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Capacitor calculations - Basic calculations for capacitors in series and parallel

Frames Capacitor calculations - Basic calculations for capacitors in series and parallel

Description Capacitor calculations - Basic calculations for capacitors in series and parallel

Comments Capacitor calculations - Basic calculations for capacitors in series and parallel

⚠️ bThis video took a long time to make/b if you would like to buy Paul a coffee to say thanks, link below: ☕ brPayPal: wwwpaypalme/TheEngineerinMindset brChannel membership: wwwyoutubecom/channel/UCk0fGHsCEzGig-rSzkfCjMw/join brPatreon: wwwpatreoncom/theengineeringmindset Comment from : @EngineeringMindset

GREAT VIDEO INFORMATION,brhow about in single phase capacitor start and capacitor run motor how do i calculate the the size of capacitor for single phase motor? Comment from : @raquelsapalaran2907

fantastic video！❤ Comment from : @jerryluo7241

Thanks Comment from : @GiC7

I have a question, brbrif the capacitor is 12 volts, what does it mean? it needs 12 volts to operate fully or it can handle 12 volts, brwill it give 12 volts upon fully charged ? Comment from : @muhammadumerprogrammer5488

Would a 100volt 3,700 or 5,000 or 10,000 Farrad capacitor be dangerous ? I need 100volt because a bicycle bottle or hub dynamo can output up to around 100 volts ac on very fast down hill descents I plan to use it to make a full wave bridge rectifier as a smoother for my vintage bicycle dynamo lights to stop the very annoying strobing that occurs with the AC & to hopefully enable the light to glow for a few minutes when stopped at traffic lights when the current from the dynamo is no longer flowing - the capacitor discharging into the load ( a 3 watt total of front & rear led bulbs) How long could I expect the lights to glow for before going out completely with these value capacitors please? Comment from : @modelsfirst

When connecting capacitors together, should it all have the same voltage support on the back of it ? Comment from : @el-haythemberrahal9009

Thank you so much This is really fascinating!😊😊😊 I have an electronics lab in my apartment I plan on going back to school online this December Very few schools teach regular electronics anymore Comment from : @briantamburelli7573

❤❤❤❤❤ Comment from : @engineeringsolutionseee3362

slides and explanations go very fast Comment from : @tysquare3193

One capacitor vs 2 or 5 parallel capacitor witch is best for ac voltage converting to dc? Comment from : @TERMINATOR_40

Do you have any platform where I can ask you a question? Comment from : @The-Gemini

Dear Experts, at 9:34, the capacitor is storing charge at the positive side which is different from the beginning So for AC which is alternating, will it damage electrolytic capacitor with polarity? Comment from : @benlee3545

whats the difference between charge and energy? Comment from : @kenithanlee2249

Thanks Comment from : @VansMari-uh2cc

Hi experts, may I know how to read the capacitor Let say the label on the capacitor is 250uf and 25v Does it mean it can store up to 250uf when 25v is applied? What if I apply a lesser voltage let's say 2 volt? Comment from : @benlee3545

What if instead of a dash it has a 0? Is it still the negative side? Comment from : @darzate85

I know this is pretty old but hopefully someone will answer When doing the time constant you stopped at 5 and said it would never fully charge but if you took it to 6 does that mean an led would blink right before discharge since it's fully charged at 6 time constants? Comment from : @talon04091

Question… Does it matter if the capacitors are soldered 2” inches from the ESC versus soldered 8” inches from the ESC in a DC brushless lipo system🤷‍♂️? These are extreme voltage draw conditions so will the capacitor’s performance be compromised? Comment from : @toysforboysrc

would a bunch of smaller caps smooth better than a single bigger cap at the same rating or same function? Comment from : @CL-ty6wp

U say capacitors do not store outgoing energy why in 2:09 the out going energy from the led goes into the capacitor insted of the battery Comment from : @dickchese8423

hello sir how are ignition coils effected by that capacitors how culd I posibly retard me ignition coilbrAlso when I do use capacitors me alternator back feads more until I reach higher rpm ranges expeciali if I use hv ceramic capacitors so I was wondering how to control the linear voltage regulator properly to fix that problem basicali I was wondering if negative voltage regulator with voltage devider wuld help me or not?brBasicaly I try some how to use automotive relay to power my e core ignition coil but I am not shure If I can build dimmer for that thing to delay ignition coils magnetic field it does use ignition module after all so I was wondering how those calculations apply to transformers and inductors and how to predict out comme??? Comment from : @MechanicForGMCCars

thank you my lord, you have saved me from the exam Comment from : @ngtranhtuan1018

Amazing explanation, very clear and understandable Thank you very much ! Comment from : @vladimirastrelin1719

230 microfarads Comment from : @elesystemic6742

ESCARGENCY Comment from : @thomaskallmyr

Everything makes sense for me, except the time constraints Like why have 5 instead of 1? Comment from : @YoutubeEnjoyer

Indeed you are awesome , for real 🙂🫡bramazing Comment from : @khodayehrangekaman315

Common men when you convert microfarad to farad you are moving the point seven places to the left instead of six since 1 farad equals 1,000,000 microfarad Comment from : @michaellamp2165

these lessons are so helpful, thank you so much!! Comment from : @snailevangelist

Great videos :) Comment from : @VirginiaGreco_Scrapbooking

The world's best teacher thanks sir Comment from : @kabandajamir9844

Working out charge across each capacitor, voltage across each capacitor and energy stored in each capacitor in a combination circuit is genuinely one of the hardest things I've done in my life I swear 😂 Comment from : @Chris-zx1ez

how do i calculate: the size of a capacitor that causes a current of 2A to flow when it is connected across a 480V 50Hz supply Comment from : @Mati-fb6ev

how do i calculate: the size of a capacitor that causes a current of 2A to flow when it is connected across a 480V 50Hz supply Comment from : @Mati-fb6ev

Cảm ơn bạn! Comment from : @trongnghia8056

Perfect explanation Comment from : @alterator

I love how he destroys something at the start of every video Comment from : @CY5588

You made me understand what a capacitor does in less than a sentence(and visual aid) i didnt understand it until now, thank you! Comment from : @brings2520

👌love it Comment from : @naadan_ruchi3190

Thanks for this It's the first video I've found that actually explains how capacitors work in a circuit and how to calculate the desired capacity as well as info about configuration, which a newbie would certainly find useful Good job! Comment from : @lozD83

Amazing vidio, froom indonesia 👍👍👍 Comment from : @barokahlampuchanel4102

I find students quite often are only as good as the teacher can’t explain 😂 Comment from : @edwardreichard3852

Great video, thank you very much for your sharing, greetings to you from Algeria🇩🇿💚 Comment from : @bounceurabdelaziz4973

I keep telling you, it's capacitators,brnot capacitors Comment from : @jimnicosia5934

Thank you ❤️ Comment from : @harshaprasad9636

Best video Thanks sir Comment from : @nsnowaz

Can you add higher capacitance or voltage say 3300uf 25v can you put 4000uf at 25v or can you put 3300uf and 60v Comment from : @trevorflynn1520

Professors and teachers only confuse students so that they can continue to keep their jobs Comment from : @vincentlee2460

Gosh! i need more capacitors for my brain! Comment from : @raffyrobles7458

I only wish this channel was made in 2016 when I started college The professors really can't explain things as simply as you! You helped me understand electronics the most for my job and helped me understand a lot more things Thank you Comment from : @MrRedman1998

Remarkable Comment from : @manzarazam8661

sir if we don't know the value of charge(coulombs) and capacity (farad)how we find the capacitor value sir kindly tell me Comment from : @khizerhusain5237

sir may i askHow many micro farad if i use 100 ah gel type battery? Comment from : @blackhawkchopper2712

Great work 🥳 Thank you 💜 Comment from : @13thravenpurple94

Excellent Comment from : @shivrajbhilare2910

These what students needa first Class teaching Comment from : @shivrajbhilare2910

Another superb video, thanks for postingbrJust one tiny criticism; for the sake of brevity it may be better to round the figures in your worked examples to just two significant places brRegards Paul Comment from : @pauln1557

What if you don't know one of the capacitors in circuit? Comment from : @sadguruspiritual

Am learning Comment from : @blessingsmwale6626

How does it work in parallel!??? Comment from : @michaelc1063

Excellent Well done Comment from : @mahuubao

so, if a ciruit requires 44 nf 20kv (very vexing to find during the covid crisis) are you saying one could use 10 4400 pf 20kv ceramic discs, as oppossed to paying a gazillion dollars trying to aquire soviet military surplus(also during the trade embargo with Russia)? My mind tells me something cannot be right as 4400pf hv caps cost so much less than doorknobs that i wonder why they bother making them Oh yes corona breakdown that pesky problem Comment from : @ladydebbielombardi8834

6:30 isn't electron suppose to flow the other direction? Comment from : @salmanalfarizi4119

Sweet and Simple Comment from : @ganeshsankaran9665

Wow , tell me the formula Comment from : @punlokengineer168

Is It Better To Use High uF Or Low Comment from : @jilliansevilla5715

What happen if I replace the Led with DC motor Comment from : @arumation4419

Where does the 05 constant come from? Comment from : @micah2936

well explained Comment from : @imho2278

Creative idea, thanks for sharing :) Comment from : @Bianchi77

I'm an ETO on ship and have one qustion which I can't fully understand On ships we almost don't use any capacitors, but there is one way to trick the erath fault system with the capacitor For example, If there is an earth fault on gauge, u can use capacitor in series with curcuit and the earth fault will be again normal, and even pointer will movie if we will press the button for checking the earth fault Anybody's guess how this work? Comment from : @shadegest1830

A1 Comment from : @joelundrigan5385

Well explained! Comment from : @TheElectroMotiveSeaman

Your instructions are a lot easier to grasp than my electrical engineering professors' lectures!! Comment from : @cryzz0n

Great explanations Comment from : @labanidharnaik1103

Thank you Very informative Comment from : @LeonardoStaAna-cf8ll

Can I use 100 ceramic capacitors instead of one electrolytic? Ceramic last longer Comment from : @jamesmk2003

Is there an app for the engineering mindset? Comment from : @leonardchmielecki6830

In series capacitors, the total capacitence never exceeds the first capacitor which is 10 and that makes perfect sense Comment from : @loktar1234

thank u that was so sophisticated and well organized🖤🖤🖤 Comment from : @AbrarAhmed-pl1me

Saya sangat suka penjelasan anda Orang yang tidak mengerti bahasa Inggris pun bisa memahaminya brTerima kasih telah berbagi Comment from : @gigihprassetyo2353

ટડ Comment from : @crcdamor3990

I just wired a starter capacitor for the first time hmm, must have just got lucky! Comment from : @jakebaldwin1308

Great lesson, thank you 😊 Comment from : @JLCPCB

Hey gang! Lets build a Gauss Gun! Comment from : @erin19030

Good presentation I don’t know why capacitor theory is made so complicated Comment from : @erin19030

It's superbly explained and you have take so much effort to do a great tutorial I salute you I've made a small donation for your Coffee! Comment from : @kokor7409

great explanation, thanks a lot! Comment from : @StealingFat

Like Comment from : @miladsafavi5578

Super Comment from : @multitechartelectronicsand5450

Super 💓 Comment from : @augustinechinnappanmuthria7042

how can i use supercap to support my power bank for wind turbine ? Comment from : @saademarc

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