Half Wave Rectifier(Output Voltage & Current, Ripple Factor, Efficiency)|TECH GURUKUL By Dinesh Arya

[@surajpatel7671]

Sir aapne etne ache se explain Kia ki kahi bhi koi problem nhi Hui aur ab ese ratna bhi nhi padega thanku so much sir ji

[@taanukidunia]

Watching this before exam....found it really helpfull thankyou so much sir for the great work

[@dipeshlamichhane1272]

You are the only one who explained area under the curve.Great work

[@mr_meow_77]

Yes

[@siddharthrajsingh910]

Very well explained sir....I really appreciate your work! It helped a lot 💖

[@AyanVadodariya-qi5sm]

Sir... I can't think of a better explanation than this... Thank you so much... God bless people like you❤

[@yaminijanghel1630]

Can you please derive the value of ripple factor for half and full wave rectifier.
Also , I've one question that how is input ac power I^2/4 , it should be
I^2/2?

[@ektachhaila6958]

How can one even dislike this video?
such a beautiful explanation sir :)

[@devarshborker5308]

Can u do a derivation video on I'rms {pure ac component}

[@kushalsubedi659]

very nice explanation sir keep going and make other videos related to electronics ,this will really help in my studies.

[@vinayakvashishtha5442]

Your videos are very helpful and easy to understand..❤

[@rajaman5461]

aap bohot achha padhate hh...........

[@AMANPATEL-wn8vt]

Thanq sir....

[@Sem-oe2nz]

Very help full video sir

[@shrutipriya9568]

you are great sir. Thank you for the video sir.

[@TechGurukul]

Thanks

[@zahidhabib5062]

Thank you sir we have got it all 😍

[@nahak03]

Thnk u sir great explanation..

[@TechGurukul]

thanks

[@venkateshtewari5366]

Vry nice explanation, pls make videos on transistors, zener diode..

[@TechGurukul]

Very soon

[@shivangkumar3491]

thank you sir
i just can,t express my feelings
your videos are very very helpful
i mean life saving
❤️#respect and #love to you

[@alokmunna336]

you are right dude,
really life saving video ❤

[@siddharthpatel2195]

AWOSOME VIDEO KEEP IT UP

[@dashraththakur9422]

Very good sir Lecturer
Sii

[@bhavikbhate7864]

Big fan sir.
Very helpful video.

[@PradeepKumar-id1jg]

Best teacher for electronics, thank you sir🙏🙏

[@UjjwalSharma.861]

Best exaplination

[@minarulislam3897]

nice vedio

[@sujeethgorati7062]

god bless u sir

[@ScifiTunnel]

1/3.14 =0.318
plz correct sir the average value

[@ushasrichanna3201]

Sir... Is it ok not to derive the expression for ripple factor and efficiency.... I mean you've written the values directly right..

[@shubhambelurkar7785]

Thanku Sir...

[@siddharthrajsingh910]

0:47 diode off nahi rehta hai , Current condition off rehta hai (bcz reverse biased me p-n junction current flow ko band kar deta hai)

[@princetrivedi2093]

Really nice explanation sir
Thank you

[@yz_3246]

Thank you so much sir 🙏

[@blewcarpet1926]

Wow guru ji

[@harshit7489]

Good sir ji

[@shahzeensyed369]

Bestest Sir..
Keep it up!
☺☺☺

[@TechGurukul]

Thanks a lot 🌹💐

[@golupachauli1826]

Sir Analog ki online class bhi krate ho Kya?
Bahut achha pdhate ho sir Thanxx 🙏🙏❣️

[@T4U_]

Sir transistor ka video banao

[@TechGurukul]

Manoj Kumar Verma OK. Very soon

[@theidea7702]

Thank you Sir

[@mitulsinhdabhi2998]

Sir please explain Irms and Vrms value....

[@studentlifechange]

Nice sir

[@LakkojuHemanth]

Nice explanation thankyou sir could you please explain about clippers clampers

[@KS_Solar_Services]

Amazing lectures.please make videos on Power Amplifier

[@statusarena3516]

sir aap kis book se padhate hai,book name plz sir

[@Abdul____Qadir]

great work sir. 👍

[@entertainmentdhamaka9469]

may u please explain sir
how u derive the formula for average velocity

[@TechGurukul]

velocity ???? where is velocity.
please go through video

[@vishalkumarverma7034]

😊 you mean average output voltage or current

[@salinaparween5683]

Sir bjt &lifier ka vedeo bnaye please

[@TechGurukul]

OK. Thanks for the concern

[@pranjalshirke1605]

Sir derivation imp hai kya exam ke liye?

[@thefactspro5199]

Sir screen shot lene ka time dijiye
Or efficiency nikalne ka tarika batayyea

[@pnsphysicsclasses3012]

Sir, your video is watched by teacher ,please describe that for half wave rectifier I ,rms is equal to half of current max ;

[@rabiashakeelahmed9086]

what is formula for ripple voltage of peak rectifier sir

[@ankitagarwal8168]

Please explain how rectification eff. Calculated

[@nishachoudhary9202]

Sir , please explain voltage regulation in half wave and full wave rectifiers

[@saqibbashir6903]

Sir we can use DC voltage in bridge rectifier???

[@TechGurukul]

Purpose of rectifier is to convert ac to dc.
so input should be ac.

[@saqibbashir6903]

Okay sir means DC can never be used in it

[@gulshang8077]

Sir transistor pe video banaiye

[@yamanappakashannavar8732]

Sir how to find riple amplitude

[@ashigupta4518]

Can you please solve class B amplifier with effiency

[@shivansh.speaks]

🙏🙏

[@studywithmpsingh]

Sir amplifier or thermodynamics per bsc 1st year ki full playlist chahiye please sir chanel ko subscribe bhi kar diya

[@vishalkumarverma7034]

Sir rms output voltage or current,tuf,regulation ke baarey mein ekk video banaiye ye toh half wave rectifier mein hai sir

[@bahaknp332]

didnt explain the imp part... good

[@sreepathyps5875]

How to find rms value of ac component?

[@KNoshithaDevi]

Sir here R means sum of load resistance and forward resistance or only load resistance

[@spacepirate17029]

Only load resistance.
In case of ideal rectifier,we assume that the diode has zero resistance.
Hence,forward bias resistance is considered zero.

[@simarpalsandhu5576]

/
rms value kidhr hei

[@rupalnag4440]

Plz derive ripple factor, efficiency, piv Or tuf plzzz it is so doutful concept for me

[@godxdarksoulyt9073]

Just ECE things 😌😌...

[@akashcallofdutymobile8888]

Efficiency ka mathematics formula Kya hoga

[@mughatoamugha9029]

sir what is dwt representing. integration of Vo "d_wt" wt= is for the sinusoidal waveform with respect to time, and d is for?

[@vishalkumarverma7034]

d is differentiation symbol for example if you differentiate y as a function with respect to x where y is dependent and where x is independent so we can write as dy/dx or y' or D

[@PriyrajRathva-mb3ku]

after 6 year syllabus not changed

[@Himanshu_singh_i]

Bhai mai to pehle bar aap se sun raha hun ki science ka bhi syllabus change hota hai 😂

[@a.hscienceacademy7641]

Full wave ke liye kese nikalege riple factor and effeciency

[@aditipurohit5629]

notes?

[@tanay841]

Sir I think rms is equivalent to dc output and average value is equal to ac input. So efficiency should be (I rms)^2 / (I av)^2. Please clarify me.

[@spacepirate17029]

Firstly,Rms value is entirely different from Average DC value.Secondly,by definition of rectifier efficiency,it is the measure of how much DC power can be derived from AC input and not vive versa.......

[@rajaman5461]

sir.....apko hmare college m hona chaiye

[@ch.mratnakar3688]

Generally Ripple Factor is not measured in percentage.

[@ankitprajapati5521]

Omega t kya hai yahan par

[@chetanpatidar1562]

upon me -2pai kyu likha?

[@shantnukumar1559]

Average output current nahi samjh me aaya sir.
RMS value kya hota hai

[@spacepirate17029]

Basically average of an alternating value..

[@WolverineYt007]

Play it in 1.25 speed

[@preetimishra784]

-2 pi kyu likha sir aur likha to hathe kyu sir🙏🙏

[@UnexploredHeart]

sir ripple factor nahi aaya

[@JunaidKhan-ui2fr]

Sir you don’t know how to integrate what you did is absolutely wrong integral of sinwt is -coswt/w

[@amanborse8968]

but integration is done with respect to d(wt) omega(w) is not constant. for e.g sin (x) d(x) == sin (wt) d(wt)

[@spacepirate17029]

In simple terms,wt is a variable here.....

[@physicsim-possible630]

121℅ of 200℅ or what I'm confused121℅ of 200℅ or what I'm confused how it can be more than 100℅ how

[@Muhammadabdullah-u9b]

1.21

[@vshal7403]

U should more eloborate ripple factor and efficiency

[@AshishJangid-so4ju]

Thank you so much sir

[@indiandivinelifestyle6513]

thank u very much sir ....excelent explanation

[@Saurabhsingh-hy3gf]

Nice Sir

[@Kriss7580]

Thank you sir

[@Himanshu_singh_i]

Thanks sir