A comparative analysis of total harmonic distortion in TPRD and RNSIC
Constantin Filote, Călin Ciufudean, A.M. Cozgarea
Abstract
Constantin Filote, Călin Ciufudean, A.M. Cozgarea
Abstract
The total harmonic distortion (THD) monitoring is an important challenge in the industrial and office building environment. The IEEE-519 and IEC 61000-3 standards limit the individual harmonics current as well as the THD for nonlinear power electronic loads. A harmonic current distortion comparative study of a classical three-phase rectifier diode (TPRD) and rectifier with near sinusoidal currents (RNSIC) are presented. Simulation results are experimentally verified.
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The total harmonic distortion (THD) monitoring is an important challenge in the industrial and office building environment. The IEEE-519 and IEC 61000-3 standards limit the individual harmonics current as well as the THD for nonlinear power electronic loads. A harmonic current distortion comparative study of a classical three-phase rectifier diode (TPRD) and rectifier with near sinusoidal currents (RNSIC) are presented. Simulation results are experimentally verified.
Key concepts: Total harmonic distortion, THD analyzer, Harmonics, Distortion (music), Rectifier (neural networks), Nonlinear distortion, Harmonic analysis, Harmonic