thyristor

thyristor

1. DY Model caterpillar type shaped plastic material drawer adopts double caterpillar drawing method, thyristor stepless governor.

DY型履带式塑料型材牵引机采用双履带式牵引方式，可控硅无级调速。

2. integrated gate-commutated thyristor (IGCT)

IGCT

3. Design of PLC Control Thyristor Rectifier Electrical Source

PLC控制的晶闸管整流电源的设计

4. TCSC ( thyristor controlled series compensation)

TCSC

5. Thyristor switched capacitor (TSC)

TSC

6. CHANG Si-zhe,YANG Xue-chang,YAN Xing-zhong.Design of Petersen coil with thyristor series capacitors based on table look-up technique[J].High Voltage Engineering,2004,30(4):11-13.

[2]常思哲,杨学昌,闫兴中.查表式可控硅投切电容消弧线圈的研制[J].高电压技术,2004,30(4):11-13.

7. He Zhiyuan,Tang Guanfu,Deng Zhanfeng,et al.Study on over voltage protecuon strategy of the thyristor valve overcurrent test eqmpment[J].proceedings of the CSEE,2006,26(13):56-61(in Chinese).

[5]贺之渊,汤广福,邓占锋,等.晶闸管阀过电流试验装置过电压保护策略的研究[J].中国电机工程学报,2006,26(13):56-61.

8. A Practical Numerical Controlled Thyristor Trigger Circuit

一种实用的数控可控硅触发电

9. A novel algorithm of thyristor digital trigger unit

一种晶闸管数字触发器的新算法

10. The Power Adjustment System with Thyristor in Three Phase AC Load

三相交流负载的晶闸管调功系统

11. The main products include IGBT Module, IPM Module, MOSFET Module, Thyristor Module and Diode Module.

三菱电机的主要产品包括IGBT模块，IPM模块，MOSFET模块，晶闸管模块和二极管模块等。

12. Act as agent of power semiconductors for global suppliers, and produce it's own IGBT &thyristor drivers.

专业代理电力电子器件，并自主研发基于专用集成电路的IGBT驱动器及可控硅驱动器。

13. In order to turn off thyristor unfailingly, the inverter circuit should be rebuilt.

为了保证可控硅可靠关断，需要改造逆变电路主回路。

14. To know application value of thyristor controlled reactance series compensation by adjustable coupling,its fundamental performance must be studied.

为搞清楚变耦电抗式可控串补的应用价值,必须对其技术经济性能进行研究。

15. main thyristor rectifier cubicle

主晶闸管整流柜

16. A thyristor power regulator, suited to tho load of transformer-like and controlled by the analogue quantities, is introduced.

介绍一种适用于变压器类负荷的晶闸管调功器,采用模拟量控制方式。

17. The principle,con st ruction and control/protection system of thyristor on-load tap changer are intro duced,and its future of development is viewed.

介绍了一种晶闸管有载分接开关的运行原理、结构组成及其控制保护,展望了该种分接开关的发展前景。

18. This paper describes a Static Phase Advancer using thyristor AC-AC frequency converter which is designed for asynchronous induction motor.

介绍了一种由可控硅构成的交交变频器为主要结构的异步电动机静止进相器。

19. This paper introduces the operation principle of AC Voltage stabilizer and analyzes in detail the existing problems of thyristor used as switching device and proposes the methods for solving these problems.

介绍了所研制的新型无触点电力稳压源的基本工作原理，详细分析了作为开关器件的晶闸管在使用过程中存在的一些问题及解决方法。

20. It is introduced the principles, critic technology and application effects on electrified railways of the static dynamic passive compensator for high voltage thyristor.

介绍基于高压晶闸管阀的静止型动态无功补偿装置原理、关键技术及在电气化铁路上的应用效果。

21. light-activated trigger thyristor

光激触发可控硅

22. Light Triggered Thyristor and its Application

光触发晶闸管换流阀技术及其应用

23. The software timely touch off thyristor and control thyristor trigger angle in controllable scope. Consequently the soft starter is better reliability, stability and veracity.

全数字电子软起动器的软件部分主要是如何根据需要准确及时的触发晶闸管，把晶闸管的触发角控制在可控的范围内，从而提高了软起动器的可靠性、稳定性和准确性。

24. full-wave thyristor power supply

全波可控硅电源

25. The enterprise deyang sunlight electric co., ltd. has special knowledge within the ranges Roasting, Thyristor and Vacuum coating as well as Sputtering.

公司专业从事晶闸管可控硅整流器、烤架以及真空镀膜和溅射业务。

26. In the proposed scheme, a thyristor is placed between the main transformer neutral point and the ground and fired in different ways to achieve the above process.

其典型实施方案是在变电站主变中性点与地之间串入一可控硅,通过控制可控硅的导通方式来实现上述过程。

27. After analyzing the current state and existing problems of automatic resonance arc suppression coil,this paper proposes a new type of arc suppression coil with thyristor series capacitors TSC .

分析了自动调谐消弧线圈的发展现状及存在的问题,提出了晶闸管投切电容(TSC)式消弧线圈,阐明了其工作原理和设计方法。

28. Way of analyzing anode current state of thyristor

分析晶闸管阳极电流动态的方法

29. excitation thyristor rectifier cubicle

励磁晶闸管整流柜

30. Even though a thyristor is able to withstand high voltages, it could turn on due to dv/dt effects.

即使可控硅能够经受高压，但由于dv/dt效应也可能导通。

31. A simply Measurement Method of Bidirection Thyristor Output Voltage.

双向可控硅的测量。

32. The Trigger of Bidirectional Triode Thyristor

双向可控硅的触发

33. Double loop thyristor sectional drive

双闭环可控硅分布传送

34. reverse conducting triode thyristor

反向导电三端闸淋

35. reverse-conducting diode thyristor

反向导电二端闸流管

36. reverse conducting diode thyristor

反向导电二端闸淋

37. reverse conduction triode thyristor

反向导通三极晶闸管

38. reverse blocking triode thyristor

反向阻断三极晶闸管

39. reverse blocking diode thyristor

反向阻断二极晶闸管

40. reverse blocking tetrode thyristor

反向阻断四极硅闸流管

41. The commutating thyristor of inverter is switched off whenever DClink current passes through zero.

变换器换向的可控硅整流器关掉，每当DC链接潮流通过零。

42. Thyristor Controlled Reactance Series Compensation by Adjustable Coupling is a new-style thyristor controlled series compensation method. This thesis mainly introduces overvoltage and overvoltage protection design of the device.

变耦电抗式可控串补是一种新型的可控串补方法，本论文主要对变耦电抗式可控串补装置的过电压及过压保护措施进行分析和研究。

43. Another method is change the commutated capacitor into thyristor controlled series capacitor (TCSC).

另一种是将晶闸管控制串联电容器(TCSC)应用于CCC-HVDC输电技术中。

44. Only when the anode current tries to go negative under the influence of the circuit in which the thyristor is connected does the thyristor turned off and the current go to zero.

只有当阳极电流在与晶闸管连接的电路的作用下开始变负时，晶闸管才会关断且流过其的电流为零。

45. As soon as the supply reverses, the voltage acrossthe thyristor will become positive, turning it on.

只要电源一反向,加在可控硅上的电压就变为正而使其导通。

46. gate turn off thyristor gate drive circuit

可关断晶闸管门极驱动电路

47. thyristor controlled series capacitor

可控串联电容补偿

48. Thyristor Controlled Series Capacitor (TCSC)

可控串联补偿器

49. thyristor controlled series compensation

可控串联补偿电容

50. Thyristor Controlled Series Compensator

可控串联补偿电容器

51. Overvoltage Protection of Thyristor Controlled Series Capacitors

可控串联补偿电容器的过电压保护

52. TCSC(thyristor controlled series compensation)

可控串补

53. Thyristor controlled series compensation(TCSC) has the merit about controlling power flow、improving the system stability and increasing power transmission limit etc.

可控串补(TCSC)具有控制电力系统的潮流、改善系统的稳定性、提高功率传输极限等优点,目前已有实际工程应用。

54. Rectifier controlled by Thyristor

可控整流

55. thyristor controlled interphase power controller

可控相间功率控制器（TCIPC）

56. thyristor low-voltage electrical apparatus

可控硅低压电器

57. reverse-blocking tetrode thyristor

可控硅开关

58. Application of Thyristor Control Module in DC System

可控硅控制模块在直流系统的应用

59. reverse-blocking triode thyristor

可控硅整流器

60. thyristor chopper controller

可控硅斩波控制器

61. Design for Pulse Transformer of Thyristor Gating circuit

可控硅触发电路中脉冲变压器的设计

62. The paper describes the feature and the application domain of intelligent thyristor module which is developed by our country and now is manufactured in China.

回顾了电力半导体模块发展里程,指出了电力半导体模块今后发展的方向,描述了我国研制成功并已生产的智能晶闸管模块的特点及其应用领域。

63. Therefore it is an object of the present invention to provide a switch circuit capable of bidirectional conductivity while suppressing the occurrence of latch-up due to a parasitic thyristor.

因此，本发明的一个目的在于提供一种能够双向导电并且同时抑制由于寄生晶闸管的闩锁效应的发生的开关电路。

64. The author introduces capability of the Integrated Gate Commutated Thyristor (IGCT) ,which are based on GTO technology .

在介绍传统GTO性能的基础上对集成门极可换向型晶闸管IGCT的性能进行了研究。

65. It can extend the minimum current of 30 A to about 5 A that a ancillary rectifier circuit parallelled in a single thyristor rectifier welder.

在单相晶闸管整流焊机中,并联带有交流和直流电感的整流支路,能把电流下限从30A扩展到5A左右。

66. In the source commutation technique, a commutating Thyristor is turned off byforcing the DC link current to zero.

在来源换向技术， 一台换向的可控硅整流器被关闭当换向发生时，潮流是近似地恒定的除了山谷。

67. In a conventional switch circuit capable of bidirectional conductivity, there is the problem that latch-up occurs in a parasitic thyristor included in a transistor having a switching function.

在能够双向导电的传统开关电路中，在具有开关功能的晶体管中所包括的寄生晶闸管中存在发生闩锁效应的问题。

68. When a new clean AC power supply is designed, it is very necessary to know the relationship between the equivalent induction and the thyristor turn-on angle.

在设计新型交流净化电源时，掌握等效电感和双向晶闸管延迟导通角之间的关系很重要。

69. Based on the dynamic phasor models of TCR, the dynamic phasor model for static VAR compensator (SVC) and that for thyristor controlled series capacitor (TCSC) are put forward.

基于TCR的动态相量模型提出了静止无功补偿器和晶闸管控制串联电容器的动态相量模型。

70. Basing on general instances, the paper analyses changes of the power factor angle of a electromotor and the triggering angle of a thyristor by using a practical case.

基于一般情况，本文运用实例分析了异步电机在双向晶闸管全电压状态时的功率因数角和晶闸管触发角的变化情况。

71. high-power phase control thyristor

大功率晶闸管

72. Supervising on the Fault of High-power Thyristor Electrical Switch

大功率晶闸管电力开关常见故障的检测

73. Design and Reliability Analysis of High Power DC Thyristor Switch

大功率直流晶闸管开关设计及其可靠性分析

74. The thyristor can be trigged into the on-state by applying a pulse of positive gate current for a short duration provided that the device is in its forward blocking state.

如果是处于正向阻断状态，只要在门极提供一个短暂的正脉冲，晶闸管就会导通。

75. Such as: IGBT, Darlington, thyristor, rectifier, rectifier tube, Short Machine and all kinds of smart modules and a variety of high-low-voltage electrolysis, capacitance.

如：IGBT、达林顿、可控硅、整流桥、整流管、肖特机及各种智能模块和各种高低压电解、电容等。

76. The experimental result shows that the thyristor three phase booster can save the energy of the light load motor obviously.

实验结果表明，晶闸管三相调压供电对降低轻载电动机的能耗有明显的效果。

77. In order to limit currents, a two phase voltage is applied to an induction machine in rotating state after a brief power outage before full voltages are gradually provided via thyristor switch.

对于旋转状态的感应电机，在短暂断电后重新接入电源时，为了限流，经过晶闸管开关首先接通两相电源施加部分电压，然后逐步过渡到全压。

78. Several methods may be adopted to suppress overvoltage，such as condenser circuit，stabilizer circuit，stabilizer, relay circuit, thyristor circuit and silicon controlled rectifier circuit and so forth.

对于过电压可采用电容器电路、稳压管电路、稳压管加继电器电路、压敏电阻电路、晶闸管电路等几种方法来抑制。

79. Thyristor firing and non-firing are synchronised with the supply and are performed at zero voltage for a resistive load.

对于阻性负载,于供电同步的触发电压和非触发电压是在零电压点执行的.

80. Adopting thyristor Regulation voltage technique is the optimum selection to temperature control for electron beam smelting furnace that takes the transformer as the burden.

对以变压器为负荷的电子束熔炼炉温度控制采用晶闸管调压技术是最佳选择。分析了该方案在实施过程中的几个技术难题,给出了相应的解决措施。