The working principle of the single - phase voltage - source 4 - quadrant converter is introduced 摘要介紹了單相電壓型三電平四象限變流器工作原理。
Study on a high performance control for three - level npc voltage - source rectifier 三電平中點箝位整流器系統建模及基于李亞普諾夫直接法的控制方法研究
Study on mathematical model and lyapunov - based control for three - phase four - wire three - level npc voltage - source rectifier 整流器雙環控制技術及中點電壓平衡控制技術的研究
At the same time , vcvs ( voltage - controlled - voltage - source ) is presented in this paper to reflect the actual situation exactly 同時,本文提出電壓控制電壓源的輸入信號控制法,精確地反映了實際工作的情況。
Current control voltage - source inverter ( cc - pwm inverter ) is applied widely in many industry fields because of its excellent dynamic performance 電流控制電壓型逆變器( cc - pwm逆變器)由于它具有優良的系統動態響應特性,在許多工業領域中得到了廣泛的應用。
This paper researchs the principle of three - phase voltage - source reversible pwm inverter . the converter based on the intelligent power module ( ipm ) is designed 文章分析了三相電壓型可逆pwm變流器的工作原理,設計了以ipm智能型功率模塊為中心的三相可逆pwm變流器。
Plc and dsp controller were used in current - source inverter and voltage - source device . based above , a high power scr current - source line - commutated inverter and a voltage - source line - connected inverter were developed 在電流型逆變系統中,運用可編程序控制器( plc )作為控制核心,并在mcgs組態平臺實現和工控機的通訊。
It is firstly brought forward the concept of impropriety upon series - voltage - source model and develops comparatively abundant demonstration , providing some available conclusions and interpretations at the same time 首次提出了串聯電壓源型研究模型選取不適的概念,并進行了比較充分的論證,同時給出了一些有用的結論和理論解釋。
Power electronic inverter technology is the key in energy feedback . this paper presented and analyzed current - source inverter and voltage - source inverter ' s work theory , and compared these two inverters . voltage - source inverter was the emphasis 電力電子的逆變技術是能量回饋系統的核心部分,本文講述了電壓型逆變電路和電流型逆變電路在能量回饋系統中的工作實現原理。
2 . we present a novel de - rail parallel resonant zero voltage transition three - phase pwm voltage - source inverter which is based on resonant zero voltage ( zero current ) transition technique ; at the same time it ' s efficiency analysis and simulation result are presented . 3 把諧振過渡軟開關技術應用于直流環節逆變器得到了一種新的諧振過渡軟開關逆變器;論文對該新型諧振過渡軟開關逆變器進行了工作原理、效率分析并對主電路進行了仿真。