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Linea 1: [[Fasciculus:WeldingTransformer-1.63.png\|thumb~~\|250px~~\|Transformatrum]] [[Fasciculus:PoleMountTransformer02.jpg\|thumb~~\|250px\|right~~\|Transformatrum generis quod saepe in [[urbs\|urbibus ~~invenitur~~]] in [[polus electricus\|polo electrico]] situm invenitur.]] '''Transformatrum''' est apparatus [[electricitas\|electricus]] qui amplitudinem [[fluxio electrica\|signi electrici]] transformare sinit quae in [[circuitus electricus\|circuitis electricis]] fluit. Hoc apparatus persaepe in [[urbs\|urbibus]] inveniuntur in [[polus electricus\|polis electricis]], ubi fluxiones [[tensio electrica\|tensionis altae]] in fluxiones tensionis dimissae transformant. Transformatra specialiter per leges [[lex Faradayica\|~~legem~~ Faradayicam]] et [[lex Amperiana\|~~legem~~ Amperianam]] fungitur, quae transformationes inter confluctuantes [[campus physicus\|campos]] electricos, campos magneticos, et [[fluxio electrica\|fluxiones electricas]] gubernant. In apparatu, [[fluxio oscillatoria\|fluxio electrica alternans]] cuiusdam amplitudinis ''I''<sub>1</sub> primi circuiti transformatur in novam fluxionem amplitudinis ''I''<sub>2</sub> alteri circuiti. Haec res efficitur per campum magneticum ex primo circuito coortum, qui fluxionem in altero circuito efficit. == Transformatrum ideale == Transformatrum ideale operatur sine dissipationibus, hoc est sine energia amissa in ~~calorem~~[[calor]]em propter resistitivatem fili conductri vel propter effectus magneticos. Quod genus transformatri ideale filiis [[superconductrum\|superconductralibus]] fabricari potest. Fluxionis I et tensionis V amplitudinum conversio per transformatra idealia discribuntur secundum aequationes ~~Fluxionis I et tensionis V amplitudinum conversio per transformatra idealia discribuntur secundum aequationes~~ :<math> Line 27 ⟶ 26: </math> ubi <math>\gamma = \frac {N_2} {N_1}</math> est analogia numeri revolutionum quas utraque fila insulata circum ~~transformatri~~medium ~~centrum~~transformatrum faciunt antequam ipsa ab oppositis lateribus transformatri exeunt. == Transformatrum non-ideale == ==Vide etiam== * [[Aequationes Maxwellianae]]▼ * [[Ars Electrica]]▼ [[Electromagnetismus]] [[Electronica]]▼ [[Genera transformatrorum]] [[Inductor]] [[Lex Faradayica]] [[Substatio electrica]] [[Systema polyphasis]]{{dubsig}} [[Tempestas geomagnetica]]<!-- + Load profile Magnetic core Capacitor voltage transformer--> == ~~Vide etiam~~ Bibliographia== Central Electricity Generating Board. [[1982]]. ''Modern Power Station Practice.'' Pergamon. ISBN 0-08-016436-6. ▲ [[Aequationes Maxwellianae]] Daniels, A. R. [[1985]]. ''Introduction to Electrical Machines.'' Macmillan. ISBN 0-333-19627-9. ▲ [[Ars Electrica]] Flanagan, William. [[1993]]. ''Handbook of Transformer Design and Applications.'' McGraw-Hill. ISBN 0-0702-1291-0. ▲ [[Electronica]] Gottlieb, Irving. [[1998]]. ''Practical Transformer Handbook.'' Elsevier. ISBN 0-7506-3992-X. Gururaj, B. I. [[1963]]. [http://ieeexplore.ieee.org/xpl/freeabs_all.jsp?isnumber=4072786&arnumber=4072800&count=25&index=12. "Natural Frequencies of 3-Phase Transformer Windings."] ''IEEE Transactions on Power Apparatus and Systems'' 82 (66):318–329. doi:10.1109/TPAS.1963.291359. Hammond, John Winthrop. [[1941]]. ''Men and Volts, the Story of General Electric.'' J. B.Lippincott. Harlow, James. [[2004]]. ''Electric Power Transformer Engineering.'' CRC Press. ISBN 0-8493-1704-5. Heathcote, Martin. [[1998]]. ''J & P Transformer Book.'' Ed 12a. Newnes. ISBN 0-7506-1158-8. Hindmarsh, John. [[1977]]. ''Electrical Machines and their Application.'' Ed. 4a. Exeter: Pergamon. ISBN 0-08-030573-3. Kulkarni, S. V., et S. A. Khaparde. [[2004]]. ''Transformer Engineering: Design and Practice.'' CRC Press. ISBN 0-8247-5653-3. McLaren, Peter. [[1984]]. ''Elementary Electric Power and Machines.'' Ellis Horwood. ISBN 0-4702-0057-X. McLyman, William. [[2004]]. ''Transformer and Inductor Design Handbook.'' CRC. ISBN 0-8247-5393-3. Pansini, Anthony. [[1999]]. ''Electrical Transformers and Power Equipment.'' CRC Press. p. 23. ISBN 0-8817-3311-3. Ryan, H. M. [[2004]]. ''High Voltage Engineering and Testing.'' CRC Press. ISBN 0-8529-6775-6. Say, M. G. [[1983]]. ''Alternating Current Machines.'' Ed 5a. Londinii: Pitman. ISBN 0-273-01969-4. *Winders, John. [[2002]]. ''Power Transformer Principles and Applications.'' CRC. ISBN 0-8247-0766-4. {{~~tech~~physica-stipula}}{{~~physica~~tech-stipula}} [[Categoria:Technologia]]▼ [[Categoria:Physica]] ▲[[Categoria:Technologia]] [[Categoria:1000 paginae]]

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