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Hho Power Supply

made from an old microwave. use the transformer, fuse, fan, sheet metal, cord. do not play with the magnetron. use some old house wire. buy an amp meter, and a volt meter
Video Rating: 5 / 5

taken a old pc power supply striped all the leads and wired them together. giving 5V, Ground(0V) and 12v.DC. useing 12v at 8A DC power to power the cell

This is my PC power supply converted to a lab power supply so I can test various HHO generators to install in my Jeep. With gas prices skyrocketing I would like to get more than 13 mpg!

a remade computer tower into a 30 amp dc power supply 1.5 volt to 37 volt original circuit @ htt://www.zen22142.zen.co.uk could be modified to other voltages and amp loads could be battery or mains voltage www.docstoc.com
Video Rating: 5 / 5

In this video I describe my power supply. It is based of a microwave oven transformer. It produces rough DC current (not to be used with devices that require smooth DC).
Video Rating: 5 / 5

revised power supply from 12v to 58v DC
Video Rating: 5 / 5

Supplying similar voltage from a power supply vs. two batteries results in widely differing results. This demonstration was intended to show the importance of a good power supply. But the unexplained results are most likely due to a pulsed DC voltage. At first I thought this was causing my meters to read incorrectly. I asked Zero to comment and he pointed out that RMS values are valid. If so then prehaps this is something to look into. Below are actual results of my tests. Charger Only: 123.7F, 12.3V 14.15A 1.0LPM = 5.74mmw Battery Only: 122.1F, 12.3V 7.3A 0.42LPM = 4.64mmw Over driving the pulse voltage may be a way of increasing mmw.
Video Rating: 4 / 5

Alimentatore per generatore di gas Brown, piccolo e leggero.
Video Rating: 4 / 5

In my previous YouTube video, I thought it was the pulsed current throwing my meters off and distorting the data. But Zero said “Well, I don’t know if it’s distorted or not. Think about it. Just because we’re hitting it with peak voltage that’s higher than the RMS value, the RMS value is still the same. Wattage calculations remain the same.” OK, now I’m thinking — how can I get my car to act like the charger? After all the production was higher and the efficiency much better. Hmmmm… I think on this, and talk to my friend Richard who knows about car electronics and he says, “Your car has an alternator with diodes, it also delivers a pulsed output”. The alternator operates like the battery charger. The diodes send a pulsed current to the battery. The idea that I needed a laboratory power supply with perfectly filtered DC output was wrong. I’m believe a battery charger with a battery will simulate the power system of a car better than a steady lab quality power supply.
Video Rating: 4 / 5

This video will give people a way to create a cheap DC Power supply from a new/used computer ATX power supply. Always remember electricity is very dangerous… and I mean, both A/C & D/C types!! Instructions: www.wikihow.com I like to have a DC Power supply for testing things like when I build HHO systems (Hydrogen generators used to get better fuel mileage in cars). Remember that car electrical systems generally produce a little higher voltage of around 13.6V – 14.7V which can generate amperage a little bit better than the ATX power supply system (controlled by a voltage regulator). So the ATX system would be an approximate testing system… not an exact one. ..