| 1. | Recommended practice for test procedures for high - voltage direct - current thyristor valves
高压直流半导体闸流管阀试验程序推荐规程 |
| 2. | Recommended practice for test procedures for high voltage direct current thyristor valves
高压直流可控硅换流阀试验程序的推荐实施规程 |
| 3. | The thyristor valve is the main harmonic source that creates harmonics in operation
换流器是换流站内主要的谐波源，其在运行中会产生各种谐波。 |
| 4. | Power electronics for electrical transmission and distribution systems - testing of thyristor valves for static var compensators
送电和配电系统用电力电子设备.静态变量补偿器用半导体阀门的试验 |
| 5. | Power electronics for electrical transmission and distribution and systems - testing of thyristor valves for static var compensators
输电和配电系统用电力电子设备.静态无功功率补偿装置用闸流晶体管的试验 |
| 6. | Power electronics for electrical transmission and distribution systems - testing of thyristor valves for static var compensators ; amendment 1
送电和配电系统用电力电子设备.静态变量补偿器用可控硅阀门的试验.修改件1 |
| 7. | The new technology , using thyristor valves equipped with newly developed six - inch thyristors ( power semiconductors ) and an advanced control system , allows the biggest capacity and efficiency leap in 20 years
这项新技术使用配备新开发的6英寸晶闸管（功率半导体）和一个先进的控制系统的晶闸管阀，在20年实现最大容量和效率飞跃。 |
| 8. | The thyristor valves is one of the key parts of hv - tsc . it is required that the thyristor valves of hv - tsc possess excellent electric characteristics . the control to the thyristors valves should be highly effective and reliable
可控硅开关是高压tsc装置的关键构成部件，高压tsc装置要求可控硅开关应具有良好的电气性能，要求可控硅开关控制应是有效和可靠的。 |
| 9. | The research work is involved in the main circuits structure and the protection of the valves , the determination for the important parameters of the components in the main circuits , the triggering system of the valves , the technology of hv - tsc valve ' s turn - on without inrush current presentation , and the function design for the controller of the thyristor valves . a real hv - tsc valve controller corresponding to the research work has been developed . field tests has shown that the hv - tsc valve controller is able to provide effectively and reliably control and protection for the hv - tsc valves
本论文对高压tsc装置所用的可控硅开关的主电路电气结构、主电路的保护电路、主电路中的重要元件参数的选择、可控硅开关的触发系统构成、无冲击涌流投入电容器技术、可控硅开关控制器功能设计及其功能实现进行了深入的研究和探讨，并对可控硅开关控制器进行了实际的设计和试制，现场测试证明其对可控硅开关的控制是可靠、有效的。 |
