On 08/03/2014 03:12 PM, asifnathekar wrote:
My concern is that... By the sounds if it.. You can't
control current This has been the most important part of
CS production in terms of favouring a high ionic brew
Which is what most of us would prefer, unless you have
some other use for it of course.
Actually, since the current comes from an inductor, not
directly from the battery, the current can be set, over a
wide range, just by how long the circuit charges the
inductor up with current, before the pulse. A constant
voltage across an inductor ramps its current up, in
proportion to the ramp time.
A simple timer circuit sets both this ramp charge time and
the time until the next pulse (repetition rate). So this
circuit has an inherently more current regulated output than
just a battery with a resistor. I don't know, yet if
powerful, but brief (10s of microseconds) current pulses,
separated by relative long (milliseconds) rest times does a
better or worse job of creating ionic or colloidal silver
than the same average current, applied steadily. That is
really what this experiment is about. I'm trying to find
out any time dependency or resonances involved in
electrolytically releasing silver from the electrodes.
Also are you looking to
produce an AC signal from a single battery? Then the beck
design of zapper is for you. I do not use voltage
multiplying bridges or inducters but a DC to DC converter
to up my voltages. The beck design flips the polarity of
its outputs as it doesn't output a 0v Its very smart and
it works.. I've got schematics if anyone wants..
I would very much like to see that schematic, by email, or
by link.
I have two distinct ways of outputting nearly zero average
voltage (balance of forward and reverse volt seconds).
If I connect the electrodes across the inductor, then the
solution sees not only the discharge pulse, but the charging
and energy recovery, reverse 9 volt porches, before and
after the high voltage pulse.
If I block the charge and recovery voltages from the
electrodes by a diode, (only positive discharge pulse goes
to electrode) but build a second similar pulse generator
that fires, alternately into the other electrode, making a
completely symmetrical circuit, then the average voltage is
almost exactly zero. I haven't built such a circuit yet, so
I don't know if it has any advantage for double the complexity.
--
Regards,
John Popelish
--
The Silver List is a moderated forum for discussing Colloidal Silver.
Rules and Instructions: http://www.silverlist.org
Unsubscribe:
<mailto:silver-list-requ...@eskimo.com?subject=unsubscribe>
Archives:
http://www.mail-archive.com/silver-list@eskimo.com/maillist.html
Off-Topic discussions: <mailto:silver-off-topic-l...@eskimo.com>
List Owner: Mike Devour <mailto:mdev...@eskimo.com>
