SSG Minimizing Trigger Winding Losses

[MarkE]

I will also just state the obvious that I did not state.  There is a very good chance that a MOSFET will do just as good a job as the transistor.  With an op-amp and MOSFET combination you can probably reduce the average power required to control the timing of the switching function for the main drive coil to a few milliwatts.  So you effectively nearly eliminate the overhead for the timing and switching and can then focus on the power in vs. power out for the main drive coil.  As we know, the shorter the time allocated for energizing the coil, the lower the resistive losses to heat.

Certainly for things switching at slow repetition rates up to 10's of kHz it is going to be rare that a BJT will be more efficient than a MOSFET.

[MarkE]

How fast is it? Have you or anyone else tested it for speed?

That other Airhead denies pressure causes heat. You're both good at just blasting it out your asses under pressure.

Are you heating your home with your coffee table yet?  Are you making diamonds with it yet?  I won't tell DeBeers.

Even using the very pedestrian Op-Amp that TK pulled out of the drawer, the comparator circuit in the MHOP has much better timing response and stability than a reed switch.  It has the additional benefit of not suffering contact arcing and wear out.  The single disadvantage of the circuit is that it requires bias voltage whereas a reed switch is powered by the mechanics of the system.

[nilrehob]

Well guys, did any of you really look into any of my videos?
Did any of you respond to the content of my videos?
Are any of you for real or are You all just trolls?
You really fucked up this thread really fast.
Thanks!

Ill start a new thread with my next circuit so You can continue trolling this one.

/Hob