I have an experimental 2-stroke diesel engine. The Delphi injection system operates over less than a millisecond. A pulse of high current (about 16 A) at 24 v is generated and 'fired' with a switching inverter circuit, whose duration can be varied. This is the"accelerator."
I am not in any way an electronics expert (advanced schoolboy physics helps but little).
I published details of our circuit on wordpress.com/malc9141.
It's pretty clumsy and I was told a CMOS circuit would be better for the current generator (igen) segment.
(There are two igens in my circuit, one for Fire, the other for Hold; but if I began to understand a single igen, it would be a great help).
I have two lead-SO4 batteries in series, with a 22000 pf cap, as the source of power. The timer circuit allows a transistor BFR39 to earth (for the timed moment). This activates the igen.
Would it be possible to start discussing how I could build a CMOS igen?
It's no use having flippant one line answers, so if that's what's on offer, just relax! I need a lot of precise help; it would be a conversation.
Thanks
Malc