What is the Spark From an Oil Burner Igniter Coil?

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The discussion centers on the mechanics of spark generation from an oil burner igniter coil when voltage is stepped up to 10,000 volts. A significant spark occurs due to the high voltage causing a rapid discharge of energy, despite the low current. The spark is attributed to a large number of electrons jumping the gap, but the high resistance of air prevents a sustained high current. This phenomenon illustrates the difference between voltage, current, and resistance in electrical systems. Understanding this interaction is crucial for comprehending how igniter coils function in oil burners.
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When I take a step-up transformer say from the igniter coil from an oil burner and step up the voltage from 110 volts to 10,000 volts with just a very small fraction of an amp in the secondary why is it I get a huge spark. Is the spark not a large collection of electrons jumping the gap because of the high voltage applied to them? And if so that many electrons flowing across the gap should register as a high current at that space in time, yet it does not. If this is not electron flow, what is it?
 
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Rockplourde said:
And if so that many electrons flowing across the gap should register as a high current
Except for the air in the gap is high resistance...
 
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