差模辐射和共模辐射模型。
干扰的作用方式主要有串模干扰和共模干扰。
There are chain mode interference and common mode interference.
共模反馈电路由开关电容共模反馈电路实现。
Auxiliary feedback amplifiers and switched capacitor common mode feedback circuit are employed.
且具有较高的抗共模干扰能力(如温度影响)。
It has a high ability to resist the common mode interface such as temperature influence.
同时设计并制备出差分输出感应电极用以抵消共模干扰。
We also design and realize the differential inducting electrodes to counteract the common-mode noise.
共模故障是电力系统可靠性评估中常见的一种故障模式。
Common mode failure is a frequently occurred fault mode in the power system reliability evaluation.
这些误差来源包括偏置电压、噪声和共模电流以及反向误差。
These error sources include offset voltages, noise and common-mode current, and reversal errors.
的存在或此共模电压的情况下是作为一种电缆连接状态指示。
The presence or absence of this common-mode voltage is used as an indication of cable connection status.
利用共模抑制技术，提高了干涉系统的测量稳定性和重复性。
The measurement stability and repetitiveness of the laser interferometer is improved by means of convenient mode inhibiting technique.
详细分析了系统在不同接地情况下的共模电流的流向及其防护。
The flow direction and protection of common currents under different grounding method were analyzed in detail.
双绕组型式的共模扼流线圈结构能抑制杂讯而不造成讯号的衰减。
The dual winding type common mode choke coil structure enables noise suppression without degrading the signal.
方法①提高整体电路共模输入阻抗以消除皮肤接触阻抗匹配失衡；
Methods High common mode input impedance of the circuit is used to remove the interference due to imbalance electrode impedance.
共模电压抑制了每个相对测量系统地线输入端电压的允许波动范围。
The common-mode voltage range limits the allowable voltage swing on each input with respect to the measurement system ground.
利用传感器等效电路，分析了共模干扰造成传感器零点变化的实质。
The essential characteristics of transducer zero-excursion caused by common-mode interference are approached by means of a transducer equivalent circuit.
交流供电的源通常具有很高电平的电源频率共模电压(常常有几伏)。
An AC powered source usually has a significant level (often several volts) of line frequency common mode voltage.
在平衡电路中，节点处奇次谐波流过差分路径。偶次谐波流过共模路径。
In any balanced circuit, odd harmonics circulate in a differential path, while even harmonics flow in a common-mode path.
高速讯号线和个人电脑及电脑周边的高密度组装之电子设备的共模杂讯抑制。
Common mode noise suppression of signal lines in high speed and high density digital equipment as personal computers and peripherals.
为提高放大器的抗干扰性能，放大器电路采用共模抑制能力很强的差模输入方式。
For improving the anti-interference ability of the amplifier, the Differential Mode input with high common mode restraining technology is adopted in amplifier circuits.
本文阐述了一种对共模扼流圈的的改进方法，及其在视频信号传输中的应用与实现。
This paper introduces a improved method of common-mode current choke, along with the application and realization of video signal transfer with the common-mode current choke.
在带宽限制放大器电路的设计中使用了全差分运放结构，能有效抑制电路的共模噪声。
A fully differential operational amplifier is introduced in the design of wideband limiting amplifier which can restrain the common noise effectively.
为了提高前置级的共模抑制能力，采用了共模信号的抑制电路—右腿驱动和浮地跟踪。
The design adopts the circuit for constraining the in-phase signal, in order to improve the system's CMRR.
其测试诊断步骤依序为：传导发射测试、辐射辐射测试、共模电流测量和机箱泄漏检查。
The testing processes are testing of conductive transmit and radiant transmit, testing of common-mode current and detecting divulgation in turn.
在电力电子开关变换器数字化共模噪声抑制系统中，一个重要环节就是共模噪声的评估。
In the system of digitalized attenuation common-mode noise of switching mode converters, one of the keys is how to estimate the common-mode noise.
该控制系统的优点是电路简单，位置检测准确，免受噪声和共模干扰影响，调速范围增加。
It features with simple circuit, accurate position detection, immunity from noise and common mode disturbance and wide speed scope.
现在，共模电流(ICM)流过r2，产生了一个电压降。这个电压降与被测的电压相加。
Now, the common-mode current (ICM) flows through R2, developing a voltage drop, which is added to the voltage to be measured.
论述了共模故障的有关概念和常见的共模故障类型，并给出了计算共模故障发生概率的方法。
It discusses the relevant concepts and usual types of common mode faults, and presents the methods for calculating the probability of common mode fault to occur.
由三相pwm逆变器产生的共模和差模电压可以在电机驱动中产生足够大的共模和差模电流。
The common and differential mode voltage produced by the PWM inverter can generate large common and differential current in the motor driving system.
本文将理论与实例相结合，对这两种共模骚扰的成因、表现形式和抑制对策进行了系统的介绍。
This paper deals with a comprehensive and detailed introduction about the classification, cause, behavior and suppression methods of the common mode disturbance combining theory with examples.
得出了共模干扰传播通道的简化模型，该模型的传递函数特性主要由数值较大的杂散参数决定。
The simplified common mode model of coupling paths is also built and its characteristics are mainly influenced by those biggish stray parameters.
共模噪声是高速数字电路产生电磁干扰的主要原因，而共模电感又是共模噪声大小的决定因素。
Electromagnetic interference (EMI) in high-speed digital circuit is mainly generated by Common-mode (CM) noise, and the CM inductance is responsible for CM noise magnitude.
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