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- voltage of DC side capacitor 直流侧电容电压
- A design method of AC-DC-AC based high-power power quality signal generator is presented and analyzed, mainly including the design of DC side capacitor, input and output filter. 详细阐述了基于交-直-交拓扑的大功率电能质量信号发生装置设计方法,主要包括整流侧滤波电感、逆变侧输出滤波器和直流侧电容设计等;
- Analysis of capacitor voltage of DC side on half-bridge three-level inverter with asymmetrical AC output 半桥三电平逆变器输出不对称交流时直流侧电容电压的分析
- Thus, the load will be protected by the output voltage of DVC and the a-mount of DC capacitor used for energy storage is minimized and the designed device is cost-effective. 该设计主要解决90%25以上的电压陷落,它充分利用电压陷落时电网所剩的电压,达到用最少量的直流电容量来储能的目的。
- It is to measure current and voltage of DC and AC circuit. 本系列产品适用于交流直流电路中测量电流或电压之用。
- DC side capacitor vohage control 直流侧电容电压控制
- DC Side Capacitor's Design and Voltage Control in High-capacity Active Power Filter 大功率有源滤波器直流侧电容设计与电压控制
- This paper presents the Analysis of DC Bus Ripple Voltage of the Half-Bridge Boost Power Factor Corrector. 本论文系分析半桥式升压型功率因数修正器直流链涟波电压之影响及解决方法。
- First, the control equation of DC side APF is deduced and some features of DC side APF are simulated. 首先,推导了DC侧APF的单周控制方程,进行了仿真分析,并对其补偿性能与负载大小之间的关系进行了仿真研究。
- What is the output voltage of you system? DC or AC? 您要求系统的输出电压多少,直流还是交流?
- DC capacitor relies on the pulsation of DC voltage, power, inductance on the AC side, and load. 突加负载时直流侧电容是由直流电压波动、功率、电感及负载决定的。
- Control Strategy of DC Capacitor Voltage of Static Synchronous Compensator Based on Cascaded Multilevel Voltage Source Inverter 基于级联式电压源逆变器的静止同步补偿器直流电压控制策略
- THE REASON CAUSING THE VARIATIONS OF CAPACITORS'VOLTAGE OF THREE-LEVEL VOLTAGE SOURCE INVERTER AT DC SIDE 引起三级电压源逆变器直流侧电容电压变化的原因
- Investigation on Relevant Problems for DC Side Voltage of Parallel Active Power Filter 并联型有源电力滤波器直流侧电压的相关问题探讨
- Withstanding Voltage of Output Tr. 出力回路耐圧。
- Maximum input voltage of +5V ( how many amp? 最大输入电压+5V(电流多少?
- To increase the voltage of(a circuit). 升压增加电路的电压
- TWO CONTROL METHODS FOR BALANCING THE VOLTAGE OF CAPACITORS OF THREE-LEVEL VOLTAGE SOURCE INVERTER AT DC SIDE AND THE COMPARISON BETWEEN THEM 两种均衡三级电压源逆变器直流侧电容电压控制方法及其比较
- Mathematic module of DC voltage is established under the principle of simultaneous power balance and harmonics to guide the design of DC capacitor. 采用瞬时功率平衡原理,在含有谐波的情况下建立直流电压的精确数学模型,用于指导直流电容设计;
- SCR rectifier is the same as that of DC arc wilding generator. 从而使可控硅整流焊机的电弧穿透力与直流旋转焊机相当。