I have to say it: THIS is an EXCELLENT video. I have been waiting for someone to explain this clearly, literally for years. Thank you so much for this detailed discussion.

@ludicscience

8 жыл бұрын

+Francis Ziegler Thanks

Excellent tutorial! Well done video, with clear and concise narration. Thank you for sharing your knowledge and technical skills. Best wishes from Buffalo, NY. USA Roy

@ludicscience

7 жыл бұрын

Thanks a lot

@MontanaCheeky

7 жыл бұрын

The same sentiment from rural Australia

@dpyp

7 жыл бұрын

MontanaCheeky no prob I will give you a reply and a like!

@wisnudwiatmaji6415

6 жыл бұрын

Roy

@maliknaveedislam

3 жыл бұрын

I have a question to ask, for 48v, 3Kw DC motor I wanna make a backup capacitors pack, when I switch from one line of electricity to another, in that moment I don’t want to stop motor during switching, for that purpose how many caps, how many capacitors in pack required?

Good balance of practical questions and theoretical background.

i have watched several videos and found this to have the clearest explanation. thank you

Nice job, I'm looking forward to the next capacitor video..! :)

I don't think you need to debunk the capacitance of the super capacitor, Lasersaber already started his car with six 350 farad capacitors coupled in series, at one time he did it 3 times in a row, he also started his Honda Pilot with a self made hand crank capacitor. I have also noted that you're able to create your own capacitor with unlimited possibility's and storage capacitance. I'm going to try making a 5 kilo farad capacitor eventually, you should do the same!

BRILLIANT DESCRIPTION! Extremely clear. I can totally understand the difference now :)

4:05 Scared the hell out of me!

Ludic Science can you please explain to us why are resistors used in a circuit? Your videos are much appreciated :)

Very helpful and informative! TY for sharing with us!

Very informative video. Good job.

3:10 - now I get it! Now I know why they use huge capacitors for solenoid cannons!

Good video, explanation, narration.

Excellent video, thanks

Thank you for this video, it was really clear

thank you for this precious video

you always the best expanator for basic micro electic's work

Thank you so much for sharing

Thanks for the video! Well done!

Great explanation

great explanation

Great video!

I have a question to ask, for 48v, 3Kw DC motor I wanna make a backup capacitors pack, when I switch from one line of electricity to another, in that moment I don’t want to stop motor during switching, for that purpose how many caps, how many capacitors in pack required?

Very informative and thanks to share your skill and great knowledge to us. Best Regards Muhammad Aamir , Pakistan

Great work

Awesome explanation!

@ludicscience

Жыл бұрын

Thanks

So informative, thank you

Explained Nicely 👍

anyway i can contact you bro ? i have some question.. thanks ;)

Bro thanks I wast just searching for this kinda vedio

Nice work. What about a replacement for one AA battery with 50F 2,7 V capacitor ?

@muhammadsyaugiarif1984

3 жыл бұрын

you need very big capacitor

Excellent tutorial!

@ludicscience

5 жыл бұрын

Thanks!

can a battery and a capacitor current be compared to a cross country runner and a track runner, the cross country runner being slow but running for a longer time and the track runner running fast but for a short time?

thanks for posting

Excellent!!

Sir,Is the capacitor hold the charge like a battery.such as if we do charge capacitor today after one week able to use.Please reply me as soon as possible sir

3:20 how was the I=60A occured? It wasn't by using ohms law right? Doesn't I=C*dV/dt for a capacitor?

excellent class.

Inverse of impedance is a momentary conductance particularly for direct current operation of capacitor. We actually assign such conductance with imaginary figure to distinguish from intrinsic resistance because a capacitor is actually having high resistance rather than lower resistance. If direct current can persist for long to conduct direct current of relatively high amps, then the capacitor should be faulty.

Hon.can you tell me easy way to capacitor charging and discharging time how to calculate.?

Will they both have to be replaced when they run out?

dude you are and amazing person well beyond your time

How do you make a taser out of a capacitor? Can you do a video on this please

That baam! was real scarry.

nice lesson!!!!

thank you for this video.

Very nice.

If the 4700 micro-Farad capacitor has a maximum voltage of 25 volts, wouldn't that mean that the theoretical maximum current it can handle is 1000 amps? The calculation of 60 amps holds true at 1.5 volts, but to calculate the maximum possible you should use the maximum safe voltage, right?

Nice :) Thumbs up :D Alex

very usefull info thank you for it. its just wath i loking for. Another detail wold be nice its to say the form of storage the energy inside. The batery its stored by electroquimic elements ...one reaction of diferent elemento of periodic table and in the capacitor its stored in static curent pozitive electrons(right?)

@ludicscience

8 жыл бұрын

+SLEVIN SHAFEL In the capacitor is stored in the electric field.

What is the replacemant of 3.7 volt battery

Cool - perfectly balanced tree of LiPo + supercapacitors should be effective in theory. Diodes could be applicable or some advanced commercial balance equalizer.

Thank you great video

@ludicscience

5 жыл бұрын

Thanks

Hm. it seems the problem is the use of electrolytic capacitors. They have a faster response due to low internal resistance, but much lower capacity than regular or even super capacitors. Electrolytic capacitors are intended for use in microprocessor circuits and will leak if used for energy storage.

What the hell man, I also discharge voltage multiplier often and just for the short stimulating experience that the discharge phenomenon is. I actively subject myself to the observation and read the comments pertaining to the discharge before hand.......... Still got me with the jumpscare that really isn't a jumpscare but is that which delivered similar results.

Can we please see the video of how you made the capacitor bank?

@ludicscience

8 жыл бұрын

+P0tat0_craft Unfortunately I did not make a video when I built the cap bank.

@_P0tat07_

8 жыл бұрын

Ludic Science oh. Can you at least go over how you made it?

@ludicscience

8 жыл бұрын

+P0tat0_craft I made two sets of like 20 photoflash capacitors (330 V, 160 uF) in parallel, then I put the two sets in series.

so if we connect a resistor of the value of batt.-resistor of cap. to the capacitor it may provide lowvolt for certain time

@ludicscience

8 жыл бұрын

+DA AUTHENTIC HACKER yes

you are great!

@ludicscience

7 жыл бұрын

:)

In the first picture you show after the intro, in the bottom left corner, the light blue device I'm fairly certain is a MOV and not a cap.

@ludicscience

8 жыл бұрын

+sghost128 I think you are right!

Cost comparision?

how there is low resistance in capacitors while there is no electrically connectoin between the plates of capacitor?

@muhammadnoumankhan9735

7 жыл бұрын

me waiting for my answer....??? where is thr producer of this video????

This robot like voice is hypnoticing

thank you

Nice Video, But, why didn't you short circuit a 250 volt battery bank to compare.? It's would be violent too. and btw, You draw your "T" wrong. It looks more like a backwards "J" .

which one is better?

@ludicscience

8 жыл бұрын

+fdggfgdfgd depends on the application

thanks for posting .nice work , hope one day i can replace the solar batteries by capacitors .

@waleedahmed4591

7 жыл бұрын

nope you cannot

@hiithere3621

6 жыл бұрын

you can do it

@luongmaihunggia

5 жыл бұрын

It would cost alot with current technology, but capacitor does have some advantage over battery as energy storage. For starter they have a charge/discharge cycle durability of 1 million making them last much longer than batteries. With the development in graphene technology, it'd be the matter of time until capacitor can be cheaply use as energy storage.

You punched a superhero-mask!!!

Great video! But those gloves man - not cool!

capacitors shouldn't have any resistance right?

@ludicscience

8 жыл бұрын

+Gijs Capacitors always have resistance. it is called ESR (equivalent series resistance).

@Fahad4Fahad4

8 жыл бұрын

+Ludic Science do you mean impedance ?

but... I=v/r is ohms law doesn't necessarily battery deliver 10 amps. it's too much current

I thought the sound was a gun fire !

@ludicscience

7 жыл бұрын

xD

Do yo explain. The compasitor releases its energy much quicker than a battarie. Which slowly releases its energy. Only difference.

1:05 One million? Isn't it one thousand?

Wao that's powerful

4:06 YUOOUUU CRAAAAAAAZZYY!!!?!?!?!

@ShowCareMtlQc

7 жыл бұрын

:D

@ludicscience

7 жыл бұрын

( ͡° ͜ʖ ͡°)

@kellersig

7 жыл бұрын

HAHA that Remind me if this box turn Stun Gun. it will Bomb body lol

@MUSTDOS

7 жыл бұрын

just how did it vaporize and leave two holes and not a line between the connection?

@kellersig

7 жыл бұрын

it a Side by side spark, if AWG or Wire who have Copper it can turn heat tube, one of Foil was not Heat, it a Thin paper turn spark without heat

One point 'SIXTY FIVE' I am like Dude 😶

You have a 25v capacitor in the picture but you only charge it to 1.5v. What if you have a high voltage/farad capacitor at full charge. with a 1.5v voltage regulator? Would that help regulate the output to a degree? Since you will do a super capacitor I assume you might mention a something like this 9v battery super capacitor. app.box.com/shared/n2ko4f9qln

It's all awesome except use of mooch instead of much!!!

watch the zap in 0.25 speed

atu inglés le asé falta menos asentó!!! pero todo muy bien explicado Gracias

@roxanacastro7655

5 жыл бұрын

Carlos Rivas Y a tu español le hace falta más ortografía.

U didn't talk about price

@luongmaihunggia

5 жыл бұрын

Exactly, price is very important.

4:20 "bubble-rized" lol

jaja mira ese ingles papa jajaja es de otro nivel

third.

Capacitor can use both of ac or dc voltage while battery is produce dc volt only....!

@ludicscience

3 жыл бұрын

capacitor can produce dc volt only

best

แจ๊วดีจัง .... นะนะจ๊ะ ... .... คุณๆๆ

are capacitors,transistors,resistors are. the same

@dragonfruitboss3508

8 жыл бұрын

no.

@costbart

7 жыл бұрын

these are all different components. a capacitor is as shown a rapidly discharging storage of energy, a resistor is a resistance introduced to the circuit that reduces the flow of current , while a transistor is a semiconductor used in computers and stuff (idk much about them)

boltesh 😂✌

waw

Is this guy Philipino?

Ma Va Là !

uhhmmmm, am I the only one who read the subtitles?

Eeeee

هاذا هو المستقبل -this is the future

good Holasol olsimsi hoyone Hsone

🤓

hi

voltash

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