents.

  • @gamiwv
    @gamiwv Год назад +1

    Very clear introduction to Buck converter operation and basic components + warnings . Excellent !!!

  • @kmhovlog6185
    @kmhovlog6185 Год назад +1

    like excellent buck regulator explained with theory & practical

  • @ruudb72
    @ruudb72 Год назад +1

    Very clear axplained and shown. Nice video! Thanks!

  • @gauripartapshanker9197
    @gauripartapshanker9197 Год назад +1

    Informative and knowledgeable vedeo
    Thank u so much.

  • @vipulakularathne3664
    @vipulakularathne3664 Год назад +1

    Vary good sir , better explain than our campus 😊

  • @ministeriomundialliberando8403

    Just the best explanation about this topic.

  • @Versatiledani
    @Versatiledani Год назад +1

    good informative video thanks for sharing

  • @palwindersandhu2031
    @palwindersandhu2031 Год назад +1

    Great , very informative as usual, thanks for sharing and updating us.........

  • @vijayakumarkumar9190
    @vijayakumarkumar9190 Год назад +1

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

  • @wherami
    @wherami Год назад +1

    Very informative. Thank you

  • @W1RMD
    @W1RMD Год назад

    Well explained. Thank you and have a great day!

  • @muhammadishtiaq24
    @muhammadishtiaq24 Год назад +1

    Excellent thanks for sharing

  • @LousyPainter
    @LousyPainter Год назад +1

    Nice detailed presentation. Thanks.

  • @Calm142
    @Calm142 Год назад +1

    Great explanation

  • @ouertanimoez8011
    @ouertanimoez8011 Год назад +1

    Wonderful!thank you👍

  • @Dc_tech386
    @Dc_tech386 10 месяцев назад

    I really like the synchronous design better in every way high voltage conversion to amperage is more efficient I was used the regular design and 450wAtt 50v converter to 15 volt I draw 50 amp with 1 volt drop with synchronous converter but 46 amp with regular converter 3.5 volt drop

  • @prasanthchigurupatii
    @prasanthchigurupatii Год назад

    Sir, if possible please make video on inductor inductance ,for full bridge rectifier....Thank You so much for enhancing knowledge.

  • @cristiansantos5742
    @cristiansantos5742 Год назад +1

    Thank you, sir !!!

  • @williel.morris4492
    @williel.morris4492 Год назад

    Great "JOB "...Thanks

  • @jalal76
    @jalal76 Год назад +1

    Good job ...... thanks

  • @vijayakarekar
    @vijayakarekar Год назад +1

    Thanks...sir ji....

  • @electronicsnoble22
    @electronicsnoble22 Год назад

    Brother,COULD YOU MAKE PLC CONTROLLER RELATED VIDEOS LOT OF LOVE FROM KUWAIT

  • @electroniquepassion
    @electroniquepassion Год назад +1

    Good 👏👍👋👋

  • @Yorumcu63
    @Yorumcu63 Год назад +1

    great video
    Va Aleykum selam dear brother

  • @Aliyildrm
    @Aliyildrm Год назад

    Thanks for the video. I have a question.what is effect pwm frequency on the output voltage? Thanks from Turkey.

  • @rashminaik6039
    @rashminaik6039 Год назад +1

    thanks sir ji

  • @rashidm9396
    @rashidm9396 Год назад

    MashAllah great

  • @franskwaks5915
    @franskwaks5915 Год назад

    I don't understand the electrolyte capacitor in this circuit because this capacitor will be dameged if it is connected in the wrong way and in this circuit the plus and minus are changing through the coil. Can you explain why it wil not be damaged?

  • @prasanthchigurupatii
    @prasanthchigurupatii Год назад

    How current will handled and how much maximum load it can handled??? Please explain me sir

  • @hiz-n-lowz1577
    @hiz-n-lowz1577 Год назад

    nice video, im having trouble understanding the part when the inductor is switched off. I thought the magnetic feild that it had built up inside would just diminish, but your saying that it changes polarity? So the load is being fed with A/C now and not DC??? I thought inductors just resisted a CHANGE in current,how is it able to just flip 180 degrees all of a sudden? How is that happening? thanks!

    • @dantronics1682
      @dantronics1682 Год назад +2

      when a current flows in an inductor a magnetic field develope and when the curren is switched off the field callapse and produce a current in reverse, you are not feeding with ac since there is a diode

    • @HaseebElectronics
      @HaseebElectronics  Год назад +2

      please check this video
      ruclips.net/video/11oU3ykKKUQ/видео.html

  • @sanjaygadkari9030
    @sanjaygadkari9030 Год назад

    Good morning sir,
    I have a buck converter with 36 to 72 DC input voltage range and output voltage is 12 volt and output current is 5 Amp.
    But I have to operate it on 60 volt input voltage max and output voltage 12 volt and 10 Amp.
    What will be changes in the circuit or in components.
    I am your fan from India.
    Thank you

  • @ictsaverhome1950
    @ictsaverhome1950 Год назад +1

    Lovely

  • @stoffymetumo3559
    @stoffymetumo3559 Год назад

    How are you sir. Can I replace BA 5417 ic with TA8229K?

  • @fatkhurformulatrix1724
    @fatkhurformulatrix1724 Год назад

    assalamualaikum..
    Thanks for sharing Sir very informative principle of the buck converter.
    I have a question. MPPT (Maximum power point Tracker) usually used in solar charge controller, basically have similarity with buck converter. It can regulate output voltage based on a set point ( battery voltage system).
    my question is, How can MPPT increase amp output?
    for example, my solar panel has a total 120-watt peak, with VOut around 21v, and 5.5Amp. with the MPPT controller, I can change my 12V battery system to almost 10A.
    thanks for the explanation.

  • @firstlook8936
    @firstlook8936 Год назад

    Sir I want to make basic three phase inverter without driver Ic. Because every ic I use gets burn. I want to contact you.

  • @tvbox8478
    @tvbox8478 Год назад +1

    👌👌👌
    👍👍

  • @shefqetkaralliu6816
    @shefqetkaralliu6816 Год назад +1

    👍

  • @mhnabin9458
    @mhnabin9458 3 месяца назад

    Salam brother
    Can you please explain H-bridge non isolated buck converter.
    Hoping your cooperation, thank you

  • @Swenser
    @Swenser Год назад +1

    Who named these things? Allow me to suggest a new name. Welcome to the SVD power supply. Sliced Voltage Delivery power supply.

    • @HaseebElectronics
      @HaseebElectronics  Год назад +1

      best regards and special thanks for suggesting SVD really it is meaningful and perfect fitting to its function
      please accept my best regards

  • @refixcenter6427
    @refixcenter6427 Год назад +1

    Sir Please Read My Comments
    First Assalamualikum
    I want learn Basic Electronics
    And How You Learn This Electronic
    Please share Your Experience And Suggestions.
    i want to be like you
    Please Share :)

    • @HaseebElectronics
      @HaseebElectronics  Год назад +2

      wa alaikum salaam brother
      it is suggested to study engineering and spending time in practical field
      if Mechatronics or Electrical Engineering is selected, that will better