HIGH QUALITY TPU DVD Video Released from Jack Durban

[aleks]

I would say yes your looking at a zener diode.

Unfortunately, zener diodes with high voltage rating (above 100V) are non-existent.

One thing to consider... If the potential of the output of TPU is 100V the pulse peak potential should be much higher, if the system is "self supporting". I won't be surprised if 900V TPU uses 5kV pulses. If there is no other "ground" in the device, this ground is represented by DC voltage of the system I think.

[sparks]

@alecks

  The tpu is a MAGNETIC energy collector.  It is not a transformer.  The spike could be easily 1volt peak to peak at 1x10-6 watts input to tpu output ratio.  The ambient magnetic field of Earth is a fluid.  Like air it is compressible and viscous.  All physics that apply and have been developed for fluid dynamics will apply to magnetism.  The tpu doesn't pressurize the magnetic field it uses magnetism like Tesla's turbine uses the viscosity of water.

[gyulasun]

I would say yes your looking at a zener diode.

Unfortunately, zener diodes with high voltage rating (above 100V) are non-existent.

Hi,  sorry to chime in,  though I cannot make it out what E might be in wattsup picture (it could be a zener too), Zener diodes are manufactured up to 200V, see this link (out of many): http://www.nteinc.com/Web_pgs/Fifty.html  shows zener diodes in so called stud-mount package.

@wattsup,  if it is a zener diode with x voltage, and you say the capacitor is charged up to a certain level then a zener diode start to dicharge the cap: The capacitor is able to charge up just to voltage level x, no higher, and no discharge from lower than this x level by the zener because it cannot conduct voltage level below x, ok? or you did not mean this way.

rgds, Gyula

[sparks]

    @wattsup

   I think I made a mistake calling it a zener.  There is a diode that avalanches.
Once the voltage reaches a rated voltage it conducts until the holding voltage drops to a certain level.  It may be a silicon controlled rectifier of some sort I am thinking of.  Been a while.  Anyway this device can dump the power of the capacitor in nanoseconds.

   Thankyou for the post Gyula.

[Bruce_TPU]

you guys sure of your posted NMR frequencies for iron?

i don't think there has been a consensus, and doesn't look right

bruce for example has 323 MHz. well at what B field strength?

looks like this frequency depends on B, and that at least some testing is done with B = 1T

so, in the earth's field alone, you'd be looking at a factor of 20,000 times slower

so what's that? oh about 16.15 kHz

DOH!  ............LOL

@ Poynt

This is true.  There is no consensus.  We need experimentation, not consensus.  Spherics said the NMR frequency of Iron and it's harmonics.  What divisible harmonic is not known.  I would think by four and seven, but just a guess.  So no, finding the exact frequency will be a challange, but not the hundred years to find it that SM stated.  We are closer, thanks to Spherics.

@ All
I am convinced that the correct setup according to Spheric's second post will give us an anomoulous magnetic strength.  I believe that this is the kick we are looking for, not just a voltage spike.  Gauss meters are needed.

Think about Marco's dancing magnets.  SM believed at first that perhaps the earth's magnetic field was responsible.  Spherics explained in detail, why there is a comp field.  That comp field it the key to the TPU, IMHO. 

Now Spherics was able to bypass the comp field, delay, setup, by finding a different setup for his coils, for use of the "magic" frequency.

Funny that SM gave us KHz but recommends VHF tubes.  I always did find this strange. VHF is from 30 MHz to 300 MHz.

SM's words:
"Yes, I know that they are hard to find so I have found that I can use any triode designed for color TV VHF use."

Cheers,

Bruce