可在三相晶闸管变流装置中应用。
This device can be used in three phase converter assembly using thyristors.
晶闸管的导通是可控的。
晶闸管中频电源已广泛应用于工业加热领域。
Thyristor medium frequency power supply has been widely used in industrial heating.
因此，研究晶闸管的散热问题有着重要的意义。
提出了一种简单易行的晶闸管控制荧光灯调光方法。
This paper proposes a simply and feasible dimming method of the fluorescent lamp.
单向晶闸管的电压过零触发可利用简单的晶体管电路。
The zero voltage trigger for thyristor can be realized with simple transistor circuit.
研究了晶闸管控制的分级串联电容换级时的暂态过程。
The transient process of graded series capacitor during grade change controlled by thyristor is studied.
介绍了变速恒频波浪能发电系统的晶闸管触发电路设计。
This paper presents the design of thyristor triggering circuit for a variable speed constant frequency (VSCF) wave energy electricity generating system.
这战利品晶闸管的疗效和降低其寿命可以超过60 %。
This spoils the SCR's efficacy and can reduce its lifespan by more than 60%.
该相控触发电路是晶闸管整流弧焊电源的理想触发电路。
It is perfect phase trigger circuit for arc welding power source of SCR.
利用这个模型可以分析晶闸管开关过程的动态非线性特性。
Using this model, it is possible to analyse the dynamic nonlinear characteristics of thyristor's ON-OFF process.
最后，本文指出了有关晶闸管模型的尚待进一步研究的问题。
Finally, it indicated some problems about thyristor modeling that will be studied.
本文论述了计算晶闸管关断模型反向恢复电流参数的一种方法。
This paper describes a method for calculating reverse recovery current parameters of the thyristor turnoff model.
所有这些都依赖于能提供更大功率控制的相控晶闸管(PCT)。
All of these have relied on phase controlled thyristors (PCT), offering the higher power control.
通常采用控制晶闸管的导通角，而得到输出连续可调的直流电压。
Usually, the output voltage for continuous adjustment was obtained by controling turn-on angle of thyristor.
在所研制的新型无触点电力稳压器中，采用晶闸管作为开关器件。
Use the thyristor as switch devices in researched and produced new type contactless power stabilized voltage supply.
无论导通时刻是否一致，同臂号晶闸管的关断截止时刻总是相同的。
Whether the turn-on time of the same arm thyristors was uniform or not, the turn-off time was always identical.
双桥串联顺序控制的晶闸管变流器给电网带来不容忽视的谐波危害。
The harmonic endanger was serious, which was engendered by double bridge cascade connection sequential control SCR converter.
这就对大功率晶闸管整流器触发系统安全可靠性提出一个严峻的问题。
This poses a question concerning the safety and reliability of the high power thyristor rectifier trigger system.
最后结合工程实例，给出了一个晶闸管阻容吸收参数设计的具体步骤。
At last, an parameter design of RC snubber for thyristors in a engineering project is presented.
介绍一种单电极直流电弧炉用大功率晶闸管整流装置的组成和工作原理。
To introduce the composition and working Principle of a thyristor rectifier unit of large power for DC EAF.
由于光控晶闸管采用了直接光触发，因此特别适用于高电压和串联应用。
The new light triggered thyristor is an ideal device being appropriate in series and in high voltage application.
设计合成试验回路的核心在于，如何正确地再现作用在晶闸管阀上的负荷。
The core to design a synthetic test circuit is to correctly reproduce the stresses applied on the thyristor valves.
用于抽水蓄能机组起动的静止变频器，其整流逆变桥通常采用普通晶闸管。
The static frequency converter used in pumped storage units generally adopts common thyristor as the rectifying inverting bridge.
硬件电路简单，可靠性高，抗干扰能力强，是一种比较理想的晶闸管触发装置。
The hardware circuit is simple, and it has strong reliance and anti-interference ability, which is a kind of ideal SCR trigger.
用双向晶闸管作为电子开关，双向晶闸管过零触发，因而输出的是完整的正弦波。
Using electron switch by BTA, BTA at touch off cross zero, thus deferent electron sine wave is intact.
本文简述了采用单片机为主体构成的晶闸管过零触发调功装置的硬件构成和工作原理。
This article summarizes the hardware organization and working principles of the thyristor zeropassage trigger capacity control circuit which have a singlechip as its main body.
报道了一种新结构的功率栅控晶闸管，称其为槽栅MOS控制的晶闸管(TMCT)。
A new structure of power MOS-gated thyristor named Trench MOS Controlled thyristor (TMCT) is presented.
报道了一种新结构的功率栅控晶闸管，称其为槽栅MOS控制的晶闸管(TMCT)。
A new structure of power MOS-gated thyristor named Trench MOS Controlled thyristor (TMCT) is presented.
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