Yes.
(http://www.ionizationx.com/index.php?action=dlattach;topic=2817.0;attach=13200;image)
The induced current according to lenz, creates a magnetic field that oppose the movement of the magnet. A reducing field is equivalent to a magnet getting away from the coil, if a north gets away from the coil the coil generates a south pole to attract the magnet. So yes is in the same direction if the field is reducing.
I don't know what you are missing i guess you understood.
Lets just resume it here
Pulse on!
Positive into the primary dot, the primary generates a counter field relative to the magnet in order to reduce the field only down to zero in respect to time.
The secondary contrary to physics laws of induction have a negative induced in the dot so the direction of the current creates magnetic field similar to the primary thereto also opposing the magnet field helping to reduce it to zero.
Pulse off!
The field now increases.
Positive out of the primary and secondary dots, here the secondary or primary if also loaded, generates a field that oppose the magnet field up to the point it reaches the maximum field stoping changing flux mean no more induction..
If its everything correct… i'm not perfect i can miss something… only tests can show if i'm correct or not.
i'm not sure about the primary polarity during pulse of but i'm going to rethink that some more ten times.. =-)
