该电源采用可控硅开关，开关频率大于10千赫的开关型恒流充电电路。
SCR is used for the switch in the supply that is a switch-type char-ged circuit of continuous current.
拖到绘图页后，可以添加可控硅、三端双向可控硅开关、三端双向可控硅门开关。
Drag onto the page to add a thyristor, bi-directional triode-type, triac-gated switch.
或者说，他们扳动了一个开关，改变了硅的电导率，而不需破坏表面上的任何化学键。
In other words, they flipped a switch, which allowed them to change the electrical conductivity of the silicon without making or breaking a single chemical bond within the surface.
这就似的Mohanty的硅条成为了一种纳米机械开关，两个输入的电压代表了0和1，输出取决于输入时在上升还是下降。
That makes Mohanty's silicon bar a kind of nanomechanical switch in which the two voltages are inputs representing a 0 and a 1, and the output depends on whether the input is rising or falling.
中频大功率感应加热装置，多年来一直采用可控硅做为开关器件。
Medium frequency high power induction heating apparatus, for many years has adopted silicon controlled as switching devices.
调节为基础，利用快速可控硅做开关元件，研制的一台新型等离子弧切割电源——输出直流100a逆变切割电源。
M. adjusted, by the use of high speed SCR gate, a new convening power source with output of 100a for plasma are cutting is developed.
通过实验分析了硅光电子开关的物理性能。
The physics characteristic of silicon optoelectronic switch is discussed through the experiment.
高压硅堆是彩电和彩色显示器行输出电路中的关键器件，其开关速度的快慢直接限制了行扫描频率的高低。
High voltage silicon pile is the key component of the output circuits of color TV and color monitor, whose switch frequency is the direct restrictive factor of line scan.
本硕士论文对基于非硅基微加工技术的光开关及可调光衰减器的设计制作与分析进行了研究。
This thesis presents a study on the non-silicon based MEMS optical switch and variable optical attenuator.
这些硅晶开关比用于早期电路的真空管要小得多。
These silicon switches were much smaller than the vacuum tubes used in early circuitry.
计算机的速度和能力主要取决于工程师们能否把越来越多的电子线路和开关压缩到硅芯片上。
The speed and power of computers depend mostly on how well engineers Can cram more and more electronic circuits and switches onto a silicon chip.
采用单片机控制双向可控硅作为电子开关所组成的电压分节网络，组成新颖快速的电子调压器；
Voltage segment network constituted by electron switch of BTA and controlled by single chip microcomputer constitutes a new fast electronic regulator.
在喷泉控制系统中，采用单片机控制原理，以可控硅作为功率开关元件，由于可控硅承受过电压、过电流的能力较差，因而不能长时间运行。
In fountain control system, the controllable silicon is used as power switch unit with the control principle of monolithic processor, which cannot run for a long time.
功率步进电机的GTO驱动电源，采用了新型开关元件“可关断可控硅”（简称GTO）。
The GTO drive source of the power stepping motor is made up of the new-type of switching elements—the Gate turn-off Controlled Rectifier (GTO).
水平驱动光开关采用单层体硅结构，另外两种光开关都采用了硅-玻璃的键合结构。
The first is formed with monolayer bulk silicon structure, the others use the silicon on glass bonding structures.
反向阻断四极型可控硅、半导体控制开关。
Reverse blocking tetrode thyristor; semiconductor controlled switch.
根据用户不同要求可生产硅整流充电机、开关电源充电机。
We can design and manufacture the silicon rectifying charging unit and switch type charging unit.
要切换到压缩机，可以通过电流接触器开关，继电器或者双向可控硅来控制电流盒或者电路板。
Control electric box or circuit board with contactor, relay, or triac that switches to the compressor.
本论文在比较各种类型光开关的特点的基础上，结合现有的工艺条件，完成了一种使用常规体硅微机械加工工艺实现的光开关的设计和制作。
Based on comparing all kinds of MEMS optical-switches and based on the current ability of techniques, this dissertation accomplishes the design and fabrication of the switch.
主要产品有：各类硅塑封整流二极管、开关二极管、高效率二极管、触发二极管、肖特基二极管、节能灯专用二极管、开关电源专用二极管。
The main products are: rectifier diodes, switching diodes, high efficiency diode, trigger diode, Schottky diode, electricity-saving lamps special diode, switching power supply special diode.
电气主回路采用二极管可控硅无触点开关，电路开关时间迅速，准确。
The main electrical circuit adopts the diode thyristor (SCR) contactless switch, to make sure the circuit switch time rapidly, accurately.
本文提出一种利用硅基微环线形滤波功能的全光超高速开关键控码型(ook)到相位键控码型(PSK)的格式转换方案。
A scheme to achieve ultrahigh speed all-optical format conversion from on-off keying (OOK) to phase-shift keying (PSK) by using the linear filtering in the silicon ring resonators is proposed.
对于控制装置故障，主要表现为电源缺相，而导致电源缺相的子事件主要有：可控硅失效、可控硅触发电路失效、三相电源开关失效、电感线圈失效；
One is power failure, mainly on AC phase-loss consisting of SCR failure, the failure of SCR's trigger circuit , there phases AC switches'failure and the failure of CRDM coil;
对于控制装置故障，主要表现为电源缺相，而导致电源缺相的子事件主要有：可控硅失效、可控硅触发电路失效、三相电源开关失效、电感线圈失效；
One is power failure, mainly on AC phase-loss consisting of SCR failure, the failure of SCR's trigger circuit , there phases AC switches'failure and the failure of CRDM coil;
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