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666 pancake spiral system used as primaries for bipolar TC secondary system

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  • Harvey D Norris
    Excellent results here. This model superceeds all previous ones that formerly only used one four layers unit:133 winds per phase, and having the high induction
    Message 1 of 2 , Jun 4, 2012
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      Excellent results here. This model superceeds all previous ones that formerly only used one four layers unit:133 winds per phase, and having the high induction secondary coils acting independendtly for the two secondary arc gap voltages. This method instead uses the secondaries taken with the series of their voltages applied to two primaries in series, with middle placement of the arc gap. Two of the available 6 poles from the 666 system are used as power inputs. Very efficient demonstration of action. Analysis of this system using just gas bulb loads should show a high power factor. Easily boasted as the worlds most efficient high frequency system to date, pending consideration of voltage drop vs load demand, which appears reversed on one phase that developes higher then input voltages.
      HDN
    • Harvey Norris
      Pioneering the Applications of Interphasal Resonances http://tech.groups.yahoo.com/group/teslafy/ ... From: Harvey D Norris Subject:
      Message 2 of 2 , Jun 5, 2012
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        Pioneering the Applications of Interphasal Resonances http://tech.groups.yahoo.com/group/teslafy/

        --- On Mon, 6/4/12, Harvey D Norris <harvich@...> wrote:

        From: Harvey D Norris <harvich@...>
        Subject: [teslafy] 666 pancake spiral system used as primaries for bipolar TC secondary system
        To: teslafy@yahoogroups.com
        Date: Monday, June 4, 2012, 8:59 PM

         

        Excellent results here. This model superceeds all previous ones that formerly only used one four layers unit:133 winds per phase, and having the high induction secondary coils acting independendtly for the two secondary arc gap voltages. This method instead uses the secondaries taken with the series of their voltages applied to two primaries in series, with middle placement of the arc gap. Two of the available 6 poles from the 666 system are used as power inputs. Very efficient demonstration of action. Analysis of this system using just gas bulb loads should show a high power factor. Easily boasted as the worlds most efficient high frequency system to date, pending consideration of voltage drop vs load demand, which appears reversed on one phase that developes higher then input voltages.
        HDN

        This is the ultimate cats meow of all the wireless systems of embodiments. It is  listed as the ninth embodiment. I recalling all the embodiments, memory fails me on the order of things, but a brief record;

        Fri Jan 21, 2011

        http://tech.groups.yahoo.com/group/teslafy/message/288

        Sixth Embodiment Secondary Action

        Here a simple question, which probably aint that simple to begin with but
        this sounds like a good description. Given three primaries with three phase
        inputs as pancake coils in space: And TWO secondaries of equal H/D ratio, what
        combination is best to procure the highest secondary voltage by resonant rise.
        A history of embodiments are shown.
        The first embodiment used equal high induction coils as the energy transfer
        agent where many exterior circumstances of loading were present on the inputs
        that enabled the output to appear non sensible in light of a simple fact: four
        to five times more amp turns appeared on the secondary then the sending primary.
        It was easy to note this since the same amplification of current between sending
        and recieving current was noted by fine wire turns of equal construction. In
        this case of operation the high induction coils being some 140 ohms DC
        resistance must use a preliminary voltage rise from what the alternator
        supplies, and this is accomplished by means of using three ~11mh/500ft spools of
        14 gauge wire in series. This becomes ~98 ohms or so by making interphasal
        mutual induction arrangements whereby the reactance of all three phases is
        increased by 10% But large Q factor voltage rises can be obtained in this
        method; but those outputs will be ballasted or current limited by that ouside
        connection of 98 ohms reactance between it and the supply lines, so effectively
        the assembly is a middle man that negotiates voltage rise at the expense of a
        current limitation from the source. The first embodiment could deliver 110 AC
        voltage to arc gap from an unenergized field where the unergized field state
        generally delivers less then 1 volt /phase.
        The second embodiment dispences with the middle man so that its energy may
        be directly obtained from the source. It still allows for the high induction
        coil to be used as a secondary air core tuned resonant circuit, but now all
        three delta loads are given low resistance 1/2 ohm loads where now the current
        from the source will only be limited by the inductive reactance of seven ohms
        combined with the reactance chganges brought on by the interphasal mutual
        inductiontance. The 266 primary resembles the same 666 secondary method of
        increasing interphasal mutual inductance, but the 266 primary method is
        unbalanced leaving one of the interphasal mutual inductances open as widest
        separation as the poles of the interphasal wafering using three layers. This
        inbalance produces a stronger sinusoidal magnetic field, and a rippled sixth
        harmonic magnetic field on the opposite polar areas. The secondary inductor of
        2.4H high value is placed on the stronger side of the 266 wafering which again
        decreases the senders amperage.{The placement of only one secondary 2.4 H recieivor in the stronger sinusoidal magnetic field becomes the 2nd  Embodiment The addition of the bottom secondary becomes the third embodiment.}  {Up until now the phases of the 266  primary system have not been given capacities in series. In the 4th embodiment these are incorporated as values that would be used in isolation of each phase.

        However now a secondary resonant rise of
        amperage still occurs but only the secondary is resonant, not the sending
        primaries not yet given balanced capacitive reactances in series. The second
        embodiment produces 185 volts to arc gap from an energized field.
        The third embodiment uses TWO secondary air core tuned resonances on BOTH
        polar magnetic field emissions, and when combined with common line connections
        on one side can add their voltages in series according to their phase angle of
        separation, now set closer at 60 degrees instead of 120. This method produces
        ~280 volts at arc gap from unenergized field.
        The fourth embodiment gives the 266 primaries the resonant capacities of 45
        uf they would have in isolation.
        The fifth embodiment gives those primaries a series correction by  seriesed voltages from the dual secondaries.. {For the 266 primary system this system did not appear to work well and was abandoned, because of the phase separation in time between top and bottom magnetic fields of that 266 primary system. However with the 666 system we can choose two magnetic fields out of six where the time separation between them is significantly decreased. This then later became the ninth embodiment}  This lead to separate arc gap systems for the remainder of the wireless tests.


        The sixth embodiment now involves finally now moving the pancake coils to a
        different spatial location and measuring secondary placement effects derived by
        those two secondary coils placed into combinations. In a nutshell we will see if
        placing the secondary coils BETWEEN the pancake coils is more effective then
        sandwiching the pancake coils and placing them as exterior receiving agents. This led to suspending the third coil away from the assembly to achieve between effects.  There are  certain load applications such as ferrite heating that demand the primaries be isolated

        The seventh embodiment was a high resistance water arc gap. When the independent arc gaps from the primary 266 machine are enabled, one arc gap has less voltage then the other, and may result in non firing of that gap. However secondary arcing tests  to hand held bulb show a stronger emmission from the side not having a functioning arc gap. Thus one gap seems to be sufficient for the system to work, and we can give the weaker side the high resistance water gap.

        The eight embodiment involved use of a 4/1 step up ferromagnetic transformer for the weaker bottom phase of the 266 primary. All of these embodiments have been shown by videos. Up until all of these tests, the alternator field had a pulsed DC ripple inherent in my 120uf rectification system. This has been replaced by a solid state; ripple free DC signal. In the old method the meter readings of the system were very chaotic when arcing was demonstrated.  Now those signals are fairly clean and don't appear to jump to wild extremes. At max 7VDC field  signal, 30 volts average stator phase voltages may be obtained. The clean DC field signal is more efficient on creating stator voltages. At this highest setting the whine of the arc gap becomes apparent as it is firing at an incredible rate. Heating of alternator only noted with highest volume test.  Over 2 inches of arcing between globes with no needle help.

        The ninth embodiment is the use of the 666 primary system for  dual seriesed output voltages for single arc gap and opposite primary fields.

        HDN, back to work



        HDN- Will report back on this matter soon.


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