From Ruslan K new video.
https://youtu.be/j_ICLdvLy1M?si=8tyhtwQTjP-a3ZsWI will not draw 200 kHz 200 periods
I will draw 3-4 of their periods to make it
it’s clear that these are the periods that
your pumping frequency every period is 200
kHz let's say Well let's say Well of course
it's not 200 here but I'll write 200 kHz there
maybe 100 The more the better
Briefly speaking
saying Now look
further we have an increase in current
Here
Here
I show here on the basis of sinusoids
we have an increase in current See here
this is where you need to make a vacuum
there is a vacuum made for one interruption
goes 50 Hz to the second interruption and then
the third one does it all together
the generator reaches you or
no, that's how it is with Kapan
the inductor will start working
There is no need to send two signals to the inductor
apply to the inductor 200 is supplied
kHz if you are going to this
reel
aniye
ge
Just what you see is what I tell you
Here
drew here
this is what turns out to be an increase in current in this place needs to be interrupted
vacuum is another question If pumping is 200 kHz
then what
high frequency is the same
the most
Select a high-voltage transformer
under under your naka so that the fronts coincide
every
impulse vacuum discharge must
coincide, that is, with a shift from yours
pumped if it doesn't match
Nothing will work so we have
more
Well, it's from a long wire that
which wire came from which wire?
walked in Russian is possible What is the duration
from the branch of the environment when pushing the current in your
installation Here is a stupid question Alexander
Absolutely the response of the environment is an impulse
as soon as you stop the vacuum goes
sharp filling of space that is
it's just an impulse and this impulse
you need to push them the current is very short
he is different
happens while Tesla or something
working at this moment is going That is, he
it’s just that there are only a few microseconds there
there's even a microsecond
some kind, that is, it depends
what kind of vacuum will you make if it is very
it's big, it won't fill up so quickly
this also affects a lot, so it’s necessary
make a movement in phases in phases in order to
to clearly get into the current pushing
that's why I say that 200 is better
kapa kapa did 200 kHz he did
specifically so that for each half-wave 200
kHz pushed then more power So than
you interrupt one of the coils I coil
I don’t interrupt my work. I have a system.
works for
generators are interrupted and that's it
Electronics is everything
does this very thing
let's say this vacuum is also regulated
there is this is what is meant here
that's why there should be a short one
impulse that creates a vacuum and which
lets him go so as not to disrupt work
transformer to inertial
the magnetic field movement remained
otherwise you won’t be able to accelerate there, but
brake the aircraft in reverse
this is in Every every period more precisely in
half-cycle of each at 200 kHz And already these
200 kHz driven by 50 Hertz What
incomprehensible You have three generators
working first High voltage second
low voltage and third and this one
fifty eyes that rules everyone
with these three you get resonance in
resonance it turns out like this
bullshit Capa said about this by the way
you have it going like this, let's throw away 50
Hz let's leave it at 200 kHz Well, let's say you're
I said that your TVS works at 60 on
68 kHz Okay, let's leave it with you then
68 kHz you do for pitching 68 kHz and
are you making a generator for your 68 kHz
uh this same TVS here now
you fold them along the fronts and moves them
a little
yes, that is, you do a phase shift, it’s possible
do this even by the way
most simply on a resonant circuit
the Conder is standing, it will slow down and that’s it
at the moment when the current increases
this one will be yours
cut off 200Hz don't care through the diode bridge
stick it in Only
Author
Topic: Don Smith Akula, Ruslan, Stalker, device discussion and replications. (Read 47493 times)
