"You can take a stab at it like you do most of the time."
Thank you. Just trying to solve a problem and find the hindsight slap me in the face generic.
"However, In my 8 years on this forum I have yet to see one person post up and say thanks Sven you got my bike going again... None."

I get a hardon when it comes to electronics. My main bike site has a smilie icon of my screen name. Seems I get things solved over there. Kind of humbling they had my name at the Q&A but I requested we all contribute. Getting back to a concept so we/I understand the basics, it's a simple on-off kind of box. So starter button is a hold as if holding a flip. Once released, other components go right back to being in flop mode. So say the starter button (in that loop) is sending a spark to ground, the release is no other place that can trigger is a capacitor holding a way to flip-a-flop.
So if I apply DTT: I am at the switch=Trigger. Somehow we have spark waiting=Threshold. But for some strange reason, my reasoning is if it's not in a flipflop, like thousands of times, it's then a gate for a flip=open or a flop=closed, meaning, it goes to ground is the capacitor emptying to ground, not at the plug.
My thinking is it sparks. So every component works is my understanding so far. It can be repeated via the switch in the loop. But what if the switch was out of the loop and the bike fired up, has spark when it is running in the static, meaning, you don't ride with the switch down. So do we clear the box and find spark one after the other or not go trot.
Signed,
NOLTT (it's heading for page 2, the OP has yet to try that simple variable of keeping the switch out of the loop to narrow it down, meaning send the box off or throw parts at it and it's still doing the same thing).