- 更多网络例句与电容耦合相关的网络例句 [注：此内容来源于网络，仅供参考]
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There are two methods of IBC: capacitive coupling and galvanic coupling.
已有的人体通信方式可分为电容耦合型和电流耦合型。
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Capacitive coupling favors transfer of higher frequency components, whereas inductive coupling favors transfer of lower frequency components.
电容耦合是用于高频元件的能量传输，而电感耦合应用于低频元件能量传输。
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Capacitive coupling: Call electric field coupling or static couplings again.
电容耦合：又称电场耦合或静电耦合。
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IBC can be divided into capacitive coupling and galvanic coupling by coupling method. the latter has more development potential due to characteristics of weaker radiation and higher stability.
已有的人体通信方式可分为电容耦合型和电流耦合型，其中后者因辐射小、稳定性好等特点，更具发展潜力。
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There are three parts in our design: first, the dual-band branch line coupler provides two equal-power signals with 90° or -90° phase difference in each operating band. Second, the wideband switching circuit controls the two output powers of branch line coupler to excite the antenna structure for producing linear polarization wave or circular polarization wave. Third, the L-shaped fed conventional planar patch antenna is provided to overcome the coupling effect.
整体架构包含三个部分：L形电容耦合馈入式平面天线是为了克服平面式微带天线窄频的缺点；双频枝干耦合器提供天线在操作的两个频率点上各输出两组相差正九十度与负九十度的讯号，最后宽频的切换电路是将枝干耦合器的两组讯号作分配用以激发不同方向的天线以产生线性极化模态或同时激发两个垂直的天线以产生圆形极化模态。
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The optimized processing parameters including screen print and hot pressing were obtained. In order to reduce error, the method of double-face screen print in key electrode layer and stepped press were used. Ceramics are dense after sintering. The thickness of electrode is about 5μm. The test fixtures based on microstripe for SMD were design and fabricated.
采用平面电感和平板电容结构实现的LC谐振器，由于集总电感的Q值较小以及高介电常数介质基片杂散参数效应，这种结构的谐振器Q值较小；采用新的耦合结构-间隙电容耦合结构，实现谐振器和外电路的匹配耦合，使谐振器和耦合电容在同一层上实现，即单层结构，和传统的平行板电容耦合方式相比减小了耦合电容对位误差。
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As the significant importance of source location to power cable,widely used location methods including time domain reflectometry and improved techniques,are presented on the basis of transmission line model.
根据检测原理及选用传感器的不同，目前电缆局部放电的检测方法大致有声发射法、电容耦合法、电感耦合法、超高频法和方向耦合法等。
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The quantum effect of mesoscopic inductance-capacitance coupled circuit with mutual inductance was investigated by canonical transformation and unitary transformation.
利用正则变换和幺正变换的方法研究了有互感的介观电感电容耦合电路的量子效应，并把介观电感电容耦合电路和另外几种耦合电路进行了比较。
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Comparing to single rf source CCP, ion flux and electron flux will be influenced by both of the sources in the dually rf driven CCP. Therefore, particles in plasma behave more complicated.
与单频电容耦合放电相比，在双频电容耦合放电等离子体中的离子和电子受到的是两个不同频率的射频偏压的调制，从而使等离子体表现出更为复杂的运动行为。
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A multiplayer chip LC resonator was fabricated using planar inductor and parallel plate capacitor. Because lumped inductor has small Q value and there is stray parameter effect in high permittivity substrate, the Q value of chip LC resonator is not high. Resonators based on λ/4 stripline with end short circuited were designed and fabricated. Input and output pads, coupled to the stripline using gap-coupling capacitor, are in the same layer with the center conductive strip. This new structure is very convenient for manufacturing in comparison with the conventional structure.
采用间隙电容耦合结构实现的谐振频率为1.8GHz四分之一波长终端短路带状线单端口谐振器的Q值最大值为225，谐振频率为1GHz双端口谐振器的Q值为83，谐振频率和Q值与耦合间隙、带状线的厚度和耦合引线长度有关；二分之一波长带状线谐振器的Q值和四分之一波长相比较尺寸较大，由于导电带较长，造成金属的损耗增加，从而导致谐振器的Q值较低；带状线结构的谐振器频率调节困难，本文提出了改变接地端的宽度实现谐振频率的微调方法，可实现频率调节量约1.5%。
- 更多网络解释与电容耦合相关的网络解释 [注：此内容来源于网络，仅供参考]
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capacitive coupling：电容耦合
为了排除元件初电容耦合(Capacitive Coupling)两个电路之间通过分立中心抽头(Center Tap)在变压器或电感线圈中心点作出机架安装配置(Chassis Mount Configuration)各种模共模噪声(Common-Mode Noise)两导体对某个基准 点具有的相等噪声,
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capacitive coupling：电容性耦合,电容耦合
capacitive component 电容分量 | capacitive coupling 电容性耦合,电容耦合 | capacitive current 电容电流
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capacitive coupling amplifier：电容耦合放大器
capacitive coupling 电容耦合; 容性耦合 | capacitive coupling amplifier 电容耦合放大器 | capacitive coupling meter 电容耦合测试器
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capacitive coupling meter：电容耦合测试器
capacitive coupling amplifier 电容耦合放大器 | capacitive coupling meter 电容耦合测试器 | capacity coupling measuring set 电容耦合测量仪
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capacitive coupling; electrostatic coupling：电容耦合
官性电路 capacitive circuit | 电容耦合 capacitive coupling; electrostatic coupling | (电)容(电)流 capacitive current
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capacity coupling：电容耦合
首先是取消量子比特的布线,利用电荷间的电容耦合(capacity coupling)读取信号. 假如有电气布线的话,读取信号中就会混入噪音,可准确检测比特量子状态的时间就会少于实际的相干时间. 其次,从材料自身的特性来说,硅的晶格振荡要小于GaAs等其他半导体材料,
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capacity coupling：电容耦合=>容量結合
capacity coupler ==> 电容耦合器 | capacity coupling ==> 电容耦合=>容量結合 | capacity coupling measuring set ==> 电容耦合测量仪
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capacity coupling meter：电容耦合测试仪
capacity coupling measuring set 电容耦合测量仪 | capacity coupling meter 电容耦合测试仪 | carrier coupling capacitor 载高频耦合电容器; 高频耦合电容器
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capacity coupling measuring set：电容耦合测量仪
capacitive coupling meter 电容耦合测试器 | capacity coupling measuring set 电容耦合测量仪 | capacity coupling meter 电容耦合测试仪
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capacitance resistance coupling：电容电阻耦合,阻容耦合
电容耦合的 capacitance-coupled | 电容耦合触发器 capacitance-coupled flip-flop | 电容电阻耦合,阻容耦合 capacitance-resistance coupling