Tim Thanks for the illustration,
I was shorting the 50 ohm on the AWG through the jumper on the BNC connector board of the Analog discovery 2
Let me show you what I have done till now , and add some measurements just to make sure that I'm going the right way before trying out the test fixture .
the attached photo have one actual transformer and I added the Schematic symbol after testing out the transformer with a Multi-meter for Coils continuity and polarity using the function Generator and the scope.
I identified the input with yellow color and outputs with light green and sky blue color.
the table includes all the LCR Meter measurements (with a red column for the leakage inductance )
the Inductance Leakage measurements were taken as the following:
X0 > X 2 (Short Pins Y0,Y1,Y2,Z0,Z1, Open Pins X1)
X0 > X 1 (Short Pins Y0,Y1,Y2,Z0,Z1, Open Pins X2)
X1 > X 2 (Short Pins Y0,Y1,Y2,Z0,Z1, Open Pins X0)
Y0 > Y1 (Short Pins X0,X1,X2,Z0,Z1, Open Pins Y2)
Y0 > Y2 (Short Pins X0,X1,X2,Z0,Z1, Open Pins Y1)
Y1 > Y2 (Short Pins X0,X1,X2,Z0,Z1, Open Pins Y0)
Z0 > Z1 (Short Pins Y0,Y1,Y2,X0,X1 )
one thing also about the Test setup , will I change the frequency or change the duty cycle of the applied DC pulses....?
thanks in advance
Peter