Title :
Modeling of brushless DC generating systems using diakoptics
Author :
Vadher, V.V. ; Gregory, K. ; Kettleborough, J.G. ; Smith, I.R.
Author_Institution :
Dept. of Electron. & Electr. Eng., Loughborough Univ. of Technol., UK
fDate :
1/1/1993 12:00:00 AM
Abstract :
The mathematical modeling of a brushless DC generator is described, as an illustration of the application of diakoptic techniques to the analysis of small-scale electrical power supply systems. Modeling of the generator and its output rectifier is accomplished using an established matrix technique that accounts for the continuously changing conduction pattern of the diode bridge network. The advantages of using diakoptics are discussed together with the main generator linked to its exciter and to the automatic voltage regulator and permanent magnet generator which are often included in a complete unit. A solution algorithm is presented for this overall arrangement and a comparison is made between theoretical and practical results for a typical 3-stage, 4000-rev/min, 10.3-kW, 28-V unit
Keywords :
DC generators; bridge circuits; machine theory; network topology; power supply circuits; 10.3 kW; 28 V; automatic voltage regulator; brushless DC generating systems; diakoptics; diode bridge network; exciter; mathematical modeling; matrix; network topology; numerical integration; numerical solution; output rectifier; permanent magnet generator; pilot exciter; small-scale electrical power supply; time domain simulation; Bridge circuits; DC generators; Diakoptics; Diodes; Mathematical model; Power supplies; Power system modeling; Rectifiers; Regulators; Voltage;
Journal_Title :
Aerospace and Electronic Systems, IEEE Transactions on
