Dr. Giovani Fusina Defence Research and Development Canada - Data from Thane Heins Ottawa University Lab, Bi-Transformer set-upOctober 24 2009, 10:40 a.m.

V_in, I_in, V_load measured off multimeters

V_in I_in f f V_Load R_load P_in P_load P_load/P_in Efficiency %(V) (mA) (degrees) (pf) (V) (ohms) (mW) (mW)

30 4.44 89.5 0.009 0.566 10 1.1623781 32.0356 27.560396 2700.00%50 7.27 89 0.017 0.929 10 6.3439594 86.3041 13.604138 1360%

60.4 8.77 87 0.05 1.121 10 27.722788 125.6641 4.532881 453%79.5 11.5 87 0.05 1.474 10 47.848172 217.2676 4.5407712 454%

91 13.12 87 0.05 1.683 10 62.484976 283.2489 4.5330721 453%108.9 15.71 87 0.05 2.014 10 89.537393 405.6196 4.5301699 453%

131 18.83 89.5 0.009 2.412 10 21.526073 581.7744 27.0265 2700%144.3 20.72 89 0.017 2.655 10 52.180959 704.9025 13.508807 1350%

f measured off oscilloscope Calculated values: P_in = V_in*I_in*cos(f) ; P_load = (V_load)**2/R_load

Dr. Giovani Fusina Defence Research and Development Canada - Data from Thane Heins Ottawa University Lab, Bi-Transformer set-up

Efficiency %

) ; P_load = (V_load)**2/R_load