seriously, in addition, the Brown patent without actually mentioning it,
makes use of ORMEes in the form of Fe and Ni, which through the
electrolysis and the alkali metal hydroxide are placed in the high spin
state. Meyer never mentions the cruciality of using alkali metal
hydroxide and thereby excludes the need for Monatomic Material in the
splitter, and thereby skips the concept of a monatomic gas burning
(atomic heat providing) flame. Single atoms in an evenly balanced s-ORME
group provide a better electrode. Go read the Hudson Patent GB2219995
before you read up on electrolysis using ordinary T-metals.

Anyway, we are not here to speculate, that time is Over, and now we are
dealing with refining a finished product.  Speculaters should leave this
group and do their homework or either wait till the finished plans have
been posted on John Bedini's Tesla Switch page. Those who are willing to
take the problem of frequency generation at face value are those who
should reply.

This thing being already done, a single chip driver needs to be made at
the exact Puharich specified freq of 63.25khz on the msb of the nibble
counter, and 1/2,/1/4,1/8 summed up by four resistors on four pins
RB(0-3) to generate a single wire having the prescribed Puharich
frequencies.  There is no problem doing that.  The next problem is to
place the driver for the Tesla Switch as a decrement or subtract by R
routine in the same increment loop as the Puharich loop, and take the
output of that when it has count down to zero and toggle Tesla switch
pin RB(4) and complement RB(5).  Now RB(6) and RB(7) are inputs for two
pushbuttons which channel a bounceless switch routine that changes a
number R up or down, that number is the one that the one that should be
used by decrement or subtract routine above!  In this way, the Tesla
Switch frequency can be variable, while the Puharich switch is fixed.

Why am I integrating a Tesla Switch with a water splitter?  To ease up
on the battery, since most invariably, a battery will be used.  I am
sure you would do the same.