Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

I enclose their developments in the field of free energy.

Привет,

"Чтобы ее увеличить, необходимо на интервале закрытого состояния транзистора изменить
индуктивность в меньшую сторону. В результате такой операции, мы получим
прирост энергии, достаточной для автономной работы." - "For changing inductance we have to reduce it on the moment of transistor being switched off. In result we have gain of energy which is sufficient for self running"

Do you have any real circuit which demonstrate prolonged current flow after transistor being switched off? By lowering inductance without any special circumstances the current is larger but for less time...

[Bronepoezd]

The transformer is needed to wind follows.

[T-1000]

The transformer is needed to wind follows.

Will also ask in Russian to make sure the question is understood:
Каким образом увеличенный ток при уменшения индуктивности продлиняетса по времени? Ето главный момент такой конструкций.

[Bronepoezd]

Will also ask in Russian to make sure the question is understood:
Каким образом увеличенный ток при уменшения индуктивности продлиняетса по времени? Ето главный момент такой конструкций.

To answer this question we must look at the energy accumulated in the inductance formula. To put the current of the formula which is given for calculation of inductance energy, it turns out that reducing the inductance current increases 2-fold to 4-fold. It is able to check each.
Если выразить ток из формулы, которая дана для расчета энергии индуктивности, то получается, что уменьшая индуктивность в 2 раза ток увеличивается в 4 раза. Это способен проверить каждый.

[T-1000]

To answer this question we must look at the energy accumulated in the inductance formula. To put the current of the formula which is given for calculation of inductance energy, it turns out that reducing the inductance current increases 2-fold to 4-fold. It is able to check each.
Если выразить ток из формулы, которая дана для расчета энергии индуктивности, то получается, что уменьшая индуктивность в 2 раза ток увеличивается в 4 раза. Это способен проверить каждый.

Yes, the current is increased but not for the same period. The very important thing about that is the time of coil discharge.
When charged coil get lower inductance normally it is larger current discharge on expense of shorter pulse time. The lower inductance give less resistance. The Ohms law + capacitive discharge time period is in action.
So again, what makes higher current pulse to extend on longer period there like shown in second scope shot Рис 3. on PDF file?