{450} Design TL494 PWM in Single Ended Driver Practical. Push Pull or Half Bridge Driver Circuit

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  • Опубліковано 24 лис 2024

КОМЕНТАРІ • 81

  • @aminkhanone7627
    @aminkhanone7627 2 роки тому +1

    Great work and very well explained sir.but I have no words for your appreciation

  • @feebyewok
    @feebyewok 3 роки тому

    MasyaAlloh penjelasan sangat jelas dengan layar
    pendeteksi yang Modern jadi mudah untuk dipahami
    Thansk for Sharing

  • @petrok8618
    @petrok8618 Рік тому +1

    Your videos are very easy for understanding and very useful! Thank you!

  • @HarlavanisPanagiotis
    @HarlavanisPanagiotis 3 роки тому +1

    Wonderful video dear friend, happy week.

  • @abughoush5132
    @abughoush5132 3 роки тому

    You r really star ...اب بهوت اتشها ادمي اور بروفيشينال

  • @mohamedantri9433
    @mohamedantri9433 3 роки тому

    Think you so much sir its I like your method to learning electronics...جزاك آلله خير وجعله في ميزان حسناتكم استاذنا الفاضل حسيب

  • @jamsheedshah2988
    @jamsheedshah2988 3 роки тому

    Nice hard working may Allah bless you.

  • @SanelKeys
    @SanelKeys Рік тому

    I wish I had these videos back when I started my journey into power electronics. Now, I rarely ever use these ASIC PWM chips. I almost always use MCUs. Cheaper and more flexible.

    • @MasterIvo
      @MasterIvo Рік тому

      Which MCU types do you use for pwm push pull?

  • @Qashi11
    @Qashi11 3 роки тому

    Asslam o alaikum ma sha Allah zaberdast sharing dear keep it up 👍👍👍👌👌may Allah give you more success amen

  • @W1RMD
    @W1RMD 3 роки тому

    Thank you sir! Good morning!

  • @techeng3940
    @techeng3940 3 роки тому

    Thank you Mr Haseeb tha was very useful

  • @sanjeevkumargupta6551
    @sanjeevkumargupta6551 2 роки тому +1

    Excellent video to learn . Thankyou

  • @vijayakumarkumar9190
    @vijayakumarkumar9190 3 роки тому

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

  • @kuchpanktiyajindagiki
    @kuchpanktiyajindagiki 3 роки тому

    Good evening. Great informative upload brother

  • @JAKIRHOSSAIN-uo3we
    @JAKIRHOSSAIN-uo3we 3 роки тому

    Great job Sir, Now please make easy and complete circuit or diagram as like working for power inverter primary section, Thank you very much sir!!!

  • @aayesha6227
    @aayesha6227 3 роки тому +1

    very informative video sir ❤❤
    thanks for sharing such a great video❤❤

  • @vipervenomff618
    @vipervenomff618 2 роки тому +1

    Sir plz tell me where the feedback pin 3 is connected. And the potentiometer also

  • @belalsmart7138
    @belalsmart7138 3 роки тому

    Have a nice day sir ,
    Thanks,

  • @keithmaddox1469
    @keithmaddox1469 3 роки тому +1

    Very good information. Thank you

  • @rmjnm
    @rmjnm 2 роки тому

    Love for all your videos. Thanks

  • @rahulpatelgujratahmedabad3497
    @rahulpatelgujratahmedabad3497 2 роки тому

    Good tiching karte hai 👌👍👍👍👌👌👍👌👍

  • @alibabacookingstyle495
    @alibabacookingstyle495 3 роки тому

    Nice sharing 🌷
    Good work 🌷
    Keep it up🌷
    Good luck 👌🏻🌷🇮🇹

  • @MarkPrince1317
    @MarkPrince1317 3 роки тому +1

    Brilliant person well explained
    Thank you very much brother
    One question
    For 60hz LOW FREQUENCY inverter witch IC you recommend SG3525 or TL494 ?

    • @aliyudanjuma2798
      @aliyudanjuma2798 2 роки тому

      Greeting bro,
      Pls can you help with the Sg3524 circuit explanation

  • @AbdulMomenZargar60
    @AbdulMomenZargar60 3 роки тому

    Subha Bakher Ho Bhai Saab

  • @khanlalavlogs
    @khanlalavlogs 3 роки тому

    Great sharing with great explanation, keep it up brother.

  • @muhammadishtiaq24
    @muhammadishtiaq24 3 роки тому

    Excellent thanks for sharing this informative video

  • @faisal5370526
    @faisal5370526 3 роки тому

    W/alikumsalam Sir good information 👍👍👍👍👍👌👌❤❤💕💕

  • @ammarelectronics6985
    @ammarelectronics6985 3 роки тому +2

    Mashalah

  • @FancyBangles
    @FancyBangles 3 роки тому

    MashAllah bhai

  • @vipervenomff618
    @vipervenomff618 3 роки тому +1

    Sir plz share the circuit diagram of your test circuit

  • @DarsKitchen
    @DarsKitchen 3 роки тому

    Great Video! Stay connected

  • @susantaatha6468
    @susantaatha6468 3 роки тому

    Very good informative.

  • @omarladlani4347
    @omarladlani4347 3 роки тому

    و عليكم السلام ورحمة الله وبركاته. شكرا

  • @ammarelectronics6985
    @ammarelectronics6985 3 роки тому

    Very very informative video

  • @MasterIvo
    @MasterIvo Рік тому

    6:55 deadtime voltage divider formula

  • @salmannoornoor
    @salmannoornoor 2 роки тому

    Salm sir g ...sir g batry charger me. Tl494 ic ko buht resistor aw pf capastor lagaye jate hy .awr app nay sirf ik lagaya hy...sir g ziada pf lagany ka koi khas paida hy ... Sir in last i love u too much

  • @ammarelectronics6985
    @ammarelectronics6985 3 роки тому

    Very nice explain sir

  • @kaushalsingh5746
    @kaushalsingh5746 3 роки тому

    Thank you very much sir

  • @biplobrashmi5565
    @biplobrashmi5565 3 роки тому

    Sir Mera pass ak TV flyback he iska primary coil inductence ....4.20 mh push pull or half bridge no aux winding kese kerte he iska callculetion transistor callculetion ...iska driver ....plz sir ak video mujhe de do...sir plz plz plz

  • @DiaryofFatima
    @DiaryofFatima 3 роки тому

    Another informative video

  • @msbbadsha1456
    @msbbadsha1456 3 роки тому

    Very nice video

  • @carula1981
    @carula1981 3 роки тому

    excellent working

  • @anjumelectronics
    @anjumelectronics 3 роки тому

    Good morning 🌄

  • @AsifAhmed-so5hl
    @AsifAhmed-so5hl 3 роки тому

    Assalam alekum sir same video SG 3525 pe video banayen sir Hz ko VR laga k kese kam or zada karte Hain please help me sir

  • @pranavramesh4888
    @pranavramesh4888 2 роки тому

    how to get inverting output from tl494? I have to connect it to a gate driver and the gate driver inverts the signal, and all the not gates i have are 5v logic so how to get inverting signal from tl494?

  • @ziadfawzi
    @ziadfawzi 2 роки тому

    Thank you so much.

  • @aliyudanjuma2798
    @aliyudanjuma2798 2 роки тому

    Warm greetings to you sir, thank you so much for sharing more lights to us.
    Pls I want you to help with Sg3524 oscillator circuit explanation.
    Thanks

    • @HaseebElectronics
      @HaseebElectronics  2 роки тому

      thanks a lot
      sure i will try my best to explain it soon

    • @aliyudanjuma2798
      @aliyudanjuma2798 2 роки тому

      @@HaseebElectronics Am greatfull sir for your generosity

  • @CookwithMahasina
    @CookwithMahasina 3 роки тому

    L37... useful share

  • @Versatiledani
    @Versatiledani 3 роки тому

    excellent work keep it up 👍

  • @SeemaKhanRJ
    @SeemaKhanRJ 3 роки тому

    Great work 👏

  • @rheynalcantara6848
    @rheynalcantara6848 Рік тому

    Sir, are these pwm ic sometimes malfunct and then return to normal?

  • @JanviBlogs
    @JanviBlogs 3 роки тому +1

    36 lk dear💕💕💕💕 beautiful share dear💕💕💕💕 aap bhi aye bhai

  • @durgaprasad-lv9cw
    @durgaprasad-lv9cw 3 роки тому

    Sir I Received A Branded Smsps Acer Pc That Was
    STBY Is Ok And Ps On is 3.3 v
    And when Shot The Pson Run Fan Some Time Gose Off all Voltages Coming And Off After Fan Off PLEASE Give Me Solution

  • @ARA-HOUSE
    @ARA-HOUSE 3 роки тому

    Lk 30 brother 👏👏👏

  • @mybTamaki
    @mybTamaki Рік тому

    please upload your circuit diagram no body understand your wiring on the chip.

  • @stealthyshadow8875
    @stealthyshadow8875 3 роки тому

    Thanks, I have a question: if R1=0 R2 = 5kohm then max ON time = 45 - 80= - 35 what does this mean? One more if we connect the feedback pin to one of the output pins of the TL494. What will happen to circuit? During push pull and single.

    • @HaseebElectronics
      @HaseebElectronics  3 роки тому +2

      if R1 is 0 ohms. the Vref will applied to the dead time pin (pin number 4) and the threshold is maximum 3.3 volt, so the IC will go in disable state,
      (in upcoming video i am going to discuss dead time & soft start circuit, which is directly involved to pin number 4)
      error amplifier number 1 for voltage mode. i will arrange it practically
      error amplifier number 2 (pin 15, 16) for current sensing. we will do it practically as well.
      for error sensing technique, we have to design a reference which will applied to one input of EA, and sense line is connected to 2nd input of EA, feedback compensation is to be calculated to get proper regulation

    • @stealthyshadow8875
      @stealthyshadow8875 3 роки тому

      @@HaseebElectronics many Thanks, Well noted and appreciated.

  • @waytoheavenwithtahirwasim1961
    @waytoheavenwithtahirwasim1961 3 роки тому

    informative

  • @mikrotech3103
    @mikrotech3103 2 роки тому

    Haseen bhai DSO kaunsi Company ka ha?

    • @HaseebElectronics
      @HaseebElectronics  2 роки тому +1

      mere pass
      Tektronix 4 channel
      HANTEK 2 channel 100MHz
      REGOL 2 channel 100MHz

  • @أبوعلي-ح2ي8ل
    @أبوعلي-ح2ي8ل 2 роки тому

    اخي ارجو الترجمة الى العربي لكل مقاطعك وشكرا

  • @amir7731409
    @amir7731409 3 роки тому

    Sir g whatsapp ki thi apko us kato reply karen sir plz