Full wave Rectifier Explained

In this video, the center tapped full wave rectifier and full wave bridge rectifier has been explained. The video also includes a brief discussion about the different Full wave rectifier parameters like Peak Inverse Voltage (PIV), ripple factor, efficiency, Average and RMS voltage etc.
By watching this video, you will learn the following topics:
0:20 Introduction to Full-wave Rectifier
2:21 Center tapped full wave rectifier
6:16 Peak Inverse Voltage of Center tapped Full-wave Rectifier
8:04 Full-wave Bridge Rectifier
10:34 Peak Inverse Voltage of Full-wave Bridge Rectifier
12:07 Full wave rectifier with RC filter (Ripple voltage and Ripple factor)
What is Full wave rectifier:
The full wave rectifier is a very useful circuit for AC to DC conversion and it is designed using the diodes.
Unlike the half-wave rectifier, the full wave rectifier gives output during both half cycles. Hence, the average or DC value of the output signal is more than the signal which is rectified using a half-wave rectifier.
In this video, the following full wave rectifier circuits have been explained.
1) Center tapped full wave rectifier
2) Full wave bridge rectifier
The output of the Full wave rectifier is pulsating DC. The ripple in the output waveform can be reduced using the filter.
To remove or reduce the ripple from the output waveform, the RC time constant of the filter circuit should be much larger than the time period of the Full wave rectifier.
Parameters of the Full wave rectifier:
Average Value: 2Vm / π
RMS Value: Vm/√2
Ripple Factor: 0.48
Efficiency: 81.2 %
PIV: 2Vm (Center tapped Full-wave Rectifier)
PIV: Vm (Full wave Bridge Rectifier)
Output Frequency: 2f
The link for the other useful videos related to diode:
1) Half-Wave Rectifier:
• Half wave Rectifier Ex...
2) How to solve the diode circuits:
• How to Solve the Diode...
3) RMS and Average Value:
• RMS (Root Mean Square)...
This video will be helpful to all students of science and engineering in understanding the Full Wave Rectifier Circuits.
#FullWaveRectifier
#FullWaveBridgeRectifier
#CentertappedFullWaveRectifier
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Music Credit:
www.bensound.com/

[@ALLABOUTELECTRONICS]

The timestamps for the different topics covered in the video:
0:20 Introduction to Full-wave Rectifier
2:21 Center tapped full wave rectifier
6:16 Peak Inverse Voltage of Center tapped Full-wave Rectifier
8:04 Full-wave Bridge Rectifier
10:34 Peak Inverse Voltage of Full-wave Bridge Rectifier
12:07 Full wave rectifier with RC filter (Ripple voltage and Ripple factor)

[@steam_education]

Bro your the best always, one small help bro kindly upload controlled rectifier also and difference between those

[@steam_education]

Inverter topics kindly upload bro concepts I am not able to understand please upload inveter

[@steam_education]

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[@kakalimukherjee3297]

Which state, Sir?

[@autumnlilly2366]

Thank you, super helpful for explaining full wave rectification for my advanced biomechanics course

[@anshkothari_0068]

I loved this video. You cleared the concept very well. Thanks man and I'll recommend the channel to my colleagues.

[@nashiqhassan4987]

How helpful you are for students. Thank you very much for your service

[@ibrahimkhudai5886]

For once in my life i have actually started to take interest in my degree thanks to u

[@roberttshitenda7878]

Good morning, please can explain to me A.c theory on mid ordinate please

[@Bikdik69]

The intro was calm 🕯️🪽

[@naveenrajane7199]

👍 very helpful, great sir!

[@prototype4954]

Simply great ☺😊👌🏻🙏

[@harshrathod8258]

Thank you very much.
Nice explanation for both the full wave rectifier curcuits.

[@frankreiserm.s.8039]

I totally forgot about the center-tapped transformer since my schooling. I never use it; I always use a full-wave, 4 diode rectifier circuit with a high-quality pi filter using to capacitors and an inductor.

[@TwistedKrizZ33]

sir you are a legend

[@ahmedamrallah6559]

Thank u very much for the brilliant and clear explaination .. and i liked the last table of comparsion

[@shashanks7346]

i wish i couldve got a teacher like this

[@nippuraa_takara_chuddam]

Thankyou sir for everything ❤❤❤❤❤❤❤❤❤❤❤

[@naushabashaik6268]

You are mindblowing!!!

[@ElectricalEngineeringApp]

Very Nice Sir

[@karthiksashank6829]

😊 thanks

[@dikshantsharma3038]

Great🔥 thanks sir!!😀

[@mayurshah9131]

Superb as usual

[@rajaramyadav7546]

@12:05
if we consider non ideal diode then PIV for non ideal diode should be Vm + Vt

[@vedantsinha7374]

Thank you !

[@yuvaraja4189]

Comparison table is good. Simple to understand.

[@Akshayvalvi1583]

Awesome video

[@zayyanhtet3169]

Thank you.

[@russellwilson5246]

thank you very informative for me....i am wanting to make a bike battery charger or buy one 240v ac to round 60v dc..the batterys are lithium titenate and can take all the amps and more a house out let plug can give..i have 2 questions..1: what sort of diodes would i use to make a diode bridge circuit ?and ..2: because i have a battery down stream can i make the circuit with out a capasitor?

[@sabaarshiya5993]

Thank you so much sir

[@satvikkiduniyarecipevlogsh2151]

Excellent video sir

[@chxrry7157]

this video helps me a lot !

[@rawatvsingh]

Very good explanation. Can you please explain, how to choose the value of components. For example if some wants to make circuit for 9V and 1A. What will be the value of various components?

[@sabreenaalshooky2407]

Wonderful, thanks

[@pavankumar-ml7yl]

Thanku very helpful

[@kabirbajaj7225]

Love u

[@mdsharafathossain3767]

Very thorough presentation..however, it can be more meaningful if you can develop your presentations showing the circuit's internal actions using real-time animation.

[@gaurav3068]

Superb.....

[@bluebird5584]

Thankyou...

[@Ankushkharkwal]

Superb

[@mohammedamer7896]

I have a power supply, there is a rectifier bridge and a big 500v capacitor on the primary side of the transformer. Is this right?

[@billyraub8197]

Sir I am trying to make a electric magnet in a the base of a 30 inch metal bender I cut out and wielded it in a form of a magnet I am using a 200 amp 2 pole full bridge rectifier to change the current to dc but it keeps tripping the breaker. Do I need a transformer in front of the rectifier. Please give me some tips on making this project work. I would appreciate it

[@purvanchalstudentunion]

Still in Class 12 But Find Best Explanation!

[@anirudhgarg8772]

The load resistance terminal should not be grounded in the diode bridge based method, am I correct?

[@eswarvijju9929]

Super explanation bro

[@babug5514]

Im center tapped rectifier. What's the voltage in center of the secondary winding?

[@mostafareda953]

what is the difference between average volt and dc volt here?

[@harrycocker6840]

Thank you so much my guy

[@janrheylagana6119]

Sir, may I ask for the link to the derivation of the efficiency? Thank you.

[@mdkawsarmia828]

😍🥰

[@priyankabhavikatti6082]

Good explination

[@russellwilson5246]

hi..for the centre tap transformer diode curcuit is the resistor shown just there to represent what ever load the curcuit might have ?

[@ALLABOUTELECTRONICS]

Yes, it is representing the load.

[@jiyaallawadhi4191]

V avg for bridge rectifier shall include 0.7 instead of 1.4 according to me because second diode is after the load and we take output from load. Am I correct?

[@rajaramyadav7546]

no
apply kvl and solve you will get your answer

[@mikemwewa8442]

A full wave center-tapped transformer rectifier in a power supply provides an average dc output
voltage of 14V on which a maximum ripple of +/-0.5 volt is allowed. Diodes have a 0.7V drop
when conducting. Assuming a resistive load of 120 Ω, a line voltage of 120V rms @ 60Hz through
a transformer,
(a) Sketch the circuit diagram for the rectifier
(b) what is the rms voltage across the transformer secondary?
(c) Determine the size of filter capacitor required.
(d) Assuming 50% safety margin, what diode PIV rating is appropriat

[@mayurshah9131]

Excellent

[@armyboysubhash001]

NOT UNDERTAND😔

[@HarshaVardhan-ml6lt]

I think u don't know basics

[@priyanshrawat442]

Skill issue😂😂😂

[@im_cpk]

How frequency gets double?

[@ALLABOUTELECTRONICS]

If you see the output waveform, then it repeats itself after a T/2 time period (Compared to the original waveform) Hence, the frequency of the output waveform is double compared to the original waveform.

[@im_cpk]

@@ALLABOUTELECTRONICS Yes sir, i got it...

[@im_cpk]

@@ALLABOUTELECTRONICS I am very grateful having such good teacher...

[@frankreiserm.s.8039]

You forgot to multiply your efficiency by 100 for percent again.

[@soap_j]

8:04 bridge rectifier

[@narayanareddybattula5465]

Are you mad the derivations of full wave rectifier expressions i.e Vr(p-p)

[@narayanareddybattula5465]

Thank you and good

[@learnandenjoyphysics7300]

Narayana reddy battula. ...! What do you want to say?

[@lifexhell6281]

@@learnandenjoyphysics7300 lol

[@4MyStudents]

for negative half cycle voltage polarity is wrong

[@ALLABOUTELECTRONICS]

By reverse polarity, I mean to represent the negative voltage during the negative half cycle.

[@kattajyothi4892]

Sup erb sir

[@shakirnaeemch2955]

diodes and application k short o long answer be batao

[@ALLABOUTELECTRONICS]

For questions there is a seperate channel. You will find the playlist on the diode and diode related applications.
Please check the second channel, ALL ABOUT ELECTRONICS - QUIZ

[@aamirmari3016]

Sir this channal only electronic

[@Calphool222]

Why do Indians who are teaching something always do this weird pause before they say a noun and raise their voice? Is it cultural? What are they trying to do?

[@aamirmari3016]

and any subject aviable are not

[@paradox6402]

Sir can you pl provide pdf of this notes

[@ALLABOUTELECTRONICS]

Yes, will provide it soon.

[@paradox6402]

Sir where will we get it

[@user-wr6zn7ic6c]

Can I massage you privately??

[@carlkellogg5342]

Better English please.

[@nix7260]

Your lectures dont mean anything if you dont show the derivation

[@ALLABOUTELECTRONICS]

There is a seperate video for the same.
Please go through the playlist, you will find the seperate videos.