The following information was submitted:
Transactions: WSEAS TRANSACTIONS ON COMMUNICATIONS
Transactions ID Number: 42-358
Full Name: Igried Al-khawaldeh
Position: Associate Professor
Age: ON
Sex: Male
Address: P.O.Box 10 Zarqa Zipcode 13110
Country: JORDAN
Tel: 0092777411141
Tel prefix:
Fax: 0036253866815
E-mail address: igried@yu.edu.jo
Other E-mails: igriedgm@gmail.com
Title of the Paper: Modulation Technique Using Boundary-Pulse-Width for a Single-Phase Power Inverter
Authors as they appear in the Paper: O. Aloquili, J. A. Ghaeb, I. AL-Khawaldeh
Email addresses of all the authors: igried@yu.edu.jo, igriedgm@gmail.com
Number of paper pages: 21
Abstract: The pulse-width-modulation technique plays a very important role in the inverter gain control. New varied-pulse width techniques for power inverters of two schemes have been introduced in this paper: small boundary-pulse-width technique (SBPW), and large boundary-pulse-width technique (LBPW). These techniques are developed to improve the inverter operation, based on minimum harmonic contents in the output voltage. The original pulse-width of an inverter operation is divided into multiple pulses of variable widths per half cycle. For the SBPW method a middle pulse and several boundary pulses per half cycle are deduced. The middle pulse is given the largest width and the boundary pulses are taken small widths. For LBPW method the opposite is considered. A software-model was developed by the authors to determine the conduction angles and their gating angles required for the inverter drive. The advantage of these techniques allow a modifying in the number of pulses pe!
r half cycle and their widths, leading to an inverter operation with less generation of harmonics. The SBPW technique makes the inverter output voltage closer to a sinusoidal form. Therefore, the optimal inverter performance is obtained with this technique.
Keywords: Power inverters, Pulse-width modulation control, Multiple-pulse width modulation control, Converters.
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