This paper presents a mathematical model for the three-phase bridge controlled rectifier. Based on this model, a static power conversion system for three-phase self-excited induction and reluctance generators is described. Analytical as well as experimental results are given to prove the validity of the model proposed. © 1994IEEE, Middle East Technical University, Bilkent University, Chamber of Electrical Engineers of Turke
The transient performance of 3-phase 4-wire self-excited induction generator (SEIG) feeding various ...
The transient model of 3-phase diode bridge rectifiers is developed, and the implementation of the o...
The theory presented in this paper was primarily developed to give a physical interpretation for the...
A three-phase reluctance machine can be made to operate as a self-excited generator when its rotor i...
Presents an analytical model for the three-phase half-wave or bridge rectifier connected to a voltag...
This paper presents an application of the commutation circuit theory to the study of the controlled ...
This paper presents the single-phase power generation using a three-phase synchronous reluctance gen...
The inherent advantages of three-phase self-excited induction generators have resulted in their use ...
This book systematically introduces the important technologies of design and application of the sync...
The paper presents the design and analysis of a three-phase static converter, composed of a Rectifie...
The conventional methods of ac to variable voltage and frequency conversion such as ac voltage contr...
A steady-state analysis of a novel single-phase self-regulated self-excited induction generator (SRS...
The aim of this study is to present a set of closed-form analytical equations in order to enable the...
This paper proposes a system, based on a selfexcited induction generator with a shunt electronic con...
In the paper computational models of aninduction self-excited generator are presented. Circuitmodels...
The transient performance of 3-phase 4-wire self-excited induction generator (SEIG) feeding various ...
The transient model of 3-phase diode bridge rectifiers is developed, and the implementation of the o...
The theory presented in this paper was primarily developed to give a physical interpretation for the...
A three-phase reluctance machine can be made to operate as a self-excited generator when its rotor i...
Presents an analytical model for the three-phase half-wave or bridge rectifier connected to a voltag...
This paper presents an application of the commutation circuit theory to the study of the controlled ...
This paper presents the single-phase power generation using a three-phase synchronous reluctance gen...
The inherent advantages of three-phase self-excited induction generators have resulted in their use ...
This book systematically introduces the important technologies of design and application of the sync...
The paper presents the design and analysis of a three-phase static converter, composed of a Rectifie...
The conventional methods of ac to variable voltage and frequency conversion such as ac voltage contr...
A steady-state analysis of a novel single-phase self-regulated self-excited induction generator (SRS...
The aim of this study is to present a set of closed-form analytical equations in order to enable the...
This paper proposes a system, based on a selfexcited induction generator with a shunt electronic con...
In the paper computational models of aninduction self-excited generator are presented. Circuitmodels...
The transient performance of 3-phase 4-wire self-excited induction generator (SEIG) feeding various ...
The transient model of 3-phase diode bridge rectifiers is developed, and the implementation of the o...
The theory presented in this paper was primarily developed to give a physical interpretation for the...