Capacitor Experiments - How They Work?

[@ELECTRONOOBS]

Arduino Course LEVEL 2 (Spanish): bit.ly/2ZNWgqy Follow me on FACEBOOK for more: facebook.com/Electronoobs Help me on Patreon: www.patreon.com/ELECTRONOOBS

[@VijayaLakshmi19807]

This was an amazing explaining Elecrtronoobs, But next time please explain how to use capacitors in custom circuits effectively. Love from INDIA ❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️

[@jorgemm1914]

@Electronoobs, espero esté video en español

[@javiersieiro9363]

Move forward to see you back again in UB!!!

[@ALEFILES]

Minute 02:24: "How DOES the capacitor work?" Good video, greetings from Argentina

[@mauldulated302]

On Tantalum Caps, the Black Line is + Positive!

[@vessk000]

Please make a Part 2 where you explain the different types of capacitors - their advantages and disadvantages such as speed, reliability, etc...

[@ELECTRONOOBS]

Good idea. Thanks!

[@jj74qformerlyjailbreak3]

Best way to learn. Get to building, testing, documenting results, then loop. God Bless.

[@pyromen321]

5:35 Tantalum capacitors have the line on their positive pin!

[@andeasdonovan9691]

This is the best explanation video on Internet

[@ivorytower71]

Thank you for this video; everything was really well explained. During my university degree (nearly 30 years ago), nobody thought of demonstrating the effect of the constant electric field with increasing plate separation; it's quite mindblowing to witness!

[@tonyfremont]

This. I've been tinkering for nye on 50 years, seen all the formulas and never caught that the voltage would go up as the gap increases.

[@robobug4167]

quite nice and informative video for capacitors. Quite excited for the next video now

[@jackwilliams2010]

These are my favorite videos to watch. A strong foundation in the basics leads to better understanding when putting together circuits. My college introduced us to the equations but we never did a practical experiment for inductors or capacitors like this. But we did for finding the Q of transistors and comparing several of the same part number to see how each is not exactly like the other. Thank you for creating this!

[@danblankenship5744]

Amazing video as usual. The best visual explanation I have ever witnessed. I totally thought I understood capacitors before I watched this video. Boy was I wrong. How many others saw the voltage rise as the plate distance increased and imagined a mechanical boost converter?

[@motog4plus316]

I am amazed with the new creativity used in the video 👌🏻😍

[@makkam7575]

Amazing video as always. Can't wait to see the rest of this series. Btw you can use an axis of 1 of your 3d printers or laser cutters or even make your own axis to change the distance between the capacitors, discharge the capacitor and measure it's capacitance. Then the data is sent from the arduino to a python script for example via pyserial and saved to a csv or excel using pandas and the graphs plotted with matplotlib.

[@badraa7838]

Great video as always!

[@PhG1961]

Cool video ! An entertaining way to learn a little more about capacitors !

[@gujarisantamanyugmai]

Nice work! Thank you sir!

[@ME1D]

Best video on youtube till this moment explaining the capacitors! Thank you so muchh 😭😭❤❤❤❤❤❤❤

[@electrorush7754]

Nice and informative video.

[@sinjhguddu4974]

A brilliantly tutorial, thank you.

[@HitAndMissLab]

Thanks for the great video. Nothing beats live experiment.

[@NETBotic]

Brilliant presentation!

[@AungWinHtutGH]

crystal clear explanation!!!!

[@ProfePablo]

Excelente video! Muy Didáctico!

[@rakesharora2522]

Thanks a lot. Very helpful

[@harikamalakarreddydarapu7410]

Very well explained

[@gabrield4240]

muy interesante y excelente explicacion!, entendi varias cosas sobre capacitores gracias a este video :D

[@mohamedshehata8972]

Very helpful and informative thank you

[@onemytech196]

Excellent explanation

[@user-bn5cx9do8t]

great explanation

[@rbouakaz]

Thank you 🙏

[@pankajupadhyay1693]

Nice tutorial 👌

[@sdavidCP01]

I like your videos, they are fabulous. I don't know if you could make the cell phone gimbal like the OSMO MOBILE 5, or the continuation of the gimbal from 2 years ago as a model (TAROT), but with other motors. 👍

[@Really2950]

Fantastic

[@VictorGomes1]

Nice!!!!

[@psmbclass]

Beautiful project I am making tesla coil these was neccary

[@dinithaw]

superb video! but i have a question: what happens if we put radioactive material closer by that capacitor made of two metal plates? does ionized air changes capacitance?

[@rowmen6293]

Thankyou

[@ranaharsh365]

Wanted to see Control system videos on this channel

[@subhamdutta7778]

Please make a video about low and high pass filter.....(in details)🙇🙇🙇

[@vishwarajgatkul9517]

Can u explain about Capacitor dropper circuit 😊

[@krisraps]

What A Cool Video, Next You Could SHow How To Make The toilet paper aluminum foil capacitor

[@nloko]

15:27 Permittivity of "vacuum" (although nowadays the preferred term is just "electric constant")

[@qbitsday3438]

Hi I joined your Patreon !

[@HL65536]

How do you measure the voltage of a 200pF cap without discharging it? fet-input opamp buffer? Or is that multimeter super high impedance?

[@pyromen321]

13:22 just a heads up, the link to your capacitance meter is not in the description

[@MD-qz6gk]

After do some experiments about SMD resistirs.

[@johnkoury1116]

You guys are awesome electrical engineers. How can I take 2,000 volts 30khz and change the frequency to 60hz to run into a microwave oven transformer . Can that just be done with a resonant capacitor from that microwave?

[@flaviocosta5767]

Amigo ,sou inscrito,acompanho seu canal desde muito tempo,me ajude com um problema,teria como usar um esc de aeromodelo para fazer um potente controlador para mover motores maiores?

[@stefanoboseggia1710]

Hey, what is the impedance of your voltmeter? I am struggling to avoid the capacitor to discharge through my voltmeter...

[@oleksandrn269]

Interesting, thanks. Interesting style of the author as well. It's like he always wanted to be a cool rapper, but become a nerd )

[@illusion84]

Can you please show us that what happens when we put metallic slab between the capacitors

[@Pulverrostmannen]

5 volts on a 2,7 volt supercap? I was almost ready for an Electroboom moment there lol

[@tonyvarghese75]

Can you please make driver drowsiness detection system using raspberry pi and usb camera

[@pecilijevelicanstveni4973]

Perfect! Very obvious and informative. Kids has to learn a lot. But one thing keeps bothering me. Surface area. What exactly is meant by that term? If we look at the capacitor and its plates, we can see that each plate has two sides (if we neglect the surface of the thickness of the material), so two plates have four surfaces. So, what is, in fact, the area taken in the capacitance calculation equation? And, please, answer me: what application you use for the graphical animations? They are so wonderful!

[@pecilijevelicanstveni4973]

Thank You for the answer! But, please, can you answer to my questions? Please, read the whole text.

[@wizardman1313]

In school I've always learnt that the area used is the area of the faces that directly face each other

[@pecilijevelicanstveni4973]

@@wizardman1313 Thank you! But, there are two surfaces that directly face each other. Do we take only one face? Or both of them?

[@user-bn5cx9do8t]

please make episode for super capacitor

[@kushbala2781]

sir your all projects are cool, i like all project, sir please make a 3d printer with arduino and dvd rom.. please sir

[@nezbrun872]

Quick correction, just to confuse everyone, unlike most electrolytics where the band is negative, on tantalums the band is usually positive.

[@szevlin]

at 5:34 you say the line indicates the negative pin, but with tantalum capacitors the line indicates the positive, or am i wrong?

[@jdelectron]

Next inductance.,,,,, Can you gave any idea hint syntax For Convert code for ' i2c lcd 16X2 ' RLC Component tester that U describe in the video.

[@ats89117]

The line on the tantalum capacitor at 5:34 is the positive pin (anode). Why they did this opposite to convention is beyond me...

[@subramaniamchandrasekar1397]

In a capacitor, the plates are mechanically pulled towards each other when charged. Regards

[@mutthunaveen]

Hey man... Sorry for less views after 20hrs of upload. I've got an project idea... Make an esp8266 based logger with or without sd card, 3 or 4 channels with one ADC (making use of controller). The logged txt files need to downloaded from sdfs/littlefs (espnfilesysyem or by some other means) remotely... This will be definetly needed for most of the hobbyists just like your previous videos electronic load.

[@juanestebanrodriguez9742]

the tantalum capacitors are marked in the opposite way. The mark is for the positive pad.

[@NishantjonyJaiswal]

Gr8

[@vrijheidacademy6037]

❤

[@pic2pic]

Why electric field must be constant ?

[@abdullahashraf3151]

You 're way so Cool

[@dismayer666]

Banana for scale? :)

[@ELECTRONOOBS]

Of course

[@VU2GA]

Today's video volume is very low. Please take videos with high volume so that video may be viewed directly not with earphone. Thanks. Vu2ga

[@brandonvanderryst176]

You spelt "capacitor" wrong on the image for the video

[@martinkuliza]

I tried these experiments myself BUT IT DIDN'T WORK Later i realized where i fucked up.... .............. I DIDN'T HAVE A BANANA 😁

[@wyunreal]

No he visto el vídeo solo porque me has puesto un anuncio que no se puede cerrar

[@wyunreal]

De hecho uno que no s puede cerrar y después otro, en fin

[@t2tatu]

💎💖💖💖🖖💪✊💖💖💖💎

[@jstro-hobbytech]

I love your videos and think you're a great engineer but sell that 1400cad multimeter and 5000cad keysight oscilloscope. Get a new 1100 rigol 8gsa mdo and a u-nit 61e and you'll have a few grand to sink in to new stuff. If I could afford it man I'd be a patron but I'll make a donation when I can brother. It's expensive being an electronic engineer on KZbin and being able to buy the stuff you want. Like electroboom, he's a genius but he's funny and a beginner won't learn anything from him like they can with you and you're always thinking a million steps ahead. It would be cool to show people how to make intermediate circuits like buck boost converters on strip board and then they'd click through pcbway. The service is cheap but the shipping costs 46 dollars from where I live in Canada and it takes 2 weeks to get.

[@wartlme]

Try buying American next time.

[@noelcannon163]

This is the part of my day I always enjoy!!! Get to know the secret - P R O M O S M!!!