A clipped waveform indicates a need to improve electrostatic shielding.
限幅的波形表明需要改进静电屏蔽。
Electrostatic shielding may be necessary to prevent interference with a desired signal.
为防止静电干扰预期信号，可能有必要采用静电屏蔽。
The electrostatic shielding is used as the analogy of the theory of quark shielding in this paper.
该文将电荷禁闭作为夸克禁闭理论的类比。
When measuring low current, electrostatic shielding (as discussed in Section 2.6.2) is the most common way to reduce noise due to AC interference.
在测量弱电流时，静电屏蔽(如第2.6.2节所讨论)是降低交流干扰引起的噪声的最常用的方法。
The erroneous readings may be due to either DC or AC electrostatic fields, so electrostatic shielding will help minimize the effects of these fields.
由于错误的读数可能由直流或交流静电场引起，所以静电屏蔽有助于尽量降低这种电场的影响。
Electrostatic shielding is provided by surrounding the signal path with a conductor connected to a low impedance point in the circuit, preferably the lo input terminal of the measuring device.
利用连接到电路中一个低阻点的导体，将信号通路包裹起来，即实现了静电屏蔽，该低阻点最好是测量设备的LO输入端子。
Some of the topics include measurement connections, electrostatic interference and shielding, environmental factors, speed considerations, etc.
若干标题包括：测量连接、静电干扰和屏蔽、环境因素和速度考虑等。
As described in Section 2.6.2, electrostatic interference can be minimized by shielding the high impedance circuitry.
如第2.6.2节所介绍，将高阻抗电路屏蔽可以尽量降低静电干扰的影响。
Shielding usually implies the use of a metallic enclosure to prevent electrostatic interference from affecting a high impedance circuit.
屏蔽通常意味着使用金属的闭合物来避免静电干扰影响高阻抗电路。
Main types of earthing in industrial plants include operational earthing, protective earthing, shielding earthing, electrostatic - proof earthing and lightning-proof earthing etc.
工厂中接地的种类主要有工作接地、保护接地、屏蔽接地、防静电接地和防雷接地等。
Main types of earthing in industrial plants include operational earthing, protective earthing, shielding earthing, electrostatic - proof earthing and lightning-proof earthing etc.
工厂中接地的种类主要有工作接地、保护接地、屏蔽接地、防静电接地和防雷接地等。
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