@@pinheadjones74 the only thing i can see here is that he is trying to add a shield in order to reduce capacitance.... this is effective with data or audio cables but as far as an ignition cable goes - a good and simple way to reduce capacitance is to use a heavier cable and/or shorten the distance between the coil and the spark plug... even after that - this will absolutely not raise voltage but it will perform more efficient. If you want to raise the voltage then you get an ignition coil that is capable of doing so. Even if you were to add capacitors to your factory ignition system, all that will do is smooth out the voltage output from the coil and lower capacitance.
@@wwcrxww it adds measurable capacitance, just like shielded cables have a higher capacitance than unshielded cables. A simple Google search for "Are shielded cables higher in capacitance than unshielded cables" will net an answer that clarifies this.
@@wwcrxww A simple google search for "Are shielded cables higher in capacitance than unshielded cables" will net several results that prove this assumption incorrect. As a consumer electronics engineer, my years of education and experience counter the Dunning-Kruger laced response offered by you above.
lol yeah ok
What this accomplishes is adding capacitance to the output. It does work. I'm not affiliated with the video producer, but I've seen this done before.
@@pinheadjones74 no this doesn't work at all. I'm sorry to come off rude but, no, this doesn't work.
@@pinheadjones74 the only thing i can see here is that he is trying to add a shield in order to reduce capacitance.... this is effective with data or audio cables but as far as an ignition cable goes - a good and simple way to reduce capacitance is to use a heavier cable and/or shorten the distance between the coil and the spark plug... even after that - this will absolutely not raise voltage but it will perform more efficient. If you want to raise the voltage then you get an ignition coil that is capable of doing so. Even if you were to add capacitors to your factory ignition system, all that will do is smooth out the voltage output from the coil and lower capacitance.
@@wwcrxww it adds measurable capacitance, just like shielded cables have a higher capacitance than unshielded cables. A simple Google search for "Are shielded cables higher in capacitance than unshielded cables" will net an answer that clarifies this.
@@wwcrxww A simple google search for "Are shielded cables higher in capacitance than unshielded cables" will net several results that prove this assumption incorrect. As a consumer electronics engineer, my years of education and experience counter the Dunning-Kruger laced response offered by you above.