ORIGINAL: Bigboat
I was see all over the years people have problems with the flybacktransformer and components.
The components will be burnout if the ocsilator stops, or in some cases the flyback didn't do anything.
If we take a normal transformer, something like 220/6 Volt and we put a puls on the 6V, we get 220Volt at the other side of the transformer.
We can also put a frequentie on the 6Volt side we need and not we can(n't) get.
At low rpm we can put a lowrate of pulses on the transformer, at high rpm a highrate of pulses.
If there are no pulses from the hall, we can stop the ocsilator and safe batteries.
Maybe we can put the position of the gasservo into the pic.....I don't know why yet, but it's possible.
The last copple of years we learn and see we make some mistakes into the past.
If we make a new CDI-concept, we must do it without the mistakes and not try to fix the mastakes.
Hi ALL! I think it is the best idea for last 3 years of this project!
After many trys to build normally working CDI hardware and soft, i started thinking like you.
And i can write software for 16f84a for this new schematic.
Just tell me what frequency transformer need for best performance.
I think we need to switch off hv generation when thiristor opens, and when capasitor fully charged, to save battary. And we need to use mosfet field transistor.
Lets try to start new CDI project together!