📄 p22.mag
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% This is the magnetization curve shown in Figure
% P2-2. The first column is the magnetomotive force
% in ampere-turns, and the second column is the
% resulting flux in webers. The data will be loaded
% into an N x 2 array named p22, with the first column
% containing the mmf and the second column containing
% the resulting flux. MATLAB function "interp1" can
% be used to recover a value from this curve.
0.0000000e+000 0.0000000e+000
2.0000000e+001 8.9717000e-005
4.0000000e+001 1.7943300e-004
6.0000000e+001 2.6719900e-004
8.0000000e+001 3.5730500e-004
1.0000000e+002 4.4546100e-004
1.2000000e+002 5.2776600e-004
1.4000000e+002 6.0968100e-004
1.6000000e+002 6.8496500e-004
1.8000000e+002 7.4971600e-004
2.0000000e+002 8.0744700e-004
2.2000000e+002 8.5737600e-004
2.3000000e+002 8.8200000e-004
2.4000000e+002 9.0028400e-004
2.6000000e+002 9.3851100e-004
2.8000000e+002 9.7127700e-004
3.0000000e+002 9.9936200e-004
3.2000000e+002 1.0227700e-003
3.4000000e+002 1.0438300e-003
3.6000000e+002 1.0606000e-003
3.8000000e+002 1.0754300e-003
4.0000000e+002 1.0879100e-003
4.2000000e+002 1.0946400e-003
4.4000000e+002 1.0993500e-003
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