Titlebook: Analysis of Electrical Circuits with Variable Load Regime Parameters; Projective Geometry A. Penin Book 20162nd edition Springer Internati

CRANK

Operating Regimes of an Active Two-Pole. Display of Projective Geometryle 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.

Gustatory

Loathe

Two-Port Circuitser is interpreted as an affine (for voltage and current) transformation and as a projective (for conductance) transformation. As it was shown in Chap.?., such transformations possess the invariants in the form of an affine ratio of three points and a cross ratio of four points accordingly. Therefore

infinite

Paralleling of Limited Capacity Voltage Sourcestigated 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 the use of projective geometry method.

fastness

Operating Regimes of an Active Multi-ports besides familiar regimes, as the short circuit and open circuit, take place. Therefore, these features bring up the problem of choice of the scales for load parameters and the problem of the normalized formulation of circuit equations.

清醒

Recalculation of Load Currents of Active Multi-portsers of a circuit. The results of Chap.?. are used for interpretation of changes or “kinematics” of the circuit regimes. Changes of regime parameters are introduced by a cross-ratio of four points. Easy-to-use formulas of the recalculation of the currents, which possess the group properties at change

GEM

潔凈

Regulation of Load Voltagesd power of voltage source. In this chapter, the definition of regime in an invariant form through different parameters, of changes of transformation ratio and voltage load is grounded for these circuits with two loads. The approach for interpretation of changes or “kinematics” of load regime is pres

Anemia

Pulse-Width Modulation Regulatorsverter 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, which makes possible to validate the regime definition, to restrict the range of their

珊瑚

Quasi-resonant Voltage Converter with Self-limitation of Load Current. Similarity of Load Characterialent generator is introduced of this two-port. The load approximation expressions and deviation from the maximum load power point are considered. The attention to similarity of characteristics of this converter and some electronic devices is paid. In particular, a convenient linearly hyperbolic app