Will a Multiple Spark Discharge ignition system Help my 3S-GTE, I am not runninng it with stock turbocharger pressure, about 1 bar. And Will it effect the strength of the signal form the magnetic pickup?
who told you the msd burns more fuel? the msd will produce the exact same spark as your OEM ignition coil under the same conditions (boost, fuel mixture, plug gap, etc...) until you start getting into REALLY extreme conditions.
I was told the MSD (Multiple spark discharge ignition system) make about 3 sparks over 20 degrees of the crank up to 3000 rpm. After 3000 rpm making one intense spark at about 30,000 volts and a maximum of 45,000 volts. The multiple sparks will burn mor fuel, and the big spark will cause fuel to reach flash point quicker and burn more fuel. I know the oem coil only produces 14,000 volts maximum. All this is based on information i collected for user reveiws and data from toyota and MSD. So my theory is that if you burn more fuel, the exhaust will be slightlyh higher and your turbo may spool a millionth of a second quicker maybe but i got a box and coil so i am gonna connect it. Lets see what happens.
please don't take offense to any of the following. i'd just like to explain my point of view on this subject.
the OEM coil max output is more than 14KV. i'm not sure where you got that number from, but a number closer to 55KV is closer to the max coil output.
the three sparks over 20 degrees seems rather pointless to me. after the initial ignition, the flame front moves away from the point of ignition. there is no fuel behind the flame front. the spark plug is behind the flame front. what is it going to ignite?
the firing voltage is not determined by the coil. it is determined by the sum of resistences of the secondary ignition circuit. coil wire + dist cap + air gap + dist rotor + air gap + dist cap + plug wire + plug + plug air gap (compression included) = total resistence. the coil produces only the voltage necessary to jump the plug gap after going through all of those resistences. if a coil is capable of 30,000KV, and the required voltage to produce a spark is 5KV, the coil will put out 5KV.
since you have the parts in hand, go ahead and put them on. i'm interested to see the results.