ENERGY AMPLIFICATION

[Tito L. Oracion]

joke only friends

[a.king21]

TITO:  Why not open source your invention and charge a 5% royalty on every build??
That way everyone wins.

[forest]

still searching ? why ? Tito explained it well if you read Tesla notes
especially his interview on high frequency ac currents
he many times mentioned that his way is to minimize resistance while adjust inductance and how capacitor can rise efficiency
that means rising Q factor
now think, can you power resistive load in resonance using much less input power from source ? I think current microcontrollers can easily and fast adjust working frequency, right ?
there is no difference if load is on tank circuit or on secondary circuit,right ?

[Bob Smith]

ok! heres another tip:
recently i just realized that AVR are more chief than inverters and we can buy at least 5k watts of those.
and it says there that we just need to produce at least 160 - 250 volts of energy to make it run.
Now!, i prefer it producing only 160 volts to make its regulating power to work. isn't it?.   and its automatic jetmatic mucolytic ryumatic. 
hope for the best everyone. 
atiots

Hope this helps:
http://www.ebay.com/bhp/automatic-voltage-regulator
Bob

Edit:  Just found this -- http://www.ehow.com/facts_5019061_automatic-voltage-regulator.html

[Bob Smith]

still searching ? why ? Tito explained it well if you read Tesla notes
especially his interview on high frequency ac currents
he many times mentioned that his way is to minimize resistance while adjust inductance and how capacitor can rise efficiency
that means rising Q factor
now think, can you power resistive load in resonance using much less input power from source ? I think current microcontrollers can easily and fast adjust working frequency, right ?
there is no difference if load is on tank circuit or on secondary circuit,right ?

Nicely put, Forest
So, in other words, a circuit at resonance will have greatly diminished resistance and very high inductance?
Instead of a microcontroller, can we not also feed back a pulse in a coil (from a discharging capacitor) across the primary?
Tito has mentioned balance (I assume in coil size/length/weight) a number of times...
In this way, would we not have a continuous ringing or kicking within the primary producing a standing wave that can be tapped with a special pickup coil without disturbing the system's resonance?
Bob