为保证感应耦合电能传输(inductively coupled power transfer,ICPT)系统在动态负载工作模式下频率和输出电压的稳定性,提出一种通过对ICPT系统谐振耦合拓扑机构优化选型,并对系统参数进行优化设计,从而实现系统稳频稳压(stable frequen...为保证感应耦合电能传输(inductively coupled power transfer,ICPT)系统在动态负载工作模式下频率和输出电压的稳定性,提出一种通过对ICPT系统谐振耦合拓扑机构优化选型,并对系统参数进行优化设计,从而实现系统稳频稳压(stable frequency stable voltage,SFSV)输出的新方法。通过对系统谐振网络等效电路进行分析,给出动态负载工作模式下ICPT系统谐振耦合机构优化选型依据,并给出系统谐振耦合环节参数优化设计步骤和方法。最后,通过实验验证理论分析的正确性。展开更多
Y2000-62093-V-98 0012531VAR 补偿用的新开关型拓扑=New swith-mode topol-ogy for VAR compensation[会,英]/Shmilovitz,D.&Czarkowski,D.//1999 IEEE International Symposiumon Circuits and Systems.Vol.5 of 6.—V-98～V-101(...Y2000-62093-V-98 0012531VAR 补偿用的新开关型拓扑=New swith-mode topol-ogy for VAR compensation[会,英]/Shmilovitz,D.&Czarkowski,D.//1999 IEEE International Symposiumon Circuits and Systems.Vol.5 of 6.—V-98～V-101(PC)Y2000-62093-V-438 0012532具有单极和双极输出函数的开关电容器多内部状态浑沌神经原电路=Switched-capacitor展开更多
Y99-61987-994 0003662直流开关型电源中数字控制时延补偿用的简单预测技术=A simple prediction technique for compensation ofdigital control time delay in DC switchmode power sup-plies[会,英]/Bibian,s.& Jin,H.//1999 IEE...Y99-61987-994 0003662直流开关型电源中数字控制时延补偿用的简单预测技术=A simple prediction technique for compensation ofdigital control time delay in DC switchmode power sup-plies[会,英]/Bibian,s.& Jin,H.//1999 IEEE 14thApplied Power Electronics Conference,Volume 2.—994～1000(PC)Y99-61987-1093 0003663具有关断减震特征的谐振本地电源=A resonant localpower supply with turn off snubbing features[会,英]/Ben-Yaakov,S.& Zeltser,I.//1999 IEEE 14th Ap-plied Power Electronlcs Conference,Volume 2.—1093～1097(PC)展开更多
Y98-61322-377 9904379无高电压和电流应力的 PWM 软单开关变换器=PWM soft-single-switched conveners without high volt-age and current stresses[会,英]/Barbasa,L.R.&Vieira,Jr,J.B.//1997 IEEE Intemational Symposiurnon In...Y98-61322-377 9904379无高电压和电流应力的 PWM 软单开关变换器=PWM soft-single-switched conveners without high volt-age and current stresses[会,英]/Barbasa,L.R.&Vieira,Jr,J.B.//1997 IEEE Intemational Symposiurnon Industrial Electronics,Vol.2 of 3.—377～381(G)展开更多
文摘为保证感应耦合电能传输(inductively coupled power transfer,ICPT)系统在动态负载工作模式下频率和输出电压的稳定性,提出一种通过对ICPT系统谐振耦合拓扑机构优化选型,并对系统参数进行优化设计,从而实现系统稳频稳压(stable frequency stable voltage,SFSV)输出的新方法。通过对系统谐振网络等效电路进行分析,给出动态负载工作模式下ICPT系统谐振耦合机构优化选型依据,并给出系统谐振耦合环节参数优化设计步骤和方法。最后,通过实验验证理论分析的正确性。
文摘Y2000-62093-V-98 0012531VAR 补偿用的新开关型拓扑=New swith-mode topol-ogy for VAR compensation[会,英]/Shmilovitz,D.&Czarkowski,D.//1999 IEEE International Symposiumon Circuits and Systems.Vol.5 of 6.—V-98～V-101(PC)Y2000-62093-V-438 0012532具有单极和双极输出函数的开关电容器多内部状态浑沌神经原电路=Switched-capacitor
文摘Y99-61987-994 0003662直流开关型电源中数字控制时延补偿用的简单预测技术=A simple prediction technique for compensation ofdigital control time delay in DC switchmode power sup-plies[会,英]/Bibian,s.& Jin,H.//1999 IEEE 14thApplied Power Electronics Conference,Volume 2.—994～1000(PC)Y99-61987-1093 0003663具有关断减震特征的谐振本地电源=A resonant localpower supply with turn off snubbing features[会,英]/Ben-Yaakov,S.& Zeltser,I.//1999 IEEE 14th Ap-plied Power Electronlcs Conference,Volume 2.—1093～1097(PC)
文摘Y98-61322-377 9904379无高电压和电流应力的 PWM 软单开关变换器=PWM soft-single-switched conveners without high volt-age and current stresses[会,英]/Barbasa,L.R.&Vieira,Jr,J.B.//1997 IEEE Intemational Symposiurnon Industrial Electronics,Vol.2 of 3.—377～381(G)
