Real-Time Simulation FOR Power Electronics ON FPGA www.opal-rt.com Choose eFPGASIM for your next power electronics project Microgrids Photo Voltaic Inverters Distributed Energy Resources Wind Turbine Converter Electric motors and drives Hybrid & Electric Vehicles Electric Aircraft Electric Ships ...
[2]M. P. Kazmierkowski, R. Krishnan, and F. Blaabjerg, Control in Power Electronics:Selected Problems.Norwell,MA:Academic,2002. [3]C.Cecati,“Microprocessors for power electronics and electrical drives applications,”IEEE Ind.Electron.Soc.Newslett.,vol.46,no.3,pp.5–9,Sep.1999. [4]S.Be...
L. Debowski, "A flexible dsp/fpga-based hardware platform for power electronics," in Signal Processing Algorithms, Architectures, Arrangements, and Applications Conference Proceedings (SPA), 2009, pp. 30-35, Sept 2009.
M Matar,D Paradis,R Iravani - 《Iet Power Electronics》 被引量: 13发表: 2016年 FPGA Based Active Power Filter for Harmonics Mitigation These current controllers have some disadvantages such as high cost, slow response, and large size etc., during real-time implementation. But by using digital...
[6] XU Xiang Lian,ZOU Yun Ping,DING Kai,et al.A Sstatcom based on cascade multilevel inverter with phase-shift SPWM[J], Power System Technology ,2004 International Conference, vol. 1:145-149. [7] Tzou Y Y,HSU H J, FPGA-based SVPWM control IC for PWM inverters[J], IEEE Transactio...
An FPGA-based Fully Digital Controller for Boost PFC Converter This paper introduces a novel digital one cycle control (DOCC) boost power factor correction (PFC) converter. The proposed PFC converter realizes the FPGA-... L Lai,P Luo - 《Journal of Power Electronics》 被引量: 5发表: 2015...
Abstract:Aiming at the teaching experiment of undergraduate or graduate students in power electronics, based on LabVIEW and simple FPGA board, a high cost-effective hardware in the loop real-time simulation teaching experiment platform for power electronics is designed. The simulation platform system is...
In general, there are many, many options for using an FPGA or CPLD to control power sequencing. This approach works, but somebody must own the digital and analog designs, including all of the inevitable design bugs, opportunities for unimaginable corner cases and faults, and the unhappy question...
eHS是一种基于FPGA的通用可重复编译电力电子解算器,由OPAL-RT开发,是业界速度最快的电力电子解算器,支持高达200 KHz的PWM开关频率,可支持车载充电器(OBC)仿真等复杂应用。 高精度实时仿真,极低通讯延迟。