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Alternator powered Primary/ NST Experiments.



Original poster: "harvey norris by way of Terry Fritz <twftesla-at-qwest-dot-net>" <harvich-at-yahoo-dot-com>

What I have done now is to make a ready made dual
spiral bought from from Radio Shack as the Mega cable
premium flat Speaker cable that comes packaged in a
ready made spiral. A ~4 fold increase of inductance is

shown by measuring the individual and (correctly)
wired series combination. The arrangement of making a
double reversal into unity is employed by connecting
each opposite end of each spiral to opposite voltage
potentials(from the input secondary of transformer)
Then each spiral is given a capacity in series. This
then consists of a set of 180 phased LC primaries. The
arc gap uses long copper bars placed in a v formation.
These are placed as midpoint connections between each
polarities series LC quantity. This unique "Binary
Resonant System" way of doing things is absolutely
necessary for voltage to appear across the input
transformer. If a short appears on the secondary of
that transformer, the resonant current limiting made
on the transformer causes the voltage distribution of
stator inputs across the primary to be entirely
reduced to only allow conduction limited to the
impedance of the current limiting coils being used.
The current arrangement is to use (14 gauge ,500 ft
spools of 1.2 ohms)11mh coils and 10 uf caps that are
formula resonant to the source frequency of 480 hz.
A central stator line supplies these two phases
arranged as a center tap arrangement, so that each
resonant phase is not 120 degree phased, but 60 degree
phased. A 10 KVA pole pig primary is placed as the
load between those two phases resonance,
 keeping the current from ever reaching its series
resonant values on those phases, and effectively
placing the pole pig primary itself as a load on the
conversion of those series resonant phases into a
single parallel resonant circuit. This makes the pole
pig primary current limited to the value of the
impedance that 1.7 times a stator voltage input would
allow for 11 mh coils in series.

The voltage distribution by this method for the
arcing.5 mm arc gap yeilds about 22 volts out of 33
volts stator input to a pole pig primary delivering a
62.5 voltage rise to the capacities. If a conventional
tesla tank circuit were placed in this arrangement,
little voltage would appear on the primary because of
the presence of the short seen as the primary. This is
why the BRS primaries must be used, because they
remain exclusively a predominantly capcitive reactance
to the input frequency, until the moment of arc gap
firing.

This arrangement produces magnetic fields from each
coil in agreement. The inductance of one wind is .172
mH. The inductance of these winds in series is .636
mH.
The C quantities of .7 nf, combined in parallel
represent a load predominantly capacitive reactance to
the source frequency at 1.4 nf. Some question exists
at to what resonant frequency is being created. The
speculated 340,000 hz failed to resonate the prepared
SrFe secondary.

The 340,000 hz was predicted using .636 mh and .35 uf.
This is because here the mutual inductance has the
quantities LL and CC is respective series values in
resonance. Two .7 values in series represents .35 nf.
Thus the arrangement also represents a method of
collecting the energy in a 4 fold greater value, than
the value used in discharge.

An attempt to use an NST in the same arrangement was a
complete failure. The values of current available at
the 8 fold decreased current limited secondary could
not even supply 1/10th the needed current for the tank
circuit, so that no firing occured. I have placed an
article on this at messageboard.

HDN

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Binary Resonant System  http://members3.boardhost-dot-com/teslafy/

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