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Multilevel Multi-phase Digital Pulse width modulator Project Summary In power industry, multiphase converters provide merits due to using more than three phases in drive applications. Also, multilevel converters allow high power ratings with limited voltages. Multilevel multiphase technology combines the benefits of both technologies. Project Specifications: A space vector pulse width modulation (SVPWM) algorithm for multilevel multiphase voltage source converters was presented in IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS, VOL. 55, NO. 5, pp. 1933-1942, MAY 2008. Get the Article from IEEEXplore, discuss it with the instructor, and implement it in Altera FPGA. Phase I: Article acquisition and discussion with instructor: Acquire the IEEE journal article by using TTU library resources. Discuss with instructor to share common understanding. Phase II: Implementation: Implement feasible parts of the SVPWM on the available FPGA board. Spread the work among team members. You might use libraries if available. Phase III: Analysis: Report on the success of module designs, simulation results, and synthesis metrics (Logic element utilization, power consumption, and maximum operating frequency).