1) silicon thyratron
硅闸流管
2) high-speed silicon thyristor
高速硅闸流管
3) hydrogen thyratron
氢闸流管
1.
The operating process and characteristic of hydrogen thyratron switch radar pulse modulator have been introduced.
介绍了氢闸流管开关雷达脉冲调制器的工作过程和特点,给出了串联IGBT新型调制器的技术方案,并对IGBT的驱动保护和串联运行电压失衡原因进行了分析,给出了电压均衡方法,证明了串联IGBT在雷达脉冲调制器中应用的可行性。
2.
Intrapulse quenching of a hydrogen thyratron could be explained with several theoretical methanisms from different viewpoint.
氢闸流管脉内放电猝熄给高功率氢闸流管的放电脉冲宽度和峰值电流或峰值功率能力设置了一定限制 ,造成工作不稳定。
3.
EFT generator was developed, which adopted switching mode high-voltage DC power supply and used hydrogen thyratron as switch.
为了使瞬态电磁干扰信号发生器在微机保护装置电磁兼容设计过程中普及应用,分别以高压直流开关电源、氢闸流管研制了电快速瞬变脉冲群(electrical fast transient/burst,EFT)发生器和以三电极场畸变点火球隙开关研制了浪涌发生器。
4) thyristor
[θai'ristə]
闸流管
1.
To meet the need of kicker power supply of CSR, the demand of kicker power supply detection system is presented, and the base theory of the circuitry the function of which includes the detection of thyristor mis-conduction and leak conduction, the detection of pulse, the measurement of pulse width and the count of pulse is presented.
针对兰州重离子加速器冷却储存环(HIRFL-CSR)踢轨磁铁(Kicker)电源的需要,提出并介绍了Kicker电源监测系统的要求,主要针对闸流管误漏导通检测、脉冲检测、脉冲宽度测量及脉冲计数等功能,提出了电路的工作原理,并设计了具体电路。
2.
To meet the need of kicker power supply of HIRFL-CSR , the demand of kicker power supply detection system is introduced, and the base theory of the circuitry the function of which includes the detection of thyristor mis- conduction and leak conduction , the detection of pulse width, the measurement of pulse width and the count of pulse is presented.
针对兰州重离子加速器冷却储存环(HIRFL—CSR)踢轨磁铁(Kicket)电源的需要,提出并介绍了Kicker电源监测系统的要求,主要针对闸流管误漏导通检测、脉冲宽度检测、脉冲宽度测量及脉冲计数等功能提出了电路的工作原理,并设计了具体电路;系统输入端采用光纤接口,而输出端采用了PLC数字I／O接口;该系统可以完成对Kicker电源系统较为全面的状态监测,可方便地对电源系统状态进行监控。
5) thyratron
['θairətrɔn]
闸流管
1.
To keep enough recovery time on thyratron-tube, adopted the command charge scheme.
闸流管要保持足够的恢复时间,就需采用充电控制系统,充电晶闸管组能控制峰值达50A充电电流,该装置最大输出功率为205kW。
2.
On the basis of the existing sieving method of sieving thyratrons, serving the typical fuze detonating circuit as the circuit of sieving thyratrons, and applying the operation conditions of the typical fuze detonating circuit in the sieving circuit, we can measure more accurately the turn on voltage, trigger voltage, turn on time, and leak of electricity of the thyratrons.
在现有闸流管检测方法的基础上 ,将实际的引信起爆电路作为闸流管的检测电路 ,将起爆电路的工作条件施加于检验电路 ,可以更准确地给出闸流管的导通电压、触发电压 ,同时测量出闸流管的导通时间以及闸流管在关断状态下的漏电流。
3.
Magnetic pulse compressor (MPC) with thyratron as discharge switch used in Ti:Sapphire laser was put forward for the first time.
首次提出了将磁脉冲压缩开关应用于钛宝石激光器中,由磁脉冲压缩开关和闸流管组合作为放电开关。
6) two thyratrons
双闸流管
1.
This paper introduces a fundamental description and experimenal results of a copper vaper laser (CVL) using two thyratrons as the prime switch of an electric power supply.
介绍了采用双闸流管作主放电开关的高功率铜蒸气激光器电源的原理、实验和结果。
补充资料：PNPN闸流管
由PNPN四层半导体材料构成的二端器件或三端器件。二端器件称PNPN闸流二极管,一般用来产生电流脉冲,用途和单结晶体管相似。三端器件一般增加一个P门极,用以触发器件进入导通状态，这种器件又称可控闸流管或可控硅。从可控硅器件中派生出来的另一种新型PNPN四层三端器件是把传统的P门极改为N门极，这种器件的触发灵敏度高，在使用上可以代替单结晶体管，因此也称为程控单结晶体管。程控单结晶体管还具有速度快、功耗低和动态电阻小等优点，可以给出高速高能脉冲，特别对大功率晶体闸流管来说，用单结晶体管直接触发是困难的，宜用程控单结晶体管代替。程控单结晶体管的性能好，价格低，稳定性好，所以广泛用于各种脉冲电路和可控硅控制系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条