Analysis Of Electrical Circuits With Variable Load Regime Parameters

Analysis Of Electrical Circuits With Variable Load Regime Parameters

Analysis Of Electrical Circuits With Variable Load Regime Parameters

content

  • Typical structure and equivalent power supply circuit
  • Variable Load Circuit System Features
  • mode setting
  • Disadvantages of well-known calculation methods
  • Current-Voltage Characteristics
  • Mode parameters in relative form
  • mode change in relative form
  • Two-port active with variable resistance
  • scale mode parameters for cascade
  • Analysis of the traditional approach to Normalization
  • Two active ports
  • two-port asset voltage characteristics
  • Conventional Calculation of Load Flows
  • Nonlinear energy properties
  • the efficiency of two ports with different losses
  • Typical Solar Cell Model
  • Adjustable Voltage Converter
  • Voltage Limiting Power Regulator Source
  • Buck Converter
  • boost converter
  • links
  • Part I Circuits with Charge Projected Coordinates
  • operating modes Active bipolar display
  • Active Affine Bipolar Current-Voltage Characteristics
  • And projective modification of mode parameters
  • Affine transformation
  • Analysis of electrical circuits
  • Projective transformations
  • characteristics of the volt-ampere active network of two terminals
  • Venin’s equivalent circuit with variable
  • Internal resistance
  • Norton equivalent circuit with variation
  • Internal transport
  • symmetry condition for load force
  • circuit analysis
  • power consumption and output symmetrical
  • Symmetry around the maximum power point Chapter
  • Two Feature Point Systems
  • links
  • General equivalent circuit of an active network of two terminals
  • with variable element
  • Introduction
  • circuit with variable series resistance
  • A known drawback of the equivalent circuit
  • General equivalent circuit
  • recalculating relative operating modes
  • examples
  • Variable wiring diagram
  • Disadvantages of Known Equivalent Circuits
  • Generalized Equivalent Circuit Chapter
  • examples
  • The general case of active two-terminal networks with one variable
  • conductivity
  • Known generator
  • Analysis of electrical circuits
  • General equivalent circuit
  • Schematic recalculation example
  • Load flow stability
  • Analysis of electrical circuits
  • references
  • two-port circuits
  • two-port input-output compatibility
  • As an affine transformation
  • two-port compatibility
  • observation of two cascading ports
  • input-output compatibility of two ports as projective
  • changes
  • matches two ports
  • version correspondence, invariants,
  • cross report
  • matches two ports connected in a series of Chapter signals
  • Transmission of signals through two-port unstable
  • Conductivity measurement by unstable
  • Two ports
  • Two-port maximum efficiency rejection
  • Mode symmetry for input terminals
  • symmetry condition for output or load
  • references
  • Analysis of electrical circuits
  • Parallel connection of voltage sources with limited capacity
  • introduce Chapter
  • Preliminary Relationship Effect of
  • load value on the current distribution
  • Parallel Voltage Source Analysis Chapter
  • Introduction of Two Concepts
  • Start Mode Comparison
  • different diets
  • Effect of equalizing resistance on current
  • Delivery
  • Parallel Voltage Source Analysis
  • Introduction to two concepts
  • download mode comparison
  • circuit analysis
  • links

Description

Free download of A. Penin’s eBook “Circuit Analysis with Variable Load Pattern Parameters”. Projective Geometry, Second Edition, in PDF format under Electronic Circuits Books

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