Post by JR on Jun 1, 2015 12:29:29 GMT -5
The 7-pin R/R and 11 pole stator are still a half/wave AC to DC set up
JR
JR
That's incorrect. The 11 pole A/C stator is a three phase generator and the 7 pin R/R that goes with it is full wave. No modifications are required.
to put a full wave R/R on one needs to make the stator full wave DC also which can be done with little effort too.
JR
JR
filebox.ece.vt.edu/~LiaB/ECE2204/Experiments/Full_wave_rectifier/Full_wave_rectifier_transformer.pdf
which can be done with little effort too
scooterdoc.proboards.com/thread/5972
Just because a stator or any other thing is 3-phase doesn't automatically mean it's DC and a full wave application. You know how many old time generators do both AC and DC outputs? You made this statement awhile back:
A DC stator does not have a dedicated winding that provides to the CDI. The pick-up coil for a DC stator only acts as a pulse signal for the CDI, the CDI then uses power from the battery to power the pulse signal to your coil. This is the reason DC CDI are bigger, they have have internal circuitry to zap juice from the battery and power the pulse signal.... A DC stator will not have a dedicated coil/winding/pole and all coils will be bare:
Read more: itistheride.boards.net/thread/7175/diff-pin-rs-pole-stator#ixzz3bpayag5L
Read more: itistheride.boards.net/thread/7175/diff-pin-rs-pole-stator#ixzz3bpayag5L
OK if this is the case then the stator that was asked about here clearly has the dedicated coil and wire to the CDI and is AC so it can't be a DC stator if we go by what you said? A DC stator can still have a dedicated AC coil for the CDI again it depends on how the other 10 coils are configured, one can buy both type stators a dedicated ground or a floating ground, they make both.
Lastly there are 4-pin full wave R/R's the number of wires is not the determining factor, it's the Diodes and rectifiers that tell the story.
JR
