Power Rectifiers, Inverters, and Converters - Accelerated Steady-state Approaches with Closed-form Solutions

Power Rectifiers, Inverters, and Converters - Accelerated Steady-state Approaches with Closed-form SolutionsConsistently using Accelerated Steady state Analysis technique across the presentation, the book covers rectifiers and inverters circuits including one pulse (single phase, half wave rectifier), two pulse (single phase, full wave rectifier), three pulse (three phase semiconverter), and six pulse (three phase, full wave rectifier) with either uncontrolled bipolar rectifiers or phase controlled SCR (Silicon Controlled Rectifier). DC AC inverters using

Consistently using ÒAccelerated Steady-state AnalysisÓ technique across the presentation, the book covers rectifiers and inverters circuits including one-pulse (single-phase, half-wave rectifier), two-pulse (single-phase, full-wave rectifier), three-pulse (three-phase semiconverter), and six-pulse (three-phase, full-wave rectifier) with either uncontrolled bipolar rectifiers or phase-controlled SCR (Silicon Controlled Rectifier). DC-AC inverters using sine-PWM (Pulse-Width-Modulation), triplen injection, and Space-Vector-Modulation are also treated in depth. Accelerated steady state time-domain studies for DC-DC converters and power filters using MATLAB¨ are given in exhaustive details. Many closed-form mathematical expressions are given for the first time.