A very useful description and schematic of the microwave circuitry called:
The Microwave Oven Voltage-Doubler Circuit Used in the High Voltage
Circuits of Commercial Residential Microwave Ovens
is shown at:
http://www.gallawa.com/microtech/doubler.html
This is very useful to insure that you
Aren't there two different approaches to the high voltage CS making?
One uses an arc, producing more colloidal particles, and one uses the
electrodes further apart to produce ionic CS quickly with the high
voltage potential.
Which one are you referring to?
Dan
On Fri, Jul 31, 2009 at 11:36 AM,
There are three ways I know of to do HVAC, actually.
The arc method is the one most likely to produce undesirable nitrogen-based
compounds, so I haven't tried it. Then there is the immersion method (both
electrodes fully immersed), which according to Ol' Bob Berger is limited to
producing maybe
A microwave magnetron runs on HVDC and the box has a power level
function to pulse it.
Watch that cap! [ZAP]
Ode
At 11:46 AM 7/30/2009 -0400, you wrote:
Using microwave parts is extremely dangerous. The voltages are high, the
capacitances big, and currents unlimited. There has been
Thanks for the warning about the cap. I made sure I discharged that before
going into the electronics too far.
Yes, I heard that the microwave electronics produced pulsed DC.
At this stage I am looking for evidence of the system being able to produce
small enough particles before I have a large
For the high voltage generation of CS, you use very small electrodes,
not large ones. You use large ones for low voltage CS. The trick it to
get the high density of silver ions away from the electrode before they
can aggregate sufficiently. For low voltage that is done by Browning
movement
Marshall-
That is really great information.
I was told that I required 'bigger' electrodes and not smaller ones.?? Now
that I think about it all HVAC systems do seem to have skinny tiny bits of
electrodes sticking out of glass tubes just as you describe it.
I am not sure what the voltage I am
Using microwave parts is extremely dangerous. The voltages are high,
the capacitances big, and currents unlimited. There has been some
discussion of using microwave transformers, but I thought those were for
HVAC not HVDC. I see no way to produce small particle CS using high
voltage DC as
Marshall
Duncan's HVDC generator from microwave parts (scroll down a bit)
http://members.shaw.ca/duncancrow/colloidal_silver.html
It's what I use now, after going thru the various stages we've used
including HVAC.
Not for the careless or electrically unknowledgeable.
High voltage DC or AC is a different animal. I have made it successfully but
it would take as long as LVDC CS. Increase the electrode size on LVDC and it
would make allot faster. Using 2 1 ounce silver bars will produce a gallon
every 2 hours under the right conditions.
Other people on this list
Hi-
I am new to the group here. I was referred to this list by a fellow who
says there was some experience here amongst your ranks using microwave
transformers and capacitors etc to make CS using high voltage DC.
I wanted to go to the archives to have a look around but that section is not
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