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Lenz-less Transformer Design
Hi gotoluc
With the use of a resonation circuit such as is shown here and on
page 10-52 of the Practical Guide to FE, sinewave AC would be
obtained through your toroidal transformer with a 12V battery
and an interaction of the capacitor being charged and discharged.
Through implementing a small signal transformer such as a standard
1:100ohm with its thin 100ohm winding as the one leading from +V to
the collector, the input to the toroid as you've shown on video with
the three separate coils would connect in parallel.
[ Delayed Lenz Effect in Transformer Test 3 ]
With the frequency controlled by the variable resistor and capacitance value
on the base, would it be a matter of tuning these values to acheive the
Delayed Lenz Effect?
Arco - Meissner Oscillator 1214620
With the use of a resonation circuit such as is shown here and on
page 10-52 of the Practical Guide to FE, sinewave AC would be
obtained through your toroidal transformer with a 12V battery
and an interaction of the capacitor being charged and discharged.
Through implementing a small signal transformer such as a standard
1:100ohm with its thin 100ohm winding as the one leading from +V to
the collector, the input to the toroid as you've shown on video with
the three separate coils would connect in parallel.
[ Delayed Lenz Effect in Transformer Test 3 ]
With the frequency controlled by the variable resistor and capacitance value
on the base, would it be a matter of tuning these values to acheive the
Delayed Lenz Effect?
Arco - Meissner Oscillator 1214620