Theory and calculation of alternating current phenomena . 7 3 45,5 980 / 1960 7/49 i »-I 2170 40 2120 1050/1840 2/25 1480 32 1100 /1580 31 1250 3 Fig. 155. ^0=1000 P= 6000 340<Ei<1920 7< 1 <43. 340 430 / 630 10 / 30 750/1090 8 900/1720 7/43 1040/1920 8 1170/1810 10/301450 Fig. 156. 314 ALTERNATING-CURRENT PHENOMENA In the diagrams, different points of Eq are marked with 1, 2,3 . ., when corresponding to leading current, with 2^, 3^. ., when corresponding to lagging current. 1y Eo=1000P=9000 7 540<E:i<1750 , / ;I<3
Theory and calculation of alternating current phenomena . 7 3 45,5 980 / 1960 7/49 i »-I 2170 40 2120 1050/1840 2/25 1480 32 1100 /1580 31 1250 3 Fig. 155. ^0=1000 P= 6000 340<Ei<1920 7< 1 <43. 340 430 / 630 10 / 30 750/1090 8 900/1720 7/43 1040/1920 8 1170/1810 10/301450 Fig. 156. 314 ALTERNATING-CURRENT PHENOMENA In the diagrams, different points of Eq are marked with 1, 2,3 . ., when corresponding to leading current, with 2^, 3^. ., when corresponding to lagging current. 1y Eo=1000P=9000 7 540<E:i<1750 , / ;I< e/ ey^ ~~~/\ El I / J \ 4 540 / 7 ^V^^ 620/820 15/30 1 720/1100 13 1 / /ii^^^^^^^^^^^l 0 l^^^^^^ 1 900/1590 ^^^r--^ / \ ^^^^^^r^^^^ 1080/1750 13 \ /* 1200 /1660 15/30 v_ 1440 Fig. 157. En=1000 P=12000 920<E,<1320 20<I<30
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