All machines
Negative end winding resistance with low value of XFactors.
Here are a few explanations for this issue:

With Xfactor=1, we have (Rphase 0)=(Rstraight 0)+(R end winding 0)
Rphase 0 is the initial value of the phase resistance (with XFactor = 1)
RStraight 0 is the initial value of the phase resistance in the straight part of the machine (with XFactor = 1)
R end winding 0 is the initial value of the phase resistance in the straight part of the machine (with XFactor = 1)

With Xfactor≠1, we have (Rphase 1)=(Rstraight 1)+(R end winding 1)
Rphase 1 is the initial value of the phase resistance (with XFactor ≠1)
RStraight 1 is the initial value of the phase resistance in the straight part of the machine (with XFactor ≠1)
R end winding 1 is the initial value of the phase resistance in the straight part of the machine (with XFactor ≠1)
The target is to get the following results:
(Rphase 1)=XFactor×(Rstraight 0)
With
(Rstraight 1)= (Rstraight 0)
This leads to the value for the end winding resistance:
(R end winding 1)=XFactor×(Rstraight 0+R end winding 0)(Rstraight 0)
(R end winding 1)=Rstraight 0×(XFactor1)+XFactor×(R end winding 0)
When XFactor is very low, the end winding resistance can be negative.
This issue has been corrected.
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This issue has been corrected.
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