The
Aquino's System-G v2.0
Testing
the device, by JL Naudin
created on April 15th, 2000 - JLN Labs - Last update April 16th, 2000
The System-G Project : PHASE B
This new design of the System-G uses a Contrawound Toroidal Helical Antenna (CTHA) as a source of EM waves.
The Contrawound Toroidal Helical Antenna (CTHA) is a patented antenna ( US Patent # 5,654,723 ) developed at West Virginia University’s Center for Industrial Research Applications (CIRA). One of the most remarkable characteristics of the CTHA is its ability to produce a nearly isotropic radiation pattern. The CTHA is also a ground plane independent antenna. During some comparative communication tests done by the Emergent Technologies Corporation (ETC), where all external parameters between a standard military monopole antenna, a dipole and a CTHA were equal, the CTHA outperformed the monopole antenna by a factor of 300%.
The principal reasons why I have choosen to use this antenna are :
A nearly isotropic radiation pattern,
The ground plane independent capabilities,
The height and the length of the antenna.
The CTHA consists of two helical windings along a torus shape. The resulting helix is chiral, the windings are wrapped along the axis of the helix as shown in the photos below.
In the picture above, the CTHA antenna is placed in the iron shield, not yet closed.
The System-G v2.0 is an attempt of a design which will not use the iron powder as a medium, only the iron shield will be used for absorbing the EM radiations. The main Aquino's equation will be in this case :
More to come, stay tuned....
Reference documents :
" CTHA White paper " ( PDF document, revisited Nov 97 ) by CIRA, West Virginia University,
See also :
Engineering the System-G device by JL Naudin and Steve Burns
The System-G equations solver by J-L Naudin
Email : JNaudin509@aol.com or mail to the JLN Lab's
eGroup at : jlnlabs@egroups.com if you are a team member.
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