23 Add the Data table here Speed r min Output Current lo A 24 Add the plotted graph here 1800 1799 1796 1797 1804 1790 1801 1792 0 106 0 249 Torque Nm 0 21 0 421 0 250 0 310 0 442 0 560 0 790 1 002 1 150 1 310 0 306 0 442 E1 AC V OUTPUT CURRENT IO VS TORQUE T 0 7 130 5 129 2 126 7 107 6 118 8 113 6 110 8 106 2 0 985 12 AC A 1 324 1 571 0 56 0 788 1 002 1 146 Torque N m 0 106 0 21 0 421 0 7 0 985 1 324 1 571 1 855 1 855 1 31 Speed r min 0 300 0 296 0 295 0 294 0 287 0 287 0 287 0 287 Does this graph confirm that the separately excited dc generator is equivalent to a torque to current converter with higher torque producing greater speed Ans Yes
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