phase shifter

BSTO/MgO ferroelectric phase shifter materials doped with Fe_2O_3;

Fe_2O_3掺杂的BST/MgO铁电移相器材料

Microwave transmission line and phase shifter on high-resistivity silicon substrates;

基于高阻硅衬底的微波传输线和数字移相器

Ferroelectric thin films phase shifters which are analog phase shifters with fast response speed,low cost,low power consumption and relative small size are quite suitable for phased array antennas,especially conformal array antennas.

铁电薄膜移相器响应速度快、成本低、功耗和体积小,是一种模拟移相器,非常适合应用于相控阵天线特别是共形阵天线。

As the important FACTS devices, static var compensators(SVC) can provide reactive power support and maintain voltage stability and phase shifters can change the natural allocation of the power flow and effectively alleviate transmission congestion, so they have significant impact on the power system reliability and their optimal allocation.

作为重要的FACTS设备,静止无功补偿器能够提供无功支持和维持系统电压稳定,移相器则能改变潮流的自然分布和消除输电阻塞,因此它们对电力系统的可靠性有重大影响,实现其最优配置具有重要意义。

The effects of additives such as Bi2O3, MnCO3, SnO2 on the properties of barium strontium titanate/magnesium titanate (BST/MTO) compound ferroelectric material of phase shifters, including permittivity, loss tangent and tunability, are studied by orthogonal design.

利用正交试验方法研究了Bi2O3、MnCO3、SnO2等添加剂对钛酸锶钡/钛酸镁(BST/MTO)复合铁电移相器材料介电常数r、介质损耗tg以及调谐性T等性能的影响,并对影响机理作了初步探讨。

Design and Research of Microstrip Phase-shifter Adopted in Electrically Adjustable Antennas;

应用于电调天线系统中的微带移相器的设计和研究

Modeling and analysis of space-rotation error induced by phase-shifter in phase shifting interferometry

压电移相器的空间旋转误差建模与实验分析

Referring to the idea of ordinary AC branch dissection,thispaper constructs three kinds of electrical dissecting methods about AC phase-shifter s branches.

以移相器为例，借鉴电气剖分的思想，将受到移相器调控影响的各种网络源流间的路径进行电气剖分，并构造出3类剖分方法，由这些方法可以准确掌握网络源流沿移相器剖分子路径传输的电气量的性质和数量，且剖分子路径与原移相器支路具有电气上的等效性，并严格满足电力网络的基本电气规律。

Considering the relative merits of the two kinds of methods,the paper presents a new way to form cross beam with phaser and 3dB directional coupler which is suitable for broad band fit in with direction finding with amplitude comparison.

简要介绍了比幅测向基本原理,并分析目前2种交叉波束的形成方法;结合2种交叉波束形成方法的优缺点,提出了一种适合宽频带比幅测向且用移相器和3 dB定向耦合器移相来形成交叉波束的方法;根据工作中心频率设计天线间距和移相器移相大小,并利用3 dB定向耦合器将交叉波束的交叉点保持在某个固定电平附近;同时对其进行仿真分析,取得良好的效果。

The designing method of MF phaser was discussed in this paper, the principle of device was introduced.

提出了中频移相器的一种设计方法 ,分析了移相器的工作原理 ,推导了移相器的幅相特性 ,并将其应用于毫米波雷达正交解调器的信号变换中 ,实现了对输入信号相位在 0°～ 1 80°之间的连续调节。

Calibration of phase shifter in spectral domain OCT system;

频域OCT的光学相移器的标定

Application of back-propagation algorithm to data processing of calibrating phase shifter;

BP算法应用于标定相移器时的数据处理

A new digital phase shifter with liquid crystal display (LCD) is proposed in this paper.

在同轴相移数字全息实验中 ,相移量的准确性、稳定性对实验结果起着很重要的作用 ,因此相移器的研究已成为相移数字全息实验研究中的一个重要内容。

PIN diode phase shifter

PIN二极管移相器

rectangular guide ferrite phase shifter

矩形波导铁氧体移相器

Phase shifter, general. Right-click for 3-wire or 3-phase.

移相器, 普通。右击指定三线或三相。

Represents a general phase shifter. 3-wire or 3-phase can be specified.

表示普通移相器。可指定三线或三相。

A Broadband Self-inverse 180° Phase Shifter

宽频带自反相型180°移相器的研究

Study on the Ferroelectric Material BST Used in the Phase Shifter of Phased-array Radar;

相控阵雷达铁电移相器BST材料研究

Phase Shifter Research of Smart Antenna Applying on Mobile Television Reception;

用于电视移动接收的智能天线移相器的研究

SnO_2 Nanostructure and BaZr_xTi_(1-x)O_3 Phase Shifter;

SnO_2纳米结构与BaZr_xTi_（1-x）O_3铁电移相器

phase shifting transformer

移相变换器相位第器

quarter phase-shift-keying modulator

二相移相键控调制器

angle-phase-digital converter

角度-相移-数字转换器

Design of 36 Pulse Phase-shiting Transformer of HV Frequency Inverter

高压变频器36脉波移相变压器的设计

Zero-error Low Frequency Three-phase Phase Shift Signal Generator

零误差低频程控三相相移信号发生器

Phase-shifting and frequency-shifting characteristic of fiber optic projector for the shape measurement

用于面形测量的光纤投影器相移和频移特性

Digital Signal Generator of Low Frequency with Phase Shift

低频数字式移相信号发生器的设计

frequency differential phase shift keying demodulator

频率差分移相键控解调器

Moving whole organs from pigs into people is vastly more complicated.

把猪的整个器官移入人体相当复杂。

A pointer-related event such as up, down, drag, move.

指示器相关的事件，如上、、曳和移动。