Titlebook: Analysis of Electrical Circuits with Variable Load Regime Parameters; Projective Geometry A. Penin Book 20151st edition Springer Internati

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https://doi.org/10.1007/978-3-658-29291-1le circuits. It allows revealing the invariant properties of circuits; that is, such expressions, which turn out identical to all regime parameters. These invariant expressions can be assumed as the basis of well-founded definition of regimes in the relative form.

斗志

Die Risiken der Digitalisierung,hangeable element (resistor) of an active two-pole passes into a bunch of these lines. The bunch centre coordinates do not depend on this changeable element. It is proposed to use as the parameters of the generalized equivalent generator such a load current and voltage, which proved the current acro

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嬰兒

https://doi.org/10.1007/978-3-658-38360-2tigated on uniform distribution of relative values of currents when the actual loading corresponds to the capacity of a concrete source. Novel concepts for quantitative representation of operating regimes of sources are entered with use of projective geometry method.

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手榴彈

Katja Wagner,Anne Fota,Hanna Schramm-Kleinf passive four-ports is investigated by affine and projective transformations too. The direct and reverse formulas of recalculation of currents and non-uniform coordinates are obtained in the form of fractionally linear expressions of identical type. The results allow separating or restoring two sig

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https://doi.org/10.1007/978-3-658-05054-2nverter are determined relatively to the maximum permissible load voltage and the control pulse width. Regime change and correspondence between various regime parameters are examined as projective transformations. That makes possible to validate the regime definition, to restrict the range of their

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