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Titlebook: Magnetic Components for Power Electronics; Alex Goldman Book 2002 Springer Science+Business Media New York 2002 Potential.Signal.circuit.e

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https://doi.org/10.1007/978-1-4615-0871-7Potential; Signal; circuit; electronic circuit; electronics; material
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­ ever, the underlying space is too ‘small‘ to contain solutions of these equa­ tions and thus it has to be ‘enlarged‘ in some way. The Berberian-Quigley enlargement of a Banach space, which allows one to convert approximate into genuine eigenvectors, serves as a classical example. In the theory of
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Alex GoldmanRule in 1629 did little to assuage the fears of a monolithic nationhood and, indeed, seemed to confirm Michael Drayton’s particular complaint about the disproportionate influence of the royal Court. As we shall see, there were initiatives afoot to reduce the national religious landscape to a greater
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Alex Goldmanof zeta integrals for . exists. This theory is used to define the .- and .-factors for .. In this chapter we consider zeta integrals of paramodular vectors and prove central results required to fully exploit zeta integrals as a tool for investigating paramodular vectors. A major obstruction is the e
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Applications and Topologies for Power Electronic Systems,ors was the impetus that made the field really take off. The nineteenth century was the century of D.C. power. At the turn of the 20. century, alternating current challenged D.C. with the debates of Edison and Tesla emphasizing the differences. Alternating current won out because power transformers
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