Disagree with much that's said....
I've seen 'bad' ballast resistors that suffered from ohmic contact problems aggrevated by heating and on-road shock/vibration. I've seen coils that static test A-OK but fall apart under dynamic load/heating for a number of reasons.
I don't know of a good way to 'bench test' each and every component and then absolutely/positively guarantee you'll get an accurate system functionality warrant.
If the problem can be recreated by driving the car, then why dissect it and take a piece-wise approach? Why not put science to work--instrument the engine to real time monitor the spark waveforms, shove exhaust analyzers up the tail pipes and take it for a spin on a chassis dyno? You'll nail what's awry PDQ and end the guessing game!
I've seen 'bad' ballast resistors that suffered from ohmic contact problems aggrevated by heating and on-road shock/vibration. I've seen coils that static test A-OK but fall apart under dynamic load/heating for a number of reasons.
I don't know of a good way to 'bench test' each and every component and then absolutely/positively guarantee you'll get an accurate system functionality warrant.
If the problem can be recreated by driving the car, then why dissect it and take a piece-wise approach? Why not put science to work--instrument the engine to real time monitor the spark waveforms, shove exhaust analyzers up the tail pipes and take it for a spin on a chassis dyno? You'll nail what's awry PDQ and end the guessing game!
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