Do not try this at home! This is a comparison between high voltage AC versus DC electricity on human body, and some circuit design.
For more details, please see http://www.electroboom.com/?p=470
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By: Mehdi Sadaghdar
For more details, please see http://www.electroboom.com/?p=470
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By: Mehdi Sadaghdar
I’m surprised you’ve still hair on your body
The flinch 😂
9 YEARS AGO???? how have this guy not died yet doing this
Please tell me one thing….when the circuit is running and you touched the 340 V DC it doesn't shock you
…but as soon as the curcuit is switched off from the mains and then you accidentally touched the 340 V DC the got an electric shock….why is this so ?
911 Operator: "911, what's your emergency?"
Mehdi: "Hi!"
911 Operator: "You again? *sigh Sir, It's the resistor guy. Again!"
Naaaah
He sets my screen on fire
grazie mille mi ai fatto ridere
Input: 120vac
Capacitor 1: 170vdc
Capacitor 2: 340vdc
Output of a puny single diode rectifier will be doubled to 340vdc.
AC and DC current can be painful shocking moment with touch of a finger unless the voltage is low on DC 5 volts
good expain and understanble
but I have a question :
why we measure the difference potential to about 400v or 390V or so on in three lines circuit ??
as long as every line have a potential and none of them is neutral
is it must be 0 instead of 400V ?
Ending was epic 😂😂 👏
nah mate you spelled it wrong there’s meant to be a lightning bolt in the middle there
And we were always told DC was more dangerous because you can't let go…. Apart from transformers (before electronics was so good) converting AC voltages more easily, we would have been better with DC mains – no hum on stereos!
Shocking!
I felt like I died of shock a hundred times in your video and laughed like hell 😆
touches the 340V
Ouch!
proceeds to touch it again
most sanest Electrical Engineer