Abstract




 
   

IJE TRANSACTIONS B: Applications Vol. 24, No. 2 (July 2011) 107-118   

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  MODULAR APPROACH FOR AN ASIC INTEGRATION OF ELECTRICAL DRIVE CONTROLS
 
 

Y. Kebbati*

Universiy of Orléans, OSUC Observatoire des Sciences de l’Univers en Région Centre

Campus Géosciences 1 A rue de la Férolerie 45071 ORLEANS CEDEX (France)

kebbati@cnrs-orleans.fr

 

*Corresponding Author

 
 
( Received: November 12, 2009 – Accepted in Revised Form: April 23, 2011 )
 
 

Abstract    VLSI circuits design allows today to consider new modes of implementation for electrical controls. However, design techniques require an adaptation effort that few designers, too accustomed to the software approach, provide. The authors of this article propose to develop a methodology to guide the electrical designers towards optimal performances of control algorithms implementation. Thus, they were based on two concepts: modular design and algorithm architecture adequation. An exemple of DTC control implemented in an ASIC circuit is presented and the results of the integration performances valide our methodology.

 

Keywords    ASIC, FPGA, Electrical System Control, Modular Design, Algorithm Architecture Adequation, Direct Torque Control.

 

چکیده    امروزه، طراحي مدارهاي VLSI حالتي جديد براي راه اندازي کنترل هاي الکتريکي است. به هر حال، روش هاي طراحي به تلاشي تطابقي نياز دارد که تعدادي از طراحان خوگرفته به روش هاي نرم افزاري، آن را ايجاد مي کنند. نويسندگان اين مقاله، توسعه روشي را براي هدايت طراحان الکتريکي به سمت عملکردهاي انتخابي براي راه اندازي الگوريتم هاي کنترلي پيشنهاد مي کنند. بنابراين، آنها بر پايه دو مفهوم هستند: طراحي مدولار و معماري الگوريتم. تمام نمونه هاي راه اندازي کنترل DTC در مدار ASIC نمايش داده شده است و نتايج عملکردهاي يکپارچه، روش ما را معتبر ساخته است

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