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单相变流器
1、venous phase───[医]静脉相
2、anacrotic phase───无核期
3、sma inverter───sma逆变器
4、single phase───[电] 单相；单相的
5、rebellious phase───叛逆期
6、single───adj.单一的；单身的；单程的；n.一个；单打；单程票；vi.击出一垒安打；vt.选出
7、power inverter───逆变器；功率变换器
8、phase───vt.分阶段进行；使定相；n.月相；时期，阶段
9、phase loss───失相
1、Research of Novel Single-Phase Inverter Source And Its Modulation Technology───新型单相逆变电源及其调制方式的研究
2、Research on Single-phase Inverter Power.───单相逆变器电源的研制。
3、According to effective requirement, a single-phase inverter power supply controlled by MCU is designed.───本文根据实际需要，制作了一台数字式控制的单相正弦波逆变电源。
4、This paper presents an internal model principle and its application in single-phase inverter, and puts forward a kind of method using single chip computer to realize continuously control system.───介绍了内部模型原理及其在单相逆变器中的应用，并提出了一种连续XiTong在单片机中直接实现的方法。
5、Investigation and Restraining of Magnetic Bias for the Output Transformer of Full Bridge Single-phase Inverter Circuit───单相桥式逆变电路变压器直流偏磁研究与抑制
6、The SPMC75F2413A chip is used as main control chip to control single-phase bridge inverter main circuit.───以SPMC75 F 2413 A作为主控芯片来控制单相桥式逆变主电路。
7、Using the equivalence principle to generate SPWM pulse, which will be applied to the single-phase inverter power.───运用面积等效原理生成SPWM脉冲序列，并将此SPWM波应用于单相逆变电源。
8、The theory and design method of state-feedback integral control technique for inverter are introduced particularly after analyzing the continuous and discrete models of the single-phase inverter.───在分析了单相逆变器的连续时间和离散时间模型之后，详细介绍了逆变器的增广状态反馈控制的原理和设计方法。
9、Restraining Flux Imbalance for the Output Transformer of Full Bridge Single-phase Inverter Circuit───单相桥式逆变电路输出变压器直流偏磁的抑制
1、The theory and design method of state-feedback integral control technique for inverter are introduced particularly after analyzing the continuous and discrete models of the single-phase inverter.
2、Models of single-phase inverter are established, and the causes of waveform distortion are analyzed.
3、The system has a diode rectifier, a boost DC/DC converter and a single-phase inverter in parallel with the grid to enable grid-connected operation without power injection.