本文还介绍了高真空条件下的可控外触发微波开关的设计及其初步实验。
A design of the provocative gas discharge switch is also presented in this paper with some primary experiments results.
本节介绍微波开关的类型、RF开关卡技术指标，以及设计RF开关时的注意事项。
This section describes microwave switch types, RF switch card specifications, and RF switch design considerations.
根据系统特殊的需要，利用微波开关和功率分配器、功率合成器，设计出了开关和差网络。
Considering the systems special requirement, a Phase changed network with switch is designed with power divider and microwave switch.
可用的微波开关配置包括简单的单刀双掷(SPDT)开关、多位置开关、矩阵和级联开关。
Available microwave switch configurations include a simple single-pole double throw (SPDT) switch, multi-position switch, matrix, and cascade.
本文介绍了一种基于8051单片机的新型微波开关矩阵，并给出了硬件电路结构和软件流程。
A new type of microwave switching matrix based on 8051 SCM is introduced in this paper. The design method is discussed in detail. The hardware and software flow chart are also provided.
微波开关矩阵主要是实现自动测试系统与被测电路单元之间的信息交换，以及为被测单元提供必要的负载。
The microwave switching matrix is to exchange messages between ATS and the circuit units under test, and to provide necessary load for these units.
在电灯开关，恒温器，音响和微波炉中的计算机有利于激活世界。
Already computers in light switches, thermostats, stereos and ovens help to activate the world.
开关是微波信号变换的关键元件。
由于其优越的微波特性，MEMS开关已在许多电路和系统中，包括微波前端电路、数字电容器组和移相网络中得到应用。
Because of their superior microwave performance, MEMS switches are being developed in many circuits and systems, including radio front ends, capacitor Banks and phase shifting networks.
所以无论是玻璃灯壳或是塑料灯壳内，都可以装微波感应开关。
So whether the glass lamp shell or plastic lamps shell can use microwave induction switch in it.
射频MEMS开关是重要的射频MEMS器件，一些RF MEMS开关已经应用于部分微波系统的前端电路、数字电容器组和移相网络。
As one of the most important MEMS devices, RF MEMS switches have been applied in front-end circuits of some microwave systems, antenna and phase shift architectures.
设计了一种适用于地面站微波测试系统中的信号传输开关网络。
A switch network for signal transmission test is designed which is suitable for microwave test system in ground station.
介绍了微波PIN开关的电磁结构模型的建立及计算机仿真，讨论了宽带单刀多掷开关的设计要点。
The constructions of the EM structural model of microwave PIN switches and computerized simulation are introduced The key points of design phase of the broadband switch are discussed.
PIN开关是一种广泛采用的微波半导体控制器件，高频、宽带、多掷一直是其设计难点所在。
PIN Diode switch is a kind of widely used microwave semiconductor control device. High frequency, broadband, multi through switch are the places where design difficulties lie.
针对微波电子电源高电压、大功率的特点，提出了采用前后两级开关变换结构的设计方案。
The microwave electronic power supply requires high voltage and high power, so the two-section conversion structure, the front and the back, is adopted in the designing scheme of the power supply.
今朝常用的传感器首要有开关报警器、震动报警器、超声波、次声波报警器、红外报警器、微波报警器、激光报警器、烟感报警器和温度报警器等。
Now commonly used sensors are mainly switch alarm, vibration alarm, ultrasonic, infrared alarm device alarm, and microwave alarm, laser alarm, smoke alarm and temperature alarm and etc.
提出了一种MESFET开关的模型——附加栅控开关模型，适用于MMIC电路的设计，具有很好的宽带微波特性。
This paper discusses a switching model of GaAs MESFET. It is suitable for MMIC design with broad frequency characteristic.
用微波炉热完东西后请先关掉开关在拿东西。
Please turn off the microwave before taking out the heated food in order to avoid breaking it down.
维基·布朗到家时发现那些人正在断开她微波炉的开关。
Vicky Brown arrived home to find the men disconnecting her microwave.
维基·布朗到家时发现那些人正在断开她微波炉的开关。
Vicky Brown arrived home to find the men disconnecting her microwave.
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