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Analysis, design and simulation of a resonant DC link inverter for high power, high frequency brushless DC motor

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4 Author(s)
Wei, H. ; Univ. of Central Florida, Orlando, FL, USA ; Zhu, G. ; Bartarseh, I. ; Vaidya, J.

The conventional voltage source inverter for motor drive encountered severe problems such as high EMI, wide range of harmonics, heavy acoustic noise and low efficiency. Resonant DC-link inverter technique becomes dominate in solving the above problems due to its simplicity in both power stage topology and control strategy. In this paper, operation principle of resonant DC-link inverter is analyzed. A design procedure of this type inverter for high power application (200 HP) is presented. PSPICE simulation on the designed resonant DC-link inverter has been conducted to verify its availability for high power application. The improvements in motor drive by using resonant DC-link inverter is shown by comparing the PSPICE simulation results of conventional hard switching inverter

Published in:

Southeastcon '98. Proceedings. IEEE

Date of Conference:

24-26 Apr 1998