What happens when you solder 10 iPhone chargers together and try charging an iPhone XR with it? FACEBOOK: / techrax TWITTER: / techrax INSTAGRAM: / techrax Note: Don't actually try anything in this video.
@@LynJuice you mean 5 volts. W is for watt. Voltage is kind of the "pressure" of electricity. It pushes through certain resistance, creating current. The lower the resistance, the larger the current can be. And voltage multiplied by current is the power, which are watts. voltage=volt, current=ampere, resistance=ohm, power=watt. Also when you have power multiplied over time, you get energy, which is watt-hours. Thanks for attending your first lesson of Electrical Engineering.
*"Everyone should try this"* How do you expect that any normal person will buy 10 apple chargers, cut their charging port thingy and combine it into one
I swear apple will also remove the charging port like how they removed the headphone jack, they'll make it so everybody will use wireless charging instead lol
The power bricks output 5v at 1 amp. You cant really get a shock since the voltage is DC and its only 5 volts. The worst that can happen is a short and a fire. Im not sure if combining all the wires adds up the voltage or the current. I believe the current and all the cables are doing is allowing more current in the phone. So it is outputting 5 volts and 10 amps. And the iPhone is using the max current it can so it obviously chargers faster. I think lol
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No, it is never a joke to anyone, it's doing all the job - it takes the right amount of current it needs. The chargers don't apply any current themselves - they can supply up to the rated amount (5V 1A x10 = 5V 10A). The phone only takes what it needs - iPhones can charge at up to 2A with conventional 5V charging. This is why it actually chargers considerably faster, coupled with the leftover energy in the battery becoming used. That is why it charges very fast in the beginning - in reality it had more than 12% at the start and by the time it had stopped charging fast it had reached the real amount of energy in the battery + the amount of battery that was charged along the way. Good batteries rarely do that, iPhone batteries are mediocre, just like the phones themselves.
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The iPhone will only draw the necessary amount of power from the chargers that it needs when you solder them in parallel. It will allow the phone to draw more power, but the voltage stays the same and the phone will regulate the power… Try soldering them in series, that will increase the voltage from 5v to 50v, thus forcing more power through the phone
Why not? It isn't dangerous, it's actually helpful, but not by much. You can just get a 5V 2A charger to get the same results. But you likely don't know what I mean.
@@wipzeditz9960 Because as the comment section has shown people are stupid and won't know anything what they would be doing while recreating that. And even if they do, chances are the power adapters have short circuit protection if it is caused. But it likely just won't work.
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Everyone, for the love of God, DO NOT TRY THIS AT HOME, this is a prank video and trying this for real can easily lead to an electric fire, electrocution and even death of your phone and/or you. Even if this didn't kill the phone or the chargers themselves due to wiring voodoo magic, the phone wouldn't be able to charge past its hardware capabilities. They are defined by a chip on the battery itself that prevents it from exploding in your face the moment you plug it in even with a normal, single charger.
Thank you for the information.I was going about to try it at my unneeded iPad but I scrolled through the comments!Thank you very much.(This is my aunt's phone just using her phone for fun.)
you gotta think that the original charger is about 5V and like 4A, if you wire them in parallel, the current adds up, so you got like 40A with 10 chargers. No batterie charge with that, so i think it limits on 4-5A, so maybe it could be a bit faster than the original, but you could also use a charger with higher capacities in the first place. Just dont do it. So much current isnt good
@@matzesmith7928 Indeed, amperage can be unlimited for any consumer (phone in this case), but the voltage needs to be precise for the sake of the device's design. Since this seems to be a parallel circuit, it can be assumed so. However, it is not safe to assume they're ideal sources and that none of them will fail at any given moment, short-circuiting it and just burning your house down. In ideal conditions, the phone may be safe, but home definitely isn't.
That chargers will only consume what 1 charger will consume + added inefficiency caused by them being plugged in paralel. Because the modern phones don't allow more current flow than its specified limit.
Voltage stays the same becuz of the regulator, chargers have a regulator that dials down the amount of voltage received, thus being the reason why ur phone doesn't explode immediately when plugged.
