Title :
Novel Single Current Sensor Topology for Venturini Controlled Direct Matrix Converters
Author :
Metidji, Brahim ; Taib, Nabil ; Baghli, Lotfi ; Rekioua, Toufik ; Bacha, Seddik
Author_Institution :
L.T.I.I. Lab., Univ. of Bejaia, Bejaia, Algeria
Abstract :
This paper presents a new Venturini-based direct matrix converter (DMC) output phase current reconstruction method using a single current sensor. This method is proposed in order to reduce the cost and to improve the reliability of the drive with any control strategy. The proposed technique measures the phase currents using a new single Hall current sensor location in the DMC. To demonstrate the advantages of the proposed system, an experimental bench with a DMC, an induction motor, and a DSP board is carried out to confirm the validity and feasibility of the proposed current reconstruction approach.
Keywords :
Hall effect transducers; cost reduction; digital signal processing chips; electric sensing devices; induction motor drives; matrix convertors; reliability; DMC; DSP board; Hall current sensor location; Venturini controlled direct matrix converter; cost reduction; drive reliability; induction motor; output phase current reconstruction method; single current sensor topology; AC motors; Current measurement; Delay; Matrix converters; Phase measurement; Pulse width modulation; Switches; AC motor; Venturini algorithm; current sampling; direct matrix converter (DMC); phase current reconstruction; single current sensor;
Journal_Title :
Power Electronics, IEEE Transactions on
DOI :
10.1109/TPEL.2012.2227341