光控晶闸管

直接光控晶闸管在脉冲电源上的应用

Direct Light Triggered Thyristor for Pulse - power Applications

受光区具有薄n层结构的光控晶闸管的研究

Studies on the Light Triggered Thyristor with an n-Emitter Layer over the Light-Sensitive Gate Area

光控晶闸管最佳P基区参数的探讨

Investigation on the Optimum P-Base Parameters of Light-Triggered Thyristor

光控晶闸管n发射层深度的研究

On the Depth of n - Emitter Layer in Light - Triggered Thyristor

本文论述光控晶闸管（LTT）的光触发灵敏度与dV/dt之间的制约关系。

The relationship of the trade-off between the light-triggering sensitivity and dV / dt of light-triggered thyristor ( LTT ) is described .

光控晶闸管光触发灵敏度的实验研究

Experimental Investigation on the Sensitivity of Light-Triggered Thyristor

高压直流换流系统难度大，技术复杂，要求高，本论文研究的光控晶闸管替代技术只作为其储备技术之一。

It is difficult to study HVDC system whose technology is complicated and requirement is higher . The alternative technology of LTT is only used as one of the redundancy techniques for HVDC system .

应用有限元法，对两种不同门极结构的过压自保护光控晶闸管的电场分布进行计算机模拟，讨论了电场分布与结构参数的关系及其对过压自保护特性的影响。

The electrical field distributions of light-triggered thyristors with overvoltage self-protection for two different gate-structures are calculated in finite element method . The relationship between the field distribution and the geometrical dimensions of thyristors and the effects of geometrical dimensions on overvoltage self-protection characteristics are discussed .

500A、1200V光控双向晶闸管的研制

Development of 500A , 1200V Light Triggered Triacs

中心锥形槽状光敏门极的200A，1200V光控双向晶闸管的研制

Development of 200A , 1200V Light Triggered Triacs with a Center Cone-Shaped Groove Light Sensitive Gate