Inductive Kickback

[Magluvin]

Hey Erfinder.

If you can, maybe we can skype later.

Mags

[minoly]

Not you EF or synchro1 -


The rest sad bunch - I posed this some time ago placing a cap across a coil and even began instructions as to how I did it what to balance in the coil, cap, and spike as well as several methods that can be used to harness... only to be laughed off the stage - hahaha
you all go at your own pace...


here is one of the first vids in the bunch:


https://www.youtube.com/watch?v=41cfHcb7qd8

[tinman]

Not you EF or synchro1 -


The rest sad bunch - I posed this some time ago placing a cap across a coil and even began instructions as to how I did it what to balance in the coil, cap, and spike as well as several methods that can be used to harness... only to be laughed off the stage - hahaha
you all go at your own pace...


here is one of the first vids in the bunch:


https://www.youtube.com/watch?v=41cfHcb7qd8

I have asked twice now in this thread-what is the difference between having a bifi coil collect the inductive spike,and a single wire coil with a cap across it ?.

All declined to answer.

[synchro1]

Not you EF or synchro1 -


The rest sad bunch - I posed this some time ago placing a cap across a coil and even began instructions as to how I did it what to balance in the coil, cap, and spike as well as several methods that can be used to harness... only to be laughed off the stage - hahaha
you all go at your own pace...


here is one of the first vids in the bunch:


https://www.youtube.com/watch?v=41cfHcb7qd8

@minoly,


You're the guy I was talking about. I searched high and low for your videos and finally gave up. I'm glad you posted them for us over here. Thank you.

[sm0ky2]

I have asked twice now in this thread-what is the difference between having a bifi coil collect the inductive spike,and a single wire coil with a cap across it ?.

All declined to answer.

Assuming you kept the impedance the same on both
and the input was the same
you would have an increase in magnetic field in one direction
and would lose an equivalent in electricity on the way out
input would be similar to the output, minus losses


In a transformer, this can have technical advantages
a secondary with a lower impedance would harness more effieicntly
than it would from the field of the monofilar coil


A capacitor performs a similar function with the charges
on its plates.

The simple answer is [sqrt](resistance^2 + reactance^2)

In both cases, reactance is 1/2(pi)(freq)(capacitance)
In the capacitor, R is very small, so it is mostly the capacitance
that governs the equation.