AC Current and DC Current in tamil

Alternating Current (AC) vs. Direct Current (DC)
In today’s world electricity is most important next to the oxygen in the human. When the electricity was invented many changes have taken place over the years. The dark planet turned into a planet of lights. In fact, it made life so simple in all circumstances. All the devices, industries, offices, houses, technology, computers run on electricity. Here energy will be in two forms, i.e. alternating current (AC) and direct current (DC). Regarding these currents and the difference between AC and DC will be discussed in detail, its basic function and uses of it. Its properties are also discussed in a tabular column.
The difference between AC and DC
Alternating Current (AC)
Alternating current is defined as the flow of charge that changes direction periodically. The result obtained will be, the voltage level also reverses along with the current. Basically, AC is used to deliver power to industries, houses, office buildings, etc.
Generation of AC
AC is produced by using called an alternator. It is designed to produce alternating current. Inside of a magnetic field, a loop of wire is spun, from which induced current will flow along the wire. Here the rotation of the wire may come from any no of means i.e. from, a steam turbine, flowing water, a wind turbine, and so on. This is because of the wire spins and enters into different magnetic polarity periodically, the current and voltage alternate in the wire.
From this, the generated current can be of many waveforms like sine, square and triangle. But in most of the cases, the sine wave is preferred because it is easy to generate and calculations can be done with ease. However, the rest of the wave requires an additional device to convert them into respective waveforms or the shape of the equipment has to be changed and the calculations will be too difficult. The description of the Sine waveform is discussed below.
Describing a Sine Wave
Generally, the AC waveform can be understood easily with the help of mathematical terms. For this sine wave, the three things which are required are amplitude, phase, and frequency.
DC Source
In a DC circuit, electrons emerge from the minus or negative pole and move towards the plus or positive pole. Some of the physicists define DC as it travels from plus to minus.
Generally, the basic source of direct current is produced by batteries, electrochemical, and photovoltaic cells. But AC is most preferred across the world.
In this scenario, AC can be converted to DC. This will happen in multiple steps. Initially, the power supply consists of a transformer, which later converted into DC with the help of a rectifier. It prevents the flow of current from reversing and a filter is used to eliminate current pulsations in the output of the rectifier. The is the phenomenon of how AC is converted into DC.
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[@alamthabres2384]

Thank you sir .. ரொம்ப உபயோகமான தகவல்

[@Ram-KKumar]

Summary of the topic AC And DC 1... Alternating current (AC)(i) *It's indicate small letter of i. Because earlier sir said flow of charges changed them directions with respect to time(t) .so it's mentioned i(t)..it's mainly sine wave(~~).in our home we utilising this AC charges 2. Direct current (I)(DC) *It's not varied from time so its mentioned capital letter of(l) *It's doesn't have any wave.its only straight line..then uses of DC *Battery *Large power supplies for electronics systems.and motors

[@jeyakumarisaravanan]

Thank u

[@velrajnagarajnv3116]

Tq sir எனக்கு ரொம்ப உபயோகமான தகவல்

[@ShalihaBegam0589]

I hav started for TRB examination preparation after seeing yr videos oly sir... Really al topics r explained very well... Bt i am having doubt n tis point oly

[@edwindevanesan3181]

Very intelligent teaching sir. actually iam not this department .but iam join this eee department .basic fundamentals i can easily understand about u r video thank sir .for basic fundamentals.

[@zyanmalik166]

Sir please can you explain in power loom industry which current is using Ac or Dc?

[@aravindk2658]

I request you to kindly explain with animation / graphics, so we can easily understand Sir...

[@mansoorali5662]

அருமையான விளக்கம் ஐயா உங்களின் பணி சிறக்க வாழ்த்துக்கள் ஐயா... நான் உங்களிடம் சில சந்தேகங்கள் கேட்க வேண்டும் தங்களை எப்படி தொடர்பு கொள்வது ஐயா....

[@Gamingveeran.S-fl4on]

Which college this sir🎉 Pls reply.

[@ShalihaBegam0589]

Sir AC current na positive to negative nd negative to positive ku direction change aagarathunu solli irukinga, inga positive na high potential point nd negative na low potential point ah mean panringala? Appadi iruntha low potential point la irunthu, high potential ku current poga chance irukka? In between la current eppa zero aagum? Eppadi aagum? Pls adhukku explanation vera video la iruntha link podunga... Thank u...

[@satheeskumart3141]

Ac currentla Electron flow aagumbodhu munnadium pinnadium vandhuttu(Bidirectional) nagandhukitte apdiye munnadi mattumdha pogum adhanaalatha namakku + and - i mean sin wave kedaikudhu....example ku oru electron starting positionla irundhu munnadi pogumbodhu wave goes to peak from 0 then adhu pinnadi varumbodhu wave comes to 0 then again adhu pinnadi pogumbodhu wave goes to bottom then again adhu munnadi pogumbodhu wave comes to 0 ipdiye nagandhukitte charge aagi high potentaila irundhu low potentialku mattum dha pogum.........

[@ShahrukhPriyadharshiniP]

👌👌👌 clear intro of ac @ dc

[@dineshsinghup6167]

Good morning sir

[@manju5245]

Why we use sin waves to indicating charges sir???

[@hemesh-zq2nt]

An super explaination sir

[@dhanasekarannagarajan2706]

Sir, நீங்க போட்ட ac current graph ல, அந்த horizontal line க்கு மேலயும், கீழையும் waveform இருக்கு. இப்ப, example க்கு, அந்த horizontal line க்கு மேல மட்டும் sine/square wave இருக்கு அப்படினா, அது ac or dc?

[@rajirad680]

DC athu

[@rajirad680]

Directa mela sir pota mari vantha ripple factor zero....Nenga kekra mari horizontal line ku mela wave formla iruntha athula ripple factor athigama irukku bt athu DC than.... Ripple factor zero va straight line a DC iruntha athoda benefits nalla irukkum

[@dhanasekarannagarajan2706]

@@rajirad680 Good. Thank you!

[@RajeshRajesh-iw8ls]

Tq sir , good information ❤

[@siddayoga]

Sir kindly teach protection and switchgears

[@RamGopalKS]

Thank you sir Well explained.

[@hiphoparunkumar7734]

Bro Vera level ❤

[@praveenkumarr1509]

Sir dc current la printer connect panna Lama?

[@Ram-KKumar]

(1) + to - called by conventional current(holes or proton) and - to + is called by electron current right..then which one really produce electricity sir!!!! Early u said electron flow from high (+)potential to low potential (-) to produce electricity.but it actually conventional current..so which one really make electricity in closed circuit ? Conventional current(right (+)to left (-)) or Electron current!!!(left(-) to right(+)) Kindly solve my problem sir .

[@anbazhaganasivagami401]

It's good explanation sir, I need another one clarifications about DG. Why DG as designed 0.8 power factor

[@Madhankumar-yh6df]

same question

[@Ram-KKumar]

@@Madhankumar-yh6df actually flow of electron make electricity - to + but calculation regards universal accept only conventional method that's it'

[@Madhankumar-yh6df]

@@Ram-KKumar that means electron flow in a circuit is - to+ ...it's actual flow

[@Ram-KKumar]

@@Madhankumar-yh6df S bro..but we calculate any KVL,KCL or whatever we only consider that circuit + to -

[@govindarajm3280]

Super one sir

[@Saravanan-Boothapandiyan]

Super sir.....

[@Nahomi431]

Pls put compound generator i checked fully in your play list

[@thirupathi9618]

Excellent

[@kaviselvi]

Nandri🎉 ayyaaa

[@vinodhelectrical5693]

தெளிவான விளக்கம்

[@rajirad680]

Sir can you pls explain what the relation between AC and DC with voltage?

[@EEEVIDS]

Already uploaded 675+ Videos Tq

[@dhanasekarannagarajan2706]

Dc, unidirectional current flow. Ac, bidirectional current flow. Idhuvum oru difference nu ninaikiren

[@SaravanaKumar-zz2gp]

Sir explain maximum different between ac and dc

[@vikas.r2539]

Sir class 10 ku Ella physics lesson o edupinhla .....plz

[@unnimax7604]

Good class

[@briyani5]

Namma veetuku vara current enna current

[@manivannanchinnasamy3778]

Pls give some example

[@maheswaran1775]

Sir Ac current store Panna muthium ma

[@No_Face710]

Excellent..sir.,

[@balajichenniyappan9712]

miga thelivana vilakkam sir

[@030-mohamedimthiyasm.a.s4]

Sir , pulse output direct current tana

[@HOMEMADEELECTRONICS]

I understand sir

[@ramvasan2007]

Initial class charges all are electrons.but how positive charge are cot

[@ramvasan2007]

Coming

[@mohammednisardeen6427]

super...

[@irfanchamp6004]

Tq sir

[@vickyvignesh713]

Super sir

[@Cadanimation]

Plsss explain briefly ... U are just explained graph of ac and dc ....

[@EEEVIDS]

Already uploaded more videos See Circuit Theory Playlist Tq

[@Cadanimation]

@@EEEVIDS ok , tq

[@jillaravi5120]

Tq

[@aravindk2658]

AC is bidirectional means, why neutral is not shocking?, Why phase is shocking?What is 'Phase' and 'Neutral' in AC power?

[@satheeskumart3141]

Ac currentla Electron flow aagumbodhu munnadium pinnadium vandhuttu(Bidirectional) nagandhukitte apdiye munnadi mattumdha pogum adhanaalatha namakku + and - i mean sin wave kedaikudhu....example ku oru electron starting positionla irundhu munnadi pogumbodhu wave goes to peak from 0 then adhu pinnadi varumbodhu wave comes to 0 then again adhu pinnadi pogumbodhu wave goes to bottom then again adhu munnadi pogumbodhu wave comes to 0 ipdiye nagandhukitte charge aagi high potentaila irundhu low potentialku mattum dha pogum.........

[@redmano6212]

எனக்கும் இதே சந்தேகம் தான்

[@aravindk2658]

@@satheeskumart3141 வார்த்தைகளில் எனக்கு புரியவில்லை, உங்களால் animation ல் புரிய வைக்க முடியுமா?

[@RamKumar-wh9ky]

Sir.

[@வேதாகமம்அறிவோம்]

Direction and quantity are changes called AC current Direction and quantity cant changes is called DC current You not mentioning quantity

[@vigneshkvignesh9164]

Kva calculate solugu 750 kva

[@arakkonam.]

🙏🙏🙏🙏

[@vikramvedha6860]

Ac can't stored one dc stored one

[@vineshpm1434]

Please no sir

[@vineshpm1434]

Please no

[@jeevanandhamrajendran2462]

Mokka