Alternating Current Commutator Motors
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In our eReader you can find the full English version of the book. Read Alternating Current Commutator Motors Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Alternating Current Commutator Motors
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M. F. see eq. (43) (224) FiG. 13. Test Characteristics of Induction-Series Motor. where A" is constant. This e. M. F. Is in time-phase with the flux < a . In this coil there will also be generated an e. M. F. , t seeeq. (44) (225) This e. M. F. Is in time quadrature to < r Since < { and < a are in time phase, the component e. M. F. 's acting in the coil under the brush are in time quadrature, so that the resultant e. M. F. Is $+tf (226) see eq. (175) (227) *. - S' + A combining equations (169) and (181) . G-g'/AT. *. \/2 I0 8 (228) (229) Induction- Series Motor. 71 combining (230) and (228) p=^ (231) 'ji (232) where A is a constant as found above. When n= i, b is constant, independent of the speed, while when ?z is very small E^ is large at zero speed and continually decreases with increase of speed. When 6"= i or at synchronous speed quite independent of the value of n. The relative impedance effect of E^ can be determined by com- bining equations (232) and (185) thus +1 (235) B being a constant.
What to read after Alternating Current Commutator Motors?
You can find similar books in the "Read Also" column, or choose other free books by Addams Stratton Mcallister to read online
To quickly assess the difficulty of the text, read a short excerpt:
M. F. see eq. (43) (224) FiG. 13. Test Characteristics of Induction-Series Motor. where A" is constant. This e. M. F. Is in time-phase with the flux < a . In this coil there will also be generated an e. M. F. , t seeeq. (44) (225) This e. M. F. Is in time quadrature to < r Since < { and < a are in time phase, the component e. M. F. 's acting in the coil under the brush are in time quadrature, so that the resultant e. M. F. Is $+tf (226) see eq. (175) (227) *. - S' + A combining equations (169) and (181) . G-g'/AT. *. \/2 I0 8 (228) (229) Induction- Series Motor. 71 combining (230) and (228) p=^ (231) 'ji (232) where A is a constant as found above. When n= i, b is constant, independent of the speed, while when ?z is very small E^ is large at zero speed and continually decreases with increase of speed. When 6"= i or at synchronous speed quite independent of the value of n. The relative impedance effect of E^ can be determined by com- bining equations (232) and (185) thus +1 (235) B being a constant.
What to read after Alternating Current Commutator Motors?
You can find similar books in the "Read Also" column, or choose other free books by Addams Stratton Mcallister to read online
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