Lec 37(a) Half Bridge Inverter | R Load | Power Electronics

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  • Опубликовано: 14 ноя 2024

Комментарии • 227

  • @GATEMATICEducation
    @GATEMATICEducation  5 лет назад +4

    ✅ For GATE EE/ECE Courses at unbeatable price by Sohail Sir, Check out Neospark App: t.ly/qpDn
    ✅ Join Telegram for more Updates: t.me/sohailansarigenique
    ✅ Have Query, Whatsapp Us: wa.me/8292480183

    • @samikpal5585
      @samikpal5585 5 лет назад

      22:28 something is wrong. we don't get the result, unless we put T=pi. Please explain this #gatematic education

    • @developerbabu1980
      @developerbabu1980 4 года назад

      @@samikpal5585 bro that is half wave average formula

  • @goldenera1752
    @goldenera1752 3 года назад +12

    Even Better than paid coaching! Thank you sir.

  • @electricengineer5082
    @electricengineer5082 6 лет назад +5

    We feel proud of you Sir . Hat's off to you for bringing quality of material with 0 Rupees so that each one whether poor or rich can dream and achieve GATE,ESE,PSU
    Here we don't require any quota for learning . Welldone Sohail Sir .
    You are our Real gem
    I am sure in future all institute will follow roadmap
    No one can stop your institute to become No.1 Leading institute Free for GATE/ IES
    You are Man army for each of us.
    Keep it up sir.

  • @shubhampuri8865
    @shubhampuri8865 5 лет назад +2

    Each and everything you teach is crystal clear

  • @santhoshkumark105
    @santhoshkumark105 Год назад

    Sir i am really proud of you bcz your are giving free coaching for poor student one day your channel will be success.....

  • @sayakmondal7526
    @sayakmondal7526 6 лет назад +8

    sir i took coaching from a good coaching center..but i would like to say that everything has good better and best... i just will say one thing you are a symbol of excellence. Nothing to say about your teaching skill because i am following you from 3rd year.. you are my inspiration for shifiting my life from IT domain to GATE. I always wait for getting your new lecture... really you are right that noone can explain inverter till today. last year i faced problems from inverter when i started to give test series. This year i think inverter will be crystal clear for me....you are a brand name.. noone cannot remove.... and i respect to your thinking power....really you are GATE expert..... day by day you are researching for us....thank you sir...take my love and regards.... and sir i paid 100 rs to GATEMATIC education....because up kom jor student ka hat kavi nehi chorne wala..... bohut logo k upse sikhna hai porahate kaise.....

  • @bobyburman6763
    @bobyburman6763 4 года назад +2

    GATEMATIC Education
    U r doing very very good work for us(students)...i really apreciate it...At this stage i m just a student so its not possible for me to donate anything to your channel but i will make sure that one day(kuch banjaunga toh) i will donate a large amount to this channel...cz this channel (ofcourse you sohail sir) is used to help those students who dont have enough money to go to take classes from repotated tuations..thank you sir. your content is really good and i personally understand each and everything...(try to improve commutation 'D,B' lectures and effect of source inductance in rectifiers in case of 3phase).
    Answers.
    1.(1)
    2.(405.28watt)
    3.(2*405.28 watt)
    4.(500 watt)
    5.(2*500 watt).

  • @sheshmanisharma1381
    @sheshmanisharma1381 6 лет назад +13

    Thanks a lot sir for giving such root level concepts...Homework answer:-
    1) 1
    2) 405.28 W
    3) 810.56 W
    4) 500 W
    5) 1000 W

  • @praveenkumarp211
    @praveenkumarp211 6 лет назад

    the way you explain previous problem is excellent.
    1) fundamental D.F=1
    2)fundamental each power Ps01=405.28w
    3)fundamental load power P01= 810.56w
    4)power drawn by each Ps=500w
    5)Total load power Pt=1000w
    Thank you sir

  • @rashidimam1549
    @rashidimam1549 6 лет назад

    Best lecture of inverter. Bilkul alag hi tarika h sir apke explanation ka.
    Jazak Allah khair

  • @_Sameerawakeel_ECE_
    @_Sameerawakeel_ECE_ 2 года назад

    Sir ur lectures are helping me alot thanku sir from Kashmir ❤️❤️❤️

  • @abdulrehman-rj3mx
    @abdulrehman-rj3mx 2 года назад

    Sir you are the best tutor of the world😎😎😎

  • @vaishnavithakur3566
    @vaishnavithakur3566 5 лет назад

    Really very helpful to understand the concept and the subject as well ....The sum up and jist after end of the video make us to solve gate problem easily along with Better understanding of questions...Thank u sir😊😎
    Your Network Videos are also Appreciable

  • @parthsheth350
    @parthsheth350 6 лет назад

    sir you are great educator and concepts are very very clearly understable..

  • @sanketdkadam
    @sanketdkadam 6 лет назад +3

    Thank u sir content is at d best . I gained confidence in PE which I used to face too much difficult.

    • @GATEMATICEducation
      @GATEMATICEducation  6 лет назад +1

      sanketdkadam solve the homework and comment ur answer

    • @sanketdkadam
      @sanketdkadam 6 лет назад

      GATEMATIC Education
      Q1} FDF=1
      Q2}Fundamental power drawn by each source=101.42W
      Q3}Load power =202.84
      Q4}total power delivered by each source =125 W

    • @GATEMATICEducation
      @GATEMATICEducation  6 лет назад

      check out next lecture..its wrong..

  • @adarshmishra3224
    @adarshmishra3224 4 года назад +1

    thankyou sir!! for making us better in power electronics.

  • @mujahidabbas5497
    @mujahidabbas5497 5 лет назад

    we are under standing vey welll ur explaing method is very goood dont change it
    thanks alot
    love from pakistan

    • @allanraju1570
      @allanraju1570 5 лет назад

      Pakistan se pyar aa Raha he sir, aap esa hi kaam karte raho.....

  • @globalnature6359
    @globalnature6359 4 года назад

    Ans- fundamental displacement factor is 1, fundamental power drown= 810.54 watt,. Fundamental load power is equal to 810.54w,. Total power drown from each source is 1000 w,. Total load power is 1000w thank you very much for you briefly description , sir thank you

  • @dharmendrameena8687
    @dharmendrameena8687 6 лет назад +2

    Ans 1 1
    2 405.28watt
    3 810.56watt
    4 500watt
    5 1kwatt
    And last Sir thank you for this one

  • @koushiksarkar9658
    @koushiksarkar9658 5 лет назад +3

    Sir please continue making videos, we students really need your help.. Kindly help us sir

  • @rakeshraidj3065
    @rakeshraidj3065 6 лет назад +6

    1-1
    2-405.28
    3-810.569
    4-500
    5-1000
    Thanku so much Sirji for such efforts 🙏

  • @VipinKumar-ox2qd
    @VipinKumar-ox2qd 6 лет назад

    Very useful vedio sir and your teaching style always effective.

  • @jadhavrutujabalasaheb5488
    @jadhavrutujabalasaheb5488 6 лет назад +1

    Thank you soo much sir
    after watching your videos my concepts about inverter is cleared very well

  • @mauryashivom7984
    @mauryashivom7984 6 лет назад

    concept is clear by making solution of your HOMEWORK question

  • @mdzeeshan6578
    @mdzeeshan6578 6 лет назад

    Too good sir
    Really helpful
    Thanks GATEMATIC

  • @gopiraman210
    @gopiraman210 6 лет назад

    Nice explanation sir
    1:1
    2:405.28w
    3:810.56w
    4:500w
    5:1000w

  • @arvindrawat6425
    @arvindrawat6425 6 лет назад

    But unique style of tutorial.
    Thanks sir ji

  • @manoharmanu2871
    @manoharmanu2871 6 лет назад

    Thank you sir you changed my view of harmonics

  • @ummadisettynarasimha5281
    @ummadisettynarasimha5281 6 лет назад

    it is interesting to watch rms and average values concept.
    now the answer 1.1
    2.405.28 watts
    3.4.05 watts
    4.500 watts
    5.1000 watts

  • @hashiska.5358
    @hashiska.5358 3 года назад

    sir, just a minor correction: when integrating with respect to "wt", limits will be from 0 radians to "pi" radians.

    • @Engineerblogbihar
      @Engineerblogbihar 3 года назад

      please watch my video also for this topic 🙏🙏

  • @ashishdubey5833
    @ashishdubey5833 6 лет назад +4

    #doubt
    Sir,while solving 3 point you consider same waveform of load and switch but in all three waveform 2 waveform is load current wavefrom and by which get average and rms value is different from switch waveform??

  • @srvdutta30
    @srvdutta30 6 лет назад +6

    Sir i think distortion factor will be 2 root 2 / (pi) ????

  • @vipinkumarazad9523
    @vipinkumarazad9523 4 года назад

    Homework Ans.
    1. Fundamental Displacement Factor=1
    2. Fundamental Power Drawn from each source=405.2w
    3. Fundamental load power=810.57w
    4. Total load power drawn from each source=500w
    5. Total load power=1000w

  • @subhendraswain4851
    @subhendraswain4851 6 лет назад

    Finally..... Thank u very very very much Sir

  • @ramshankarchaudhary3534
    @ramshankarchaudhary3534 5 лет назад

    Love you sir thanks so much all lecture vvv helpful

  • @kavipriyat3898
    @kavipriyat3898 4 года назад +2

    Sir I have a doubt you have said that to find out RMS value we have to square of that value and finally square root of that value
    But while finding the value RMS value of fundamental output voltage you have not squared the value or you have not taken the square root

  • @venkateshgiduturi5225
    @venkateshgiduturi5225 6 лет назад +1

    Understand sir... Thank you so much sir.. and my answers are
    1) 1
    2) 405.28 W
    3) 2*405.28=810.56 W
    4) 500 W
    5) 2*500=1000 W

  • @athrulisrar4468
    @athrulisrar4468 6 лет назад

    Best lecture of inverter.

  • @ambujmishra1543
    @ambujmishra1543 4 года назад +1

    Sir it would very beneficial to us if u provide ur notes of these lectures

  • @vksingh1637
    @vksingh1637 6 лет назад

    👍👍 really help me to clear my doubt

  • @rakeshraidj3065
    @rakeshraidj3065 6 лет назад +1

    Fantastic sirji 🙏

  • @bipulboruah1236
    @bipulboruah1236 6 лет назад

    I understood very well... thank you sir

  • @rajputanaboyraja6159
    @rajputanaboyraja6159 5 лет назад

    Great as always

  • @shahrukhansari8251
    @shahrukhansari8251 4 года назад

    Super explain sir g

  • @rosstaylor008
    @rosstaylor008 6 лет назад +1

    Sahii me sir....Maja aa gaya

  • @shubhamgoyal1020
    @shubhamgoyal1020 3 года назад

    sir is finding out fundamental power from source not wrong ?? bcz source contains only dc source and the source current has harmonics so if we try to calculate power from fundamental current and dc source it will come out to be zero bcz of orthogonality . please sir tell about it ?

  • @rishirajsarkar1194
    @rishirajsarkar1194 6 лет назад +1

    Sir thank you so much for the video.But sir at 23:28 we found I(01 rms)=root(2)Vdc/(Pi)R from Fourier series formula.But while calculating fundamental rms switch current,it came out to be I(01max)/2 = 2Vdc/2(pi)R = Vdc/(pi)R. Will you please explain this a bit?

    • @shaikmastanvali1512
      @shaikmastanvali1512 6 лет назад

      fundamental output rms current is I (01rms)= root (2)Vdc/(pi)R. This current will be present up to time period T. For that we follow the foruier series concept. But in case of fundamental rms switch current is present only from 0 toT/2. for that no need to do find fourier series concept ..that is out put of half wave rectifier ..so we can directly use that formula... And those both currents not equal because there is change in the time period.

  • @Koncept_Electrical
    @Koncept_Electrical 6 лет назад +3

    1)1
    2)405.284
    3)810.569
    4)500
    5)1000

  • @aparshambharkar508
    @aparshambharkar508 4 года назад

    wahh. just awesome content

  • @raunakgautam5197
    @raunakgautam5197 6 лет назад

    Answers of Homework:
    1. FDF =1
    2.405.285 watts
    3.810.57 watts
    4.500 watts
    5.1000 watts
    thank you :)

  • @ishwarchandra1314
    @ishwarchandra1314 6 лет назад

    1-unity
    2-636.61watt
    3-405.28 watt
    4-500 watt
    5-1000 watt

  • @kanthakborkar710
    @kanthakborkar710 6 лет назад

    Nice explanation

  • @ramu-sc3nf
    @ramu-sc3nf 6 лет назад

    1. 1
    2. 405.28watt
    3. 810.569watt
    4. 500watt
    5. 1000watt
    Thanq sir..

  • @vipinkumarazad9523
    @vipinkumarazad9523 4 года назад

    Watching ur lectures made me feel power electronics is so easy. I dont know how to get fundamental average value of switch current i.e I01mmax/pi

  • @aswinu6907
    @aswinu6907 3 года назад

    Around 1 year i used to study gatematic channel... But no new videos upto now..... what happened to sohail ansari sir????

  • @alearner530
    @alearner530 6 лет назад

    Great job

  • @amiyalenka9513
    @amiyalenka9513 6 лет назад

    Nice explanation sir, thank u

  • @anushareddy2736
    @anushareddy2736 5 лет назад

    At 29:46 how can u consider that formula sir.. because at load side output voltage and output current both are having Harmonics in it.. so whenever we get Harmonics in both vtg. and current then we have different formula to calculate power value..
    That is;
    Power= (Vo*Io) + (Vo1*Io1*cos@1) + (Vo2*Io2*cos@2) + (Vo3*Io3*cos@3) +.......
    This is the exact formula if we have harmonics in both voltage and current.. we used to study in networks also the same thing.. how can u calculate in this way I really don't understand.. ok but fortunately here we got to use the formula given by u sir since we got proof here that power absored= power delivered.. so coincindentally it became correct but it's wrong representation na sir... sir please check once please reply please

  • @ajijulhaquesakibopu7240
    @ajijulhaquesakibopu7240 Месяц назад

    I have a question: why are two symmetrical voltage sources used?

  • @srinuk6600
    @srinuk6600 6 лет назад

    1. dpf is 1
    2.101.3
    3.202.64
    4.125
    5.250

  • @nayeemmufti0
    @nayeemmufti0 2 месяца назад

    Great sir

  • @SJ-tb8pp
    @SJ-tb8pp 6 лет назад

    Avg current= i peak÷2 =e dc ÷4 R
    Is this any formula ,if yes how did it come
    Sorry for asking if it's a basic question...but little confused abt this formula

  • @rsclasses2.577
    @rsclasses2.577 4 года назад

    Thanks sir very usefulll

  • @rashidimam1549
    @rashidimam1549 6 лет назад

    Homework answer
    1. One
    2. 405.17 watt
    3. 810.569 watt
    4. 500 watt
    5. 1000 watt

  • @ДовудРустамов-х3ц
    @ДовудРустамов-х3ц 4 года назад

    Hello sir I have a question. Can I ask?

  • @anupbenson2439
    @anupbenson2439 3 года назад

    1. Unity
    2. 405.285 W
    3. 810.569 W
    4. 500 W
    5. 1000 W

  • @babuhembram7364
    @babuhembram7364 6 лет назад

    1)1
    2)405.28W
    3)810.56W
    4)500W
    5)1000W

  • @shivaballa6107
    @shivaballa6107 6 лет назад

    thank alot sir...my answers are: 1.1
    2.405.28watt
    3.9.00watt
    4.500w
    5.1000
    sir for 3rd one if i apply formulae i.e., po1=vo1rms2/r===root2vdc/pieR then i am getting 9wats,but by conclusion i am getting 810.56.plz helpme out sir

  • @abhiramymary4401
    @abhiramymary4401 4 года назад +1

    Hi sir can u give lectures on PE devices ..power MOSFET , GTO, etc .questions are asked from there every year 😢.
    Can you give me ur upid to contribute ?

  • @kanaktandon1573
    @kanaktandon1573 5 лет назад

    #doubt
    During Fundamental power delivered by each source why did you took switch current why not load current though till T/2 both has the same value

  • @taladasandeep8497
    @taladasandeep8497 6 лет назад

    Super Sir!

  • @amrendrasingh4628
    @amrendrasingh4628 6 лет назад

    If they ask AVG of source current in half bridge inverter then what we find as there are two sources, whether we find independently and give ans or anything else ???

  • @faizahmad3831
    @faizahmad3831 5 лет назад

    great sir

  • @vishalsolanki8934
    @vishalsolanki8934 6 лет назад

    nice video sir

  • @antheopayakrupa13
    @antheopayakrupa13 4 года назад

    Sir, does output power factor of inverter exist? ,Just like input power factor for rectifiers. If it exists how to find it? Please explain me.

    • @kms7616
      @kms7616 3 года назад

      find it by taking cos between angle of output voltage and current

  • @Medjayon
    @Medjayon 5 лет назад

    Can you put a summary of all the important equations derived at the end of the lecture?

  • @manishabhagat3712
    @manishabhagat3712 5 лет назад

    sir can you provide vedios on cycloconverter or AC chopper modelling analysis

  • @thirumalai186
    @thirumalai186 6 лет назад +1

    sir thank you very much

  • @manishgupta690
    @manishgupta690 6 лет назад

    1) 1
    2) 405.28 Watt
    3) 810.569 Watt
    4) 500 Watt
    5) 1000 Watt

  • @ayushimallick1745
    @ayushimallick1745 6 лет назад

    1. FDF =1
    2. 405.283W
    3. 810.56W
    4.500W
    5.1000W

  • @sandipyenare8681
    @sandipyenare8681 6 лет назад

    Please explain clearly fundamental average value of switch current. Why the fundamental component of fourier series of switch current is discontinous(why not present in negative cycle)?

    • @fraudbhaiya6399
      @fraudbhaiya6399 5 лет назад

      I think this concept is being taught wrong

  • @deepaksree6
    @deepaksree6 6 лет назад

    if you do a fourier series of the switch current and then take the rms value ofthe fundamental you get a different answer

  • @JitendraKumar-vp8jx
    @JitendraKumar-vp8jx 6 лет назад

    1)1
    2)405.28w
    3)810.5w
    4)500w
    5)1000w

  • @sima1520
    @sima1520 4 года назад

    Sir why u hv taken fundamental power delivered by source as total dc source voltage nd avg source current why nt fundanental voltage of source ;in total dc source voltage all other harmonics are also there na including fundamental..

  • @Akarsh9999ful
    @Akarsh9999ful 6 лет назад

    Thank you sir ji

  • @AjayTiwari-mb7sf
    @AjayTiwari-mb7sf 6 лет назад +1

    1-1
    2-405.69
    3-811
    4-500
    5-1000

  • @smrautomations2168
    @smrautomations2168 6 лет назад

    thanks for home work questions, sir keep giving
    1)1
    2)405.28
    3)810.56
    4)500
    5)1000

  • @Akarsh9999ful
    @Akarsh9999ful 6 лет назад

    1. 1
    2. 405.284w
    3. 810.56w
    4. 500w
    5. 1000w

  • @ranjankeshri826
    @ranjankeshri826 6 лет назад

    Sir is multiphase conveter video is enough for that topic

  • @gunasekar9066
    @gunasekar9066 5 лет назад

    Sir, In obtaining Switch current RMS and average... We considered time period as T but not pie. So doesnt that change the RMS value expression..?

    • @conandetective2331
      @conandetective2331 5 лет назад +1

      Isw(avg) = (1/T) {intg of Io* sinwt} with limits 0 to T/2...where T=(2pi/w).... replacing T with 2pi/w will give you answer as Io/pi.... because at the end they will cancel out...u can try

    • @gunasekar9066
      @gunasekar9066 5 лет назад

      @@conandetective2331 thanks

    • @manikondabhadravathi7260
      @manikondabhadravathi7260 4 года назад

      @@conandetective2331 but why 0 to T/2....I have represented the pulse wave into Fourier na? Why not 0 to T
      Usually sinusoidal have 0 avg so we take avg considering half wave for such....

  • @shivasankari2392
    @shivasankari2392 6 лет назад

    1) 1
    2) 405.28 watts
    3) 811.39 watts
    4) 1000 watts
    5) 1000 watts

  • @justinfofortravel5085
    @justinfofortravel5085 6 лет назад

    Splendid

  • @ranjankeshri826
    @ranjankeshri826 6 лет назад

    1.)1
    2.)405.28W
    3.)810.56W
    4.) 1000 W
    5.) 500 W

  • @mdzeeshan6578
    @mdzeeshan6578 6 лет назад

    1- 1
    2- 405.69
    3- 811.39 W
    4- 500 W
    5- 1000 W

  • @101-idc4
    @101-idc4 3 года назад

    1.1
    2.405.28 w
    3.810.56 w
    4.500 w
    5.1000 w

  • @srinuk6600
    @srinuk6600 6 лет назад

    sir for switch current rms you took load current fundamental rms instead if considering switch current square wave form
    and again applying forier

  • @RaviRaj-fy6bd
    @RaviRaj-fy6bd 6 лет назад

    1--->1
    2---->405.69
    3--->811.39
    4---->500
    5---->1000

  • @billasushanthreddy1337
    @billasushanthreddy1337 5 лет назад

    How to find input power factor of half bridge inverter?

  • @manpreetsingh-yg7bb
    @manpreetsingh-yg7bb 6 лет назад

    1. Fdf=1
    2. 405
    3. 810
    4. 500
    5. 1000

  • @saijabhumireddy7759
    @saijabhumireddy7759 6 лет назад

    sir,
    why is switch current and source current same
    i(source)=i(switch1)+i(switch2)
    is this not the case?
    please explain.

    • @conandetective2331
      @conandetective2331 5 лет назад +1

      It cannot be the sum of two right?... because they are working in complementary fashion?