Zf=(jXm)⋅(Zrotor)jXm+Zrotor=(j26.3)⋅(11.067+j0.464)11.067+j(26.3+0.464)cap Z sub f equals the fraction with numerator open paren j cap X sub m close paren center dot open paren cap Z sub r o t o r end-sub close paren and denominator j cap X sub m plus cap Z sub r o t o r end-sub end-fraction equals the fraction with numerator open paren j 26.3 close paren center dot open paren 11.067 plus j 0.464 close paren and denominator 11.067 plus j open paren 26.3 plus 0.464 close paren end-fraction
or Y) systems, always double-check whether given voltages and currents are line-to-line or per-phase. For Y-connections, Δcap delta -connections, Electric Machinery Fundamentals Solutions
Step-by-step breakdowns show how to derive equivalent circuit parameters from open-circuit and short-circuit test data. 3. AC Machine Fundamentals Zf=(jXm)⋅(Zrotor)jXm+Zrotor=(j26