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Electronic Transformers and Circuits, 3E
Reuben Lee, Leo Wilson, and Charles E. Carter
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| Excerpt - page 44: "... be very little control over the on-off operation of the transformer. The need for small size ... a higher temperature. Transformers for 400-Hz power supplies can be made in smaller overall dimensions by ..." | | See more references to Transformers, 400 Hz in this book. |
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Power Electronics Design Handbook: Low-Power Components and Applications (EDN Series for Design Engineers)
Nihal Kularatna
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| Excerpt - page 106: "... capability makes them most suitable as line frequency (50 to 400 Hz) transformers and inductors. Eddy current losses limit use at high frequency, ..." | | See more references to Transformers, 400 Hz in this book. |
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Newnes Electrical Power Engineer's Handbook, Second Edition
D F Warne
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| Excerpt - page 140: "... to the core before closing the circuits. In small power transformers, the core may take the ... transformer is to operate at 400 Hz (a typical requirement for aircraft), it can be seen that ..." | | See more references to Transformers, 400 Hz in this book. |
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Introduction to Aircraft Design (Cambridge Aerospace Series)
John P. Fielding
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| Excerpt - page 77: "... Static inverters battery supply AC busbar AC busbars 115 V, 400 Hz Transformers 26 V, 400 Hz Electrical system Fig. 6.6 The Hawk ..." | | See more references to Transformers, 400 Hz in this book. |
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The Fields of Electronics: Understanding Electronics Using Basic Physics
Ralph Morrison
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| Excerpt - page 98: "... E/I shape is very common. The lamination thickness for small 60-Hz power transformers is about 0.015 in. These ... adjacent laminations. Power transformers at 400 Hz require laminations whose thickness might be 6 mils. These ..." | | See more references to Transformers, 400 Hz in this book. |
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Electrical Engineering: An Introduction (Oxford Series in Electrical and Computer Engineering)
Steven E. Schwarz and William G. Oldham
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| Excerpt - page 676: "... the iron is 1.2 T. **16.16 In aircraft power systems 400 Hz ac is often used. One reason is that 400 Hz iron cores can be made smaller, thus saving weight. Suppose that the shape of a transformer is kept the same but all of its linear dimensions ..." | | See more references to Transformers, 400 Hz in this book. |
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Power System Analysis (Power Engineering)
J.C. Das
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| Excerpt - page 130: "... 2n L,G (4.19) This frequency may vary between 200 and 400 Hz for a transformer. The maximum voltage on the load side occurs when all ..." | | See more references to Transformers, 400 Hz in this book. |
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Industrial Electron Accelerators And Applications
EAAbramyan
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| Excerpt - page 111: "... the voltage applied to feed the primary winding of the transformer is 400 Hz. Several different versions of the ELV rectifiers rated at voltages ..." | | See more references to Transformers, 400 Hz in this book. |
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Understanding Electro-Mechanical Engineering: An Introduction to Mechatronics (IEEE Press Understanding Science & Technology Series)
Lawrence J. Kamm
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| Excerpt - page 71: "... 24,000 RPM and be much smaller and lighter than 60 Hz machines which can run no ... speed variation with load.) Similarly, 400 Hz transformers are also much lighter than their 60 Hz counterparts. Mechanical ..." | | See more references to Transformers, 400 Hz in this book. |
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Simplified Design of Micropower and Battery Circuits (EDN Series for Design Engineers)
John Lenk
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| Excerpt - page 225: "... AN61-7) components are surface-mount, and the usual large and heavy 400-Hz transformer is eliminated. 5.15.9 Barometric-Pressure Signal-Conditioner for 3.3-V Systems Figure 5-182 ..." | | See more references to Transformers, 400 Hz in this book. |
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Reference Data for Engineers Radio, Electronics, Computer & Communications (Reference Data for Engineers)
Mac E. Van Valkenburg and Wendy M. Middleton
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| Excerpt - page 441: "... materials are iron, nickel, cobalt, and certain of their alloys.t Transformer Types and Frequency Ranges The ... Power transformers 50, 60, and 400 Hz Ferroresonant transformers 50, 60, and 400 Hz Converter transformers 100 ..." | | See more references to Transformers, 400 Hz in this book. |
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DC Power Supplies: A Technician's Guide
Joseph J. Carr
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| Excerpt - page 134: "... run slow in 50-Hz countries). Also, be wary of using 400-Hz transformers intended for aircraft and shipboard use in 50- or 60-Hz ..." | | See more references to Transformers, 400 Hz in this book. |
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Jane's All World Aircraft -2005-06 (Jane's All the World's Aircraft) (Jane's All the World's Aircraft)
Paul Jackson, Kenneth Munson, and Lindsay Peacock
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| Excerpt - page 51: "... generators supply primary 115/2(8) V three-phase AC electric power at 400 Hz. Four transformer-rectifiers to convert AC power to 28 V DC: one primary ..." | | See more references to Transformers, 400 Hz in this book. |
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Experimental Techniques in Condensed Matter Physics at Low Temperatures (Advanced Book Classics)
Eric N. Smith and Robert C. Richardson
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| Excerpt - page 175: "... summary of the specs for a typical large Singer-Gertsch ratio transformer follows: Rout -2-5 0 0out =.003n =50 kS2 (60 Hz) 130 kS2 (100 Hz) 500 kS2 (400 Hz). These ratio transformers are best used near 400 Hz ..." | | See more references to Transformers, 400 Hz in this book. |
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Rapidly Solidified Alloys (Materials Engineering, No3)
Liebermann
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| Excerpt - page 620: "... metallic glasses [19]. High induction alloys developed for 60- and 400-Hz transformer applications proved to be of great value in these pulsed ..." | | See more references to Transformers, 400 Hz in this book. |
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Measurement and Instrumentation in Engineering (Mechanical Engineering (Marcell Dekker))
Beatrice Tse
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| Excerpt - page 257: "... NONSELF-GENERATING TRANSDUCERS 257 Strain Gage Bridge synchronizing Signal (400 Hz) Transformer Transformer v E_.cAmp Output Analog L Modulator Demodulator Signal (chopper) ..." | | See more references to Transformers, 400 Hz in this book. |
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Jane's Underwater Technology 2004-2005 (Jane's Underwater Technology)
Clifford Funnell
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| Excerpt - page 94: "... kt (vertical) 1 kt Lifting capacity: 20 kg Power: 3-phase 400 Hz transformers supplied at 500 V AC UPDATED Umbilical Length: 500-2,000 m ..." | | See more references to Transformers, 400 Hz in this book. |
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Jane's Underwater Technology 2005-06 (Jane's Underwater Technology)
Clifford Funnell
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| Excerpt - page 106: "... kt Vertical: 1 kt Lifting capacity: 20 kg Power: 3-phase 400 Hz transformers supplied at 500 V AC PROVE vehicle fitted with pipeline ..." | | See more references to Transformers, 400 Hz in this book. |
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Electronic Components & Technology, 2nd Edition (Tutorial Guides in Electric Engineering)
Stephen Sangwine
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| Excerpt - page 60: "... blocks. Let us now consider each functional block in turn. Transformers Transformers are widely available commercially ... frequency (usually 50, 60 or 400 Hz). The theory of transformer operation is covered elsewhere, and will ..." | | See more references to Transformers, 400 Hz in this book. |
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Magnetic Ceramics (Chemistry of Solid State Materials)
Raul Valenzuela
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| Excerpt - page 255: "... amorphous ello Ys. Power distribution transformers Switched-mode power supplies (SMPSs) 400 Hz transformers Electromagnetic shielding Magnetomechanical transducers Security systems saturation induction; Co-based alloys ..." | | See more references to Transformers, 400 Hz in this book. |
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Switch Mode Power Conversion:Vol 22 (Electrical and Computer Engineering)
Sum
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| Excerpt - page 106: "... FIG. 3.19 Arnold Silectron 2 mil. EXAMPLE 3.2 Design of 400-Hz power transformer using the core geometry approach (complete details and derivations of ..." | | See more references to Transformers, 400 Hz in this book. |
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