| 1. | Main circuit control circuit power separation
主回路控制回路电源分离 |
| 2. | Main circuit design
主回路方案： |
| 3. | Major loops adopt controllable silicon to have long life , no nose and senstive reaction etc . strong point
主回路采用可控制硅控制，具有长寿命、无噪音、反应灵敏等优点。 |
| 4. | Using advantech ' s pcl818hg das card , the equipment examines the voltage and current in the main circuit in real - time
应用研华pcl818hg数据采集卡对主回路电压、电流情况进行实时检测。 |
| 5. | This system is consisted of these different sub - systems : the main circuit , the control system , input transfer , and three circumfluence reactors
该装置主要包括：主回路，控制回路，进线电源变压器以及环流电抗器等。 |
| 6. | Based on the fault tree analysis ( fta ) , the main loop circuit of electrical life - test device is studied and its corresponding fault tree constructed
在故障树分析理论的基础上，对电寿命试验设备的主回路进行了分析，并建立相应的故障树。 |
| 7. | The authors discuss the principle of compensated , the main circuit configurations , the control circuit and the design of software and give the important technical parameters
阐述了其补偿原理、主回路、控制电路和软件设计，并给出了主要技术参数。 |
| 8. | The realization of major loop will be given after ipm module is introduced . the absorption circuit of the module is selected according to the actual conditions
在主回路部分中通过对igbt的介绍给出了实现方案，并根据实际情况选择模块的吸收电路。 |
| 9. | For the current source supply , the current waveforms are much easy to control though it has more complicated main circuit and more voltage harmonics
电流源方式主回路比较复杂(需要将电压源转换为电流源) ，但电机电流波形容易控制， emi问题容易解决。 |
| 10. | The first part of the thesis describes the design and realized scheme of the systematic hardware . it is divided into the designs of control loop and main loop
论文的第一部分介绍了系统的硬件设计思路及实现方案，它包括控制回路的设计和主回路的设计两部分。 |
