CAPACITIVE STEP-DOWN TRANSFORMER - Part 1

This video demonstrates how to create a step-down transformer using only capacitors and a bridge rectifier!
NO INDUCTIVE TRANSFORMERS NECESSARY!
In this case 120V AC is stepped down to about 30V DC and used to power a waterfuel cell.

Category:

Science & Technology

Tags:

• hydrogen
• fuelcell
• free
• energy
• hho
• brown's
• gas
• stanley
• meyer
• water
• powered
• car
• biofuel
• electrolysis

[phnxrzn2007]

What kind of output can you get if you power the cell from the ignition system of the car ? The ignition system allready has high voltage and low current ... You should make it work at either 12V or 2KV if you want to use it on a car

[tvryb]

all in good time:)

[deepcut66]

Nice work, can you tell us what the pamphlet is and where we can get it ? Or maybe scan it and upload it somewhere :)

Cheers.

[lokeycmos]

interesting

[benfox80]

Herbet - Down. k...

[glennjgd]

True Free energy devices exist,But the Big corporations spend millions to ensure that information does not spread to the masses,if you want a real Free energy Magnet Motor, get the blueprints at LT-MAGNET-MOTORdotCOM ,Let the revolution begin!

[deepcut66]

This is EXACTLY what i needed. Thanks for such a great idea :)

[Devin647]

can you make a video showing me how to build a step down converter to convert 24 volts DC to 12 volts DC

[BOSSBJM]

Probably on youtube too.

[BOSSBJM]

Do you have a final, working , practical, proven ,schematic that can be applied in the field with confidence and safety? If so can you show us. Can anyone? Have you checked out crob227 on toutube?

[kubikop]

If you use a variac you can calibrate the voltage in....

Hope this helps...

pm me for more info is you need any info..

Nice video...

Paul..

[teslacult]

You can use high voltages for electrolysis, but you must use a slightly different technique. First, you don't use electrolyte so your cell has a high resistance. Secondly, you must have an off time between the HV pulses. What happens is a high resistance cell will act like a capacitor. When you charge it with a HV pulse, it will store the charge and continue to gas after the pulse turns off. Keeping amperage low will keep your heat low. Use multiphase to charge several arrays individually.