Voltage multiplier 10* using capacitor and diode | Electronics projects
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- Опубліковано 15 жов 2024
- 🔰Hi everyone, welcome back to our channel. In this video, We're going to show you how to make simple voltage booster circuit at home #electronics #voltagemultiplier #voltagebooster #circuit #easyproject4u #howtomake #shortsvideo #shortvideo #physics #viral #reels #shorts #shortsfeed #diy
Easy project4u | Simple volt multiplier 10* using capacitor and diode | bc547 transistor projects | capacitors | capacitors and capacitance | capacitors and resistors | capacitors explained | capacitors in parallel | capacitors in series | capacitors in series and parallel | capacitors in series vs parallel | diode working | diy projects | electronic project | electronics engineering | electronics projects | power electronics | voltage doubler | voltage multiplier
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12v to 400000v - ua-cam.com/users/shorts-1C-bW9q_lo?feature=share
😂😂😂
До 400 кВ ???!!! ИДИОТ!!!!!!!
400000V DC me ve aak bare me jhatka lagega to bachna muskie hai...😮
Alto voltaje poca intensidad.
0.0000000001mA 😂
electric law say:
increase voltage / decrease current.
Don't forget resistance !
If v=10v
I = 5A
R=2 ohm
v=IR
10=5×2
NOW IF VOLTAGE INCREASE TO 50V
WHEN RESISTANCE SAME 2 OHM
THEN CURRENT WILL INCREASE
50=25×2
There is no electrical law that says that without more information. In fact the opposite is true with a variable voltage and fixed resistive load.
@mustang2440 What do you mean, according to Ohm's Law, when the current decreases, the voltage also decreases, not increases. Ohm's Law states that the current flowing through a conductor is directly proportional to the voltage across the conductor and inversely proportional to the resistance of the conductor [𝟏][𝟐]. Mathematically, Ohm's Law can be expressed as V = I * R, where V is the voltage, I is the current, and R is the resistance. So, if the current decreases, the voltage will also decrease, assuming the resistance remains constant.
@@BuxBani exactly, that is correct. @alexandres8846 said "electric law say: increase voltage / decrease current." which is wrong.
@@BuxBaniPower = voltage * current and power in = power out. If power is constant, then increasing voltage necessarily decreases current.
multiplier , but ampere to low
Yes it
depends on a lot.
I put ampere very high=> output ampere not that low
Wow
But if it's connected to a low resistance load, won't the current be high? I never understood how volts can be high, but amperes low, isn't it all about I= U/R?
There is a mistake in the design, which is that the capacitor with a voltage capacity of 16 volts must double the voltage of the capacitor with the voltage of the rising voltage with the voltage in sequence, otherwise the capacitor will explode.
I think the current isn't enough to explode them
Shown voltage is measured on multiple capacitors in series. Single capacitor has much lower voltage on it that doesn't exceed maximum ratings
@@__MINT_The second point he probes is 24V off a 10vAC source, so will be as much as 38V to ground, so the capacitors at the bottom of the multiplier are over their rating. Its really important to check that and add headroom in a cascade because a blown (short) diode will instantly double the voltage on a cap. That can set off a chain reaction that blows the whole thing.
@@LtdJindabadthe current is internal leakage due to overvoltage, regardless of current going through the circuit
@@ryanmcintosh6714the second probe is the voltage across the second capacitor, and that capacitor isn't linked to ground. Also peak voltage is 1.414 times the RMS voltage, not 2 times. The capacitor rated for 16 volts only has 14 volts at most across it. Less when you consder diode voltage drop.
Never seen multiplier capacitors wired like that. Very cool.
It's a standard voltage multiplier, Ionisers are made like this.
Thanks for commenting
👉❤👈
@@dogwalker666 yes, i wanted to say the same thing about ionizers.
@@cris33311 👍🏻
It's the only way I've seen them wired
Gonna try this.
How diode work?
Please also explain very quickly how it works.
You need advanced knowledge of electricity and workings of capacitors and diode
Basically the capacitor’s voltage stacks
an electro cap (which is what they are using) can only hold as much voltage as the data sheet of it says, here they say its 16V, if you somehow get more than the limit of voltage in a electro cap, throw that thing away immediately, its probably going to burst.
Incredible ❤😊
Wow, this is a great way to spend your time
Should i encase this in epoxy resin so they dont ark with eachother
What is happening exactly in this circuit?how these Capacitors and diodes amplify the cureent?
Can i use 5volt dc with any capacitor
Советская схема 🤷🏻♂️
В каждом ч/б телевизоре такие были 😉
Не совсем советская. Точнее совсем не советская а швейцарская.
good job 😊😊
Thanks
👉❤️👈
good to see
Great idea
Boa ideia pra quem vende componentes eletrônicos.
Сделал два чемодана диодов и электролитов теперь вся дача от кроны работает!
ТОК МИЗЕРНЫЙ.
Для лучшего эффекта добавь к схеме трансформатор (лучше 4) и замени крону на микроскопическую 12-ти вольтовую батарейку. В таком случае, можно будет весь Нью Йорк запитать
А у меня бывший дизельный генератор ,крутит движок от стиралки и я не знаю остановится ли!? Уже месяц!
я свою дачу огородил сеткой рабицей из диодов. Теперь ее видно из космоса!
@@samuilrivkin4558 вы использовали диоды??? я по такой схеме спаял тридцать два лома , теперь Израиль просит меня чтоб я им рассказал как я это сделал, так как северное сияние до сих пор над Аляской как днем светит!
Nice, thanks!
Thanks for comment
Nice gj bro can you make shorts or video how make this volteg dc because whe you will check it with voltage monitor you will see littel down when capacitors discharge
It multiple, but do it hold a charge if applied to a source
The diodes allow the capacitors to fully charge without dissipating their electric charge by also keeping a constant stable voltage. Capacitor are then arrange in series to amplify the voltage but doing so decreases capacitance. Not that hard to see what’s being done here. We can also calculate the voltage drop across each diode as well.
What a invention 😨
Which is valiu the diode?
Wiring capacitors parallel. This is cool. I've never done control work before but it makes sense.
If you continue it to 220v will it power my RTX 4090 PC?
Can we use it for dc multiple
Input is AC and output is DC.
nice capacitors. use high voltage
Why? Each cap only experiences 12 volts at most.
Usado típicamente en televisión antiguas , se usaban triplicadores de voltaje en la salida horizontal , entraba de 7 a 8 mil volts y salían de 20 a 24 mil volts casi usado típicamente en televisores Philco y sus derivados , diodos y condensadores de alto voltaje
Se supone que a partir de los 16 voltios deberías cambiar el condensador por que se reventaria así que este video pone en duda su eficacia o hay alguna explicación?
無極電容？@@mundops2398
@@mundops2398why would the capacitor burst? Each capacitor only has 12 volts at most across it so what's the problem?
बहुतबहुत अच्छा
Guclu diyot ve kondansatör ile , 60v pili 120v cikartabilirmiyiz ? X2 olsun istiyorum ama amper de verecek
Interesting😮😮😮😮
Thanks for comment
How do you put 16v capacitors when the circuit outputs more that 16v
Is this enough to make arsc
Google arc or spark gap sizes for different voltages and you can learn how much voltage you need for an arc.
Amazing 😉
Fake voltage only showing on multimeter but in real when you put load the volt will down to 10v again 🤗
That's the comment I was looking for
@@aditya_patilw😢
@@aditya_patilit's what I was goingbto write though havent tried making the circuit. Capacitors -no matter how big, can hardly sustain a current even for 1 second. That is a joh for batteries. Capacitors do something else totally. Am gonna unsubscribefrom this fellow just now.
@@mikezsolt5127Thanks for your comment.
If there is anything you want to know or a circuit you are looking for, comment and I will try to create it.
👉❤️👈
Well said....once the load is connected, it'll become a turtle
Damn , that's soo cool 😮😮
Input current ac or dc ??
AC input, DC output.
Input.volt.kitna..
How many amps can that circuit handle?
Series Capacity Like a battery why you using diode ?
it will multiply nano Volts or not?
No, you get a voltage drop across each diode.
High-power inverter circuit - ua-cam.com/video/QsEpJNb59-Q/v-deo.html
😮😊🎉😅❤🎉😊
@@Тенгиз-ы1н❤
AC or DC?
Input AC
I have 1 li ion battery 60A/h 3c discharge. is it possible to get 12v 2A out of it. how?
Wonder how much current you can get through that before it burns...
Cool
Can this run on DC ?
It requires an AC input, so if you have a way of switching the DC to AC then sure.
What is total output current
Nice
👉❤️👈
Bro doing art work
how about maximum drawable current?
Guys, is this real? How does it work??
It's real basically since the input is alternating current, the diodes basically "push" that 10-11 volts onto each subsequent capacitor once per phase till the entire thing is charged, but since the diodes and capacitors are in series the output is the total charge of all capacitors added together and it outputs DC instead of AC. I'm not very good at explaining it but just look up how voltage multipliers work here on UA-cam for a better explanation. This is used in TONS of high voltage low current applications.
Excelente
Is it a voltage booster or voltage multiplier .
Read the tile once again!
I don't know!! 😂
@@tamilvijay5104 I'm sorry! Get a stronger magnifier!
It is a voltage booster .
@@bunnyenergetic3142 Noooo!!! Voltage multiplier! Change your eyes!
Good 👍
Very good
Input AC?
Yes
where is second multimeter pin?
the what?
it's connected to the first negative pole bro that's very common in parallel and series connection
@@grimmint5278true. Just move the positive pin to a specific point to measure voltages across
LEGAL 👍
Bro explain y did u connect diodes & capacitors like tat whn u explain viewers can understand more & learn plz bro
How many AMPS out???
How much current is possible with that?
Kaskádové zvýšení napětí s malým proudem.
Staré, dávno známé!!!!
How can reduce ah in battery?
12v 7ah convert 9v 1ah without modified battery
Aren't you reducing the current?
Current capacity and yes.
Smart
Thanks for comment
Dikasih tegangan berapa volt
So if u want a 90v and 1A output you have to input 10v and 10A much or less...so if u want to not drop the input voltage u need to input high current
Capacitors in dc current?
AC input, DC output.
Input kitna tha iska
input Ac or DC
AC input, DC output
Right works Great on your pizoelectic Shoes ,just like our cars make energy as you Go,Im no fool
Такая схема хороша для поднятия напряжения с шагового двигателя. Первое преобразование из переменного в постоянное происходит на одном диоде.
Диоды лучше брать с низким падением.
Fack
very good... This is pump charge circuit
It's very similar and uses the same principles but it's a different circuit.
Is there one for 3 to 12 volts
This one.
But when you connect it to a device or lamp, the voltage will decrease to return to the source current
That's why the circuit isn't designed to handle those types of loads 🤦
It is not possible to use 10 V DC instead of 10 V AC ؟؟
Nice video. Background music was great. Can you tell me the name of the music track?
Desert Rose by Bony-M
Just joking
Zig Zag by Clarx
Ini sangat keren
Простой умножитель.
А какой ток будет? И смысл в бытовом применении этой конструкции?
Tasers, old tube TV's, ion pumps, bug zappers, electrostatic powder coating and paint guns, just look up voltage multipliers.
Why you not considered in transformer...
Cheaper and easier to get higher voltage.
Це схема помножувача. Збільшуючи напругу ми зменшуємо струм, але не забуваємо про опор. Схему помножувача використовують для збільшення напруги використовують, наприклад, в електричних мухоловках. Ніколи не забувайте правило: ніщо і ні звідки не з'являється, а переходять з одного стану в інший.
U could also do the same thing with resistors and with an ammeter ul grt different voltages across the connections but moment u put load goes to zero as u basically shorting the circuit
tu sei grande
ممكن شرح ازي زاد الفولت رغم أن المكثفات 100uF/16v فكيف ذاد الفولت وهل المكثفات قادرة على تحمل 91v
Estão em série
Only if you know basic electronics and little maths you'll know
fake
Конденсаторы работают при своем номинальном напряжении, выходное напряжение складывается из суммы заряда всех конденсаторов, ток при этом мизерный.
Excelente pergunta!
Há um somatorio das tensões dos capacitores, por isso está aumentando a tensão!
❤❤❤Nice
Interesting
Genial
real?
Yes
im a little new to electrical engenering- does it turn ac to dc or dc to dc?@@easyproject4uofficial
Yes, it's a basic voltage multiplier circuit used in lots of devices
best
How about the amperage?
It dropps a lot, not only proportional to voltage increase, also by is influenced by the capacity value on capacitors
The capacitor is micro Farat. U will get micro amp
Can you print that out for me?
Current be like:
- i am going down
Elektronikçilerin sohbeti bile bilimsel. Seviyorum bunu ❤❤❤
😮👍👍👍💫
👍👍👍💡💡☕☕
ممتاز. ٪٪٪٪٪٪٪٪٪٪٪٪٪٪٪٪❤
চেক করার মিটারের নেগেটিভ কোথায়? একটা ফেস দিয়ে কিভাবে volt মাপা যায়?