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Flynn
Research
Defining
The Shape Of Science & Technology
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| Parallel Path Magnetic
Technology
Determining Input Power:
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And
The Effects of Excess Electrical Power
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| The amount of electrical
power required for maximum efficiency and force on a single armature is
the amount of electrical power required to produce an equal number of
lines of flux in the coil as is produced by 1 of the permanent magnets.
The easiest way to determine this electrical input power is to slowly
increase the power until zero force is exerted on the armature on the
left by the flux paths. This
is defined as 1 unit of electrical input. |
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| If electrical input power
exceeds 1 unit of electrical input, more lines of flux are produced by
the coil than are produced by one of the permanent magnets. If the coil
produces more lines of flux than the magnet produces, the coils excess
flux traverses the upper and lower flux paths and through both
armatures. The armature on the left experiences a force of attraction
that is function of the square of the excess flux produced by the coil. The
armature on the right also experiences an additional force that is a
function of the square of the excess flux. Ironically these two forces
balance using the fixed air gap. Therefore the force on the armature on
the right remains at 4 units of force. In practice where the air gap is
time varying, as it would be in motion producing devices, the forces due
to excess flux when averaged over an appropriate time frame would be
equal. However at a given instance the force, due to excess flux, on one
armature would be greater than the force on the other armature. In all
cases the armature that contains the flux from the Parallel Path
Magnetic Effect will always have a greater force.
Therefore the conclusion can be drawn that the amount of electrical
power that exceeds 1 unit of electrical input is wasted. This
would be true of all electromagnetic devices where a coil couples with a
permanent magnet. The coupling flux should not exceed that
produced by the permanent magnet.
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Powering The Coil In
Excess Of 1 Unit Of Electrical Input Produces an Excess Flux That
produces a Force on Both Armatures
If Excess Power is
Applied You Might Miss the Parallel Path Magnetic Effect
'The Effect Where All
Of The Force Is Applied To Only One Of The Armatures'
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| This is the same as above
only 1 unit of electrical power through the coil is reversed. The effect
is the same as above only the force relationships act on the opposite
armatures. |
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| This is the same as above
only the electrical power that is applied exceeds 1 unit is reversed
through the coil . The effect is the same as above only the force
relationships act on the opposite armatures. |
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Parallel Path Magnetic Technology is a Trademark of
Flynn Research Inc. Copyright 1999 Flynn Research
US & Foreign Patents Pending
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