maybe Meyer do electrolysis with high efficiency.
Electrolysis depend on Amps, lowest voltage is the best.
Faraday laws depend on a stable DC Voltage.Faraday laws depend on Amps.Faraday don't make laws about pulse voltage.
i thought "Meyer use Pulse high voltage equal 1.48 DCV or less but consume more amps than stable dc".because if you use low voltage you cannot make high amps(example 10ohms 1.5 v 0.15A you must make lowest ohms(by increase surface area) to create high amps).
Example 1:
- resistor spec = 10W, 10ohms.
if you use 10 stable VDC, max amps=1 A (10W),
20VDC 50% duty(10VDC-Avg) with 10ohms resistor amps=2A 50% duty(1A-Avg) =20V*2A=40W*50%=20W.
analog meter show avg voltage or amps.20VDC 50%duty=10VDC,2A 50%duty=1A.Avg power=10W but real power=20W.
Example 2:
-resistor spec= 10W, 10ohms.
if you use 10 stable VDC, max amps=1 A (10W),
100VDC 10%duty(10VDC-Avg) with 10ohms resistor amps=10A 10% duty(1A-Avg) =100V*10A=1000W*10%=100W.
analog meter show avg voltage or amps.100VDC 10%duty=10VDC,10A 10%duty=1A.Avg power=10W but real power=100W.
Example 3:
-resistor spec= 10W, 10ohms.
if you use 10 stable VDC, max amps=1 A (10W),
1000VDC 1%duty(10VDC-Avg) with 10ohms resistor amps=100A 1% duty(1A-Avg) =1000V*100A=100000W*1%=1000W.
analog meter show avg voltage or amps.1000VDC 1%duty=10VDC,100A 1%duty=1A.Avg power=10W but real power=1000W.
Now No one use high voltage with success.but someone use low voltage high amps make high output gas(fast freddy3v 55amps or 10v70A).maybe Meyer make it difference.=use high voltage to create high amps.from example that show when use 20vdc pulse dc to 10ohms 10W resistor, real power=20W then resistor burn because heat(or energy).with this energy can split water to gas.
thanks
geenee
