具体讨论了沉积静电放电效应；
The precipitation static discharge effects are discussed in detail.
对一个元件使用人体模型静电放电的设备。
Equipment that applies Human Body Model electrostatic discharges to a component.
静电放电在飞船和云层中形成电弧然后消失。
什么是静电放电，数据中心如何防止静电放电？
What is static electricity, and how can information centers prevent static electricity?
静电放电是车载电子模块失效的一个重要原因。
ESD is an important reason of automotive electronic modules 'failure.
研究了飞机上安装的静电放电针空间电场分布。
A research on the space electric field distribution of the electrostatic discharge needle installed on the aircraft was undertaken.
它们能被用来保护电路不受静电放电和其它高压冲击。
They can be used to protect circuits from electrostatic discharge and other high voltage surges.
介绍了静电放电电磁脉冲(ESDEMP)的特性。
This paper introduces the characteristic of electromagnetic pulse produced during electrostatic discharge (ESD EMP).
抗辐射和静电放电保护的64通道模拟多路复用器模块。
Radiation hardened and ESD protected 64-channel analog multiplexer module.
介绍了油品静电的产生和积聚，静电放电的类型及条件。
Generation and accumulation of oils static is introduced. Types and condition are also introduced.
提出了芯片门电路硅氧化层静电放电介质击穿的物理模型。
A physical model of dielectric breakdown was presented in IC silicon dioxide films.
因此，静电放电测试已经成为对器件可靠性评估的一个重要项目。
Therefore, the test of electrostatic discharge has already been an important item in the evaluation of the MOS device′s reliability.
别忘了静电放电的预防措施和存储部件的防静电袋如果可能的话。
Don't forget to take ESD precautions and store the parts in antistatic bags if possible.
因此，在电子制造行业里保护芯片免受静电放电的损害是非常重要的。
As such, it is very important to protect microchips against ESD stress in electronics assembly industry.
由分析静电放电火花点火过程的物理特征和静电放电火花的点燃特性。
The physical characteristics of the ignition processing caused by electrostatic discharge (ESD) sparks and the igniting characteristics of the ESD sparks are investigated.
研究了低电压的静电放电(esd)对微电子器件造成的潜在性失效。
It shows that the problem of latent failure exists for MOS circuit after the ESD stresses imposed on it.
静电放电(esd)是许多电子设备必须承受的一种严重的电磁干扰形式。
Electrostatic discharge (ESD) is a kind of electromagnetic interference phenomenon that many electronic and electrical equipments must withstand.
静电放电探测技术是静电危害防护、高压电力故障诊断等领域的关键技术。
The Detecting Technique of Electrostatic Discharge is applied mainly in electrostatic hazard protection, fault diagnosis in high voltage power system.
别忘了静电放电(esd)的预防措施和存储部件的防静电袋如果可能的话。
Don't forget to take ESD (electrostatic discharge) precautions and store the parts in antistatic bags if possible.
注：当集成一个基于奔腾4处理器的系统时，请确保已经采取静电放电预防。
Note: When integrating a Pentium 4 processor-based system, be sure to take the proper electrostatic discharge precautions.
解决这个问题的关键是掌握电子系统对静电放电的耦合机理和能量耦合关系。
To master the coupling mechanism and the relationship of energy coupling between electronic system and ESD is the pivotal way to solve the problem.
通过静电放电试验找到了红外地球敏感器易受干扰的部位并提出了解决措施。
By the ESD experiment, the paper finds the sensitive location of infrared earth sensor easy to be disturbed, and also provides its corresponding measures.
通过实验研究了在纯氧和普通大气条件下，静电放电对各种航天服的引燃能力。
The igniting capacity of electrostatic discharge to space suits is investigated in the condition of pure oxygen and common air.
人—航天服系统产生的静电放电能否引燃航天服关系到载人航天飞机的安全性。
Electrostatic discharge caused by astronauts and space suits could ignite the suits? It would influence the safety of the shuttle.
研究了低电压的静电放电(esd)对微电子器件造成的事件相关潜在性失效。
It shows that the problem of latent failure exists for MOS circuit after the ESD stresses imposed on it.
如果车内静电现象十分严重，还可以使用静电放电器，不过一定要去正规商店购买。
If the car is a serious static electricity, you can also use the static discharger, but must go to regular stores.
保护设备电源系统免受雷击过电压、电网波动、操作过电压、静电放电等造成的损害。
Protection equipment power supply system from lightning over-voltage, power grid fluctuations, operating over voltage, electrostatic discharge, etc.
简要分析了现有静电放电模型的局限性和直接测试静电放电火花隙电阻值存在的问题。
The limitations of the electrostatic discharge models and the problems that arise in direct testing of the resistance of the spark discharge channel are briefly analyzed.
对聚烯烃粉体生产工艺过程中典型和频发性的静电放电火花的点燃危险性进行了定量评价。
In the production line of polythene and polypropylene powder, the ignition risk caused by typical and frequently occurred ESD sparks has been quantitatively assessed.
对聚烯烃粉体生产工艺过程中典型和频发性的静电放电火花的点燃危险性进行了定量评价。
In the production line of polythene and polypropylene powder, the ignition risk caused by typical and frequently occurred ESD sparks has been quantitatively assessed.
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