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More points in "AC on Capacitors" 

Electronics For Us
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Hi,
I can't put video for all the comments. But I felt it is a generic comment and wanted to create this video only to fix the misunderstanding about AC response of capacitors.
Capacitor level as follows:
At 0°=0V
From 0° to 90° = Current flow from supply to capacitor
At 90° = Peak value
From 90° to180° = Current flow from capacitor to supply ( Equal to discharging o equal the value with supply)
At 180° = 0V
from 180° to 270° = capacitor will charge in reverse direction
At 270° = Negative peak value
From 270° to 360° = Current flow from capacitor to supply ( Equal to discharging to follow the supply level)
Hope it will clear your doubts.

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17 сен 2024

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Комментарии : 33   
@shibilymohamedali
@shibilymohamedali 4 года назад
I am from Kerala. Nice presentation. Thanks & keep it bro👍.
@ElectronicsForUs
@ElectronicsForUs 4 года назад
Capacitor level as follows: At 0°=0V From 0° to 90° = Current flow from supply to capacitor At 90° = Peak value From 90° to180° = Current flow from capacitor to supply ( Equal to discharging to equal it's value with supply) At 180° = 0V from 180° to 270° = capacitor will charge in reverse direction At 270° = Negative peak value From 270° to 360° = Current flow from capacitor to supply ( Equal to discharging to follow the supply level)
@shivaprabhu3204
@shivaprabhu3204 3 года назад
There is No sin wave in Real Time AC supply. If we use 50 Hz there is 50 Times Time delay in Per Second. So Please don't teach wrong thing About AC supply and Sine Wave..
@pasupathi2478
@pasupathi2478 2 года назад
Super bro sema explain neenga engala maari clg students ku avangaloda lab expriment lam video poodunga bro engalukkum konjam help aa irukkum think about bro engala mari clg students ku konjam help aa irukkum
@mallikrish1719
@mallikrish1719 4 года назад
Super bro nethu sonanthe clear tha bro ithuvum ok awsome🤩👍👌
@Aravinth-im5cn
@Aravinth-im5cn 4 года назад
Super explanation
@sharukm2283
@sharukm2283 4 года назад
Great explanation bro😘♥️
@jrliju
@jrliju 4 года назад
வெறித்தனம் bro... 👌👌👌👍
@ElectronicsForUs
@ElectronicsForUs 4 года назад
😄
@manikandasivad3126
@manikandasivad3126 4 года назад
Super sir nalla understand achi
@madheswaran5429
@madheswaran5429 4 года назад
🔥🔥 சூப்பர் சகோ..
@Madhankumar-yh6df
@Madhankumar-yh6df 4 года назад
bro ac current pathi sollunga
@mokkaplayeryt
@mokkaplayeryt 4 года назад
super bro
@suryakumars6358
@suryakumars6358 4 года назад
Bro Apo sin(90) la charge agura peak(6v) epdi sin(180) la 0v ku charge agamudiyum I mean anga discharge dana nadakudhu?btw (sine 90-180) Before it entering into negative half
@ElectronicsForUs
@ElectronicsForUs 4 года назад
Incase, 90° la irunthu 180° degree varaikkum supply illama voltage decrease aanaa athutha discharge. Ithula apdi illa. Neenga intha circuit la capacitor ku bathilaa resistor connect pannalum ithe decrease (in 90° to 180°) irukkum. Athukkaga resistor discharge pannuthunu solla mudiyumaa?
@suryakumars6358
@suryakumars6358 4 года назад
Then capacitor epo bro discharge panum Power electronic ckt la lam positive half la one direction la charging um then polarity marunadhum another direction la continuous ah charging matum dan aaguma bro Supply cut aana matum dan capacitor discharge aaganuma(like DC)?
@ElectronicsForUs
@ElectronicsForUs 4 года назад
Power supply cut aana mattumthanu illa. AC supply tharumpothu discharging process maximum theva illa. Power electronics ellame DC supply vechutha irukkum. For example, buck boost converter, cyclo converter, full bridge converter. AC la capacitor maximum filter or arrest purposekutha use aagum. DC la intha discharge pathi therinjikanumna, multivibrator circuit working principle therinjikanum. Athu purinja intha discharge process easy ah puriyum(DC)
@r.d.rgroups2560
@r.d.rgroups2560 4 года назад
tnq
@harrisjohn7219
@harrisjohn7219 4 года назад
@@ElectronicsForUs bro but 90 to 180 degree still voltage supply irukum pothu capacitor la develop aana voltage en bro kuraiyanum. 6v kuda less voltage add aanalum athu same polarity thaane bro. After 180 degree thaane opposite polarity la voltage supply irukum for capacitor?
@sarathikannan6088
@sarathikannan6088 4 года назад
Bro intha reason nala than battery la ac charge panna mutiyata
@ElectronicsForUs
@ElectronicsForUs 4 года назад
Consultant energy a tha adachau vekka mudiyum. Alternating energy ah adachu vekka mudiyathu.
@r.d.rgroups2560
@r.d.rgroups2560 4 года назад
frequecy nala than pann mudiyathu bro....Ac la charging an discharging continuous a nadakum ...fraction of time la ninga yatha addaika mudium 0 or 100......tnq
@shivaprabhu3204
@shivaprabhu3204 3 года назад
@@ElectronicsForUs No wrong.. If we take Single Phase Supply we use Practical today.. There is no Alternating Direction.. Don't teach Wrong..
@shivaprabhu3204
@shivaprabhu3204 3 года назад
@@r.d.rgroups2560 We are using time delayed AC supply. 50 Hz means 50 times time delay per second. We cannot create Time Delay in Battery.. So only we cannot store AC supply..
@r.d.rgroups2560
@r.d.rgroups2560 3 года назад
@@shivaprabhu3204 yann bro.... pazaiya comment yann achii.....
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