0.000E+00 0.750E+03 0.100E+04 0.200E+04 0.300E+04 0.400E+04 0.500E+04 0.600E+04 0.700E+04
0.250E+03 0.310E+03 0.480E+03
0.797 !Efficiency at Power = 0.000E+00 and Voltage = 0.250E+03
0.780 !Efficiency at Power = 0.000E+00 and Voltage = 0.310E+03
0.748 !Efficiency at Power = 0.000E+00 and Voltage = 0.480E+03
0.860 !Efficiency at Power = 0.750E+03 and Voltage = 0.250E+03
0.925 !Efficiency at Power = 0.750E+03 and Voltage = 0.310E+03
0.938 !Efficiency at Power = 0.750E+03 and Voltage = 0.480E+03
0.917 !Efficiency at Power = 0.100E+04 and Voltage = 0.250E+03
0.940 !Efficiency at Power = 0.100E+04 and Voltage = 0.310E+03
0.947 !Efficiency at Power = 0.100E+04 and Voltage = 0.480E+03
0.948 !Efficiency at Power = 0.200E+04 and Voltage = 0.250E+03
0.960 !Efficiency at Power = 0.200E+04 and Voltage = 0.310E+03
0.967 !Efficiency at Power = 0.200E+04 and Voltage = 0.480E+03
0.955 !Efficiency at Power = 0.300E+04 and Voltage = 0.250E+03
0.964 !Efficiency at Power = 0.300E+04 and Voltage = 0.310E+03
0.970 !Efficiency at Power = 0.300E+04 and Voltage = 0.480E+03
0.954 !Efficiency at Power = 0.400E+04 and Voltage = 0.250E+03
0.963 !Efficiency at Power = 0.400E+04 and Voltage = 0.310E+03
0.968 !Efficiency at Power = 0.400E+04 and Voltage = 0.480E+03
0.950 !Efficiency at Power = 0.500E+04 and Voltage = 0.250E+03
0.962 !Efficiency at Power = 0.500E+04 and Voltage = 0.310E+03
0.963 !Efficiency at Power = 0.500E+04 and Voltage = 0.480E+03
0.945 !Efficiency at Power = 0.600E+04 and Voltage = 0.250E+03
0.960 !Efficiency at Power = 0.600E+04 and Voltage = 0.310E+03
0.962 !Efficiency at Power = 0.600E+04 and Voltage = 0.480E+03
0.943 !Efficiency at Power = 0.700E+04 and Voltage = 0.250E+03
0.957 !Efficiency at Power = 0.700E+04 and Voltage = 0.310E+03
0.958 !Efficiency at Power = 0.700E+04 and Voltage = 0.480E+03