80KV Coil Pack and wires combo
The TRUTH was known by Tesla OVER 100 years ago.
A LOW resistance wire WILL reduce ARC Duration which IS a VERY BAD thing to do for best ignition in an IC engine.
Those here that understand OHM's Law will agree.
Those here who would like this to be explained : Think that higher resistance limits current flow, thus the current discharge into the cylinder WOULD occur for a longer time, much better for cylinder ignition.
The same amount of electrons ARE released by the coil, just over a more correct time of number in degrees of crankshaft rotation.
Lance
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The TRUTH was known by Tesla OVER 100 years ago.
A LOW resistance wire WILL reduce ARC Duration which IS a VERY BAD thing to do for best ignition in an IC engine.
Those here that understand OHM's Law will agree.
Those here who would like this to be explained : Think that higher resistance limits current flow, thus the current discharge into the cylinder WOULD occur for a longer time, much better for cylinder ignition.
The same amount of electrons ARE released by the coil, just over a more correct time of number in degrees of crankshaft rotation.
Lance
Also 100 years ago they said we couldn't make it to the moon.
The times have change and having the least resistance is a good thing. Now it helps gain Hp,TQ and MPG
One Example : Ricardo's Observation
"The Ignition Spark need to occur for a period of thirty (30) degrees of crankshaft rotation"
This is of course RPM dependent.
The simple math using Arc Duration/Plug Gap/Wire resistance can then be EASILY converted to best RPM.
So I ask : What IS the Arc Duration that you coils produce ?
Lance
To read the article, follow the link below:
http://lateral-g.net/bored-and-strok...s3-part-three/
In case you missed it, you was asked a question in post #52
One Example : Ricardo's Observation
"The Ignition Spark need to occur for a period of thirty (30) degrees of crankshaft rotation"
This is of course RPM dependent.
The simple math using Arc Duration/Plug Gap/Wire resistance can then be EASILY converted to best RPM.
So I ask : What IS the Arc Duration that you coils produce ?
Lance
Maximum Dwell4.5 milliseconds
Maximum Spark Duration2.0 milliseconds
Acceleration Compensation 0.5 milliseconds
Battery Voltage Compensation Setting Net Voltage Dwell Compensation-3.08.0 Volts 2.4 milliseconds-1.010.0 Volts 0.9 milliseconds 0.012.0 Volts 0.0 milliseconds 0.514.0 Volts-0.5 milliseconds 1.016.0 Volts-0.9 milliseconds
Maximum Spark Duration2.0 milliseconds
Acceleration Compensation 0.5 milliseconds
Battery Voltage Compensation Setting Net Voltage Dwell Compensation-3.08.0 Volts 2.4 milliseconds-1.010.0 Volts 0.9 milliseconds 0.012.0 Volts 0.0 milliseconds 0.514.0 Volts-0.5 milliseconds 1.016.0 Volts-0.9 milliseconds
These must be GM Object settings.
The Battery Comp follows Ohm's Law = 14 Volts is "0" with 7 volts is 2x with 21 volts .5x the dwell value.
Max Dwell at 14 volts = 4.5 ms with a greater value causing the coil to FRY.
Never heard of Accel Comp ?
Arc Duration = 2.0ms, the length of the spark, the time, into the cylinder.
The Arc Duration IS related to SPG, my guess is the GM specification of .060".
This is MOST important AND RPM specific to achieve an ARC that will last THIRTY degrees of crankshaft ROTATION at chosen engien speed.
My best at a way to explain, I could try again ?
Lance
These must be GM Object settings.
The Battery Comp follows Ohm's Law = 14 Volts is "0" with 7 volts is 2x with 21 volts .5x the dwell value.
Max Dwell at 14 volts = 4.5 ms with a greater value causing the coil to FRY.
Never heard of Accel Comp ?
Arc Duration = 2.0ms, the length of the spark, the time, into the cylinder.
The Arc Duration IS related to SPG, my guess is the GM specification of .060".
This is MOST important AND RPM specific to achieve an ARC that will last THIRTY degrees of crankshaft ROTATION at chosen engien speed.
My best at a way to explain, I could try again ?
Lance







