Lecture 7 - Linear Machine Case 1 (Motor, No Load) UCF i...

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CF Linear Machine – Case 1 (Motor, No Load) UCF B t=0 i + - V ind F ind l V B R 0 x , switch, the close 0, t 1. 0 0 Bli F R V i t ind B t = = = = = . accelerate bar will The bar. of velocity : bar, of mass : , v M dt dv M F ind = bar. on the is force no , 0 , 0 , When . 3 , , , 2. F i V V Bli F R V V i Blv V v ind B ind ind ind B ind = = = = = = . have we , From . elocity constant v with state steady reaches machine The Bl V Bl V v Blv V v B ind ind = = =
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CF Linear Machine – Case 2 (Motor, with Load) UCF B t=0 i + - V ind F ind l V B R F load 0 x , , switch, the close 0, t 1. Bli F V i d B = = = 0. if accelerate bar will The 0 0 dt dv M F F F F F R net net load ind net t ind t = > = = = . elocity constant v with state steady reaches motor , 0 or When . 3 , , , 2. v F F F Bli F R V V i Blv V v et ad d ind ind B ind = = = = = . have we , . get we , From Bl V v Blv -iR V V Bl F i Bli F F ind B ind ind load ind net load ind = = = = = =
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CF Linear Machine – Case 3 (Generator)
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Lecture 7 - Linear Machine Case 1 (Motor, No Load) UCF i...

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