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- Available with earth terminal for electrostatic discharge. 有接地脚型,利于静电释放。
- Are electrostatic discharge sensitive parts adequately controlled? 对于静电放电敏感的部件是否得到有效控制
- It is just the electrostatic discharge (ESD) result in the harm. 在电子工业中,静电危害主要表现为静电放电。
- ESD commonly also stands for electrostatic discharge. ESD有的时候是表示静电放电。
- Enclose each drive in a SeaShell container or an ESD (electrostatic discharge) bag. 将每个驱动器装入SeaShell容器中或ESD(防静电)袋子中。
- This paper introduces the characteristic of electromagnetic pulse produced during electrostatic discharge(ESD EMP). 介绍了静电放电电磁脉冲 ( ESD EMP)的特性。
- Various filters, interference analyzer, near-field energy leakage tester electrostatic discharge, and EMP. 各类滤波器干扰分析仪近场(漏能)测试仪静电放电与电磁脉冲;
- Electrostatic discharge (ESD) is a very important technology for the interference caused in the circuit in electronic anti jamming technology. 静电放电 (ESD)对于电路引起的干扰是电子抗干扰技术中十分重要的一项。
- Latent failure study on the low-level human body model (HBM) electrostatic discharge (ESD) stresses on micro-electric device was presented. 摘要研究了低电压的人体模型(HBM)静电放电(ESD)对微电子器件造成的潜在失效。
- In the course of system adjusting and properties testing, it is needed to make electrostatic discharge(ESD) experiments. 在系统调试、性能测试及工作时要进行静电放电实验 ,电磁辐射、干扰随之产生。
- The cause of electrostatic discharge production was introduced,and the way and method of eliminating the static electricity were discussed. 分析了静电和静电放电产生的机理,探讨了消除电子产品静电的途经和方法。
- Electromagnetism pulse produced during electrostatic discharge (ESD EMP) has sharp rise edge, wide frequency band and high peak. It can disturb and destroy the electronic system. 静电放电产生的电磁脉冲 ( ESD EMP)有上升沿陡、频带宽和峰值大等特点 ,对电子系统的干扰和破坏很大。
- After analyzing the basic principle of Electrostatic Discharge,the limitation of traditional ESD protection circuits applied in high speed circuits was pointed out in the paper. 分析了静电放电(ESD)保护的基本原理;指出了传统的用于模拟电路的 ESD保护电路在高速电路应用中的局限性.
- In addition to these transient triggering modes, the system-level electrostatic discharge (ESD) event has been proven a new TLU-triggering mode in this dissertation. 因此相关研究对系统或电路设计者而言非常地迫切需要,以期能提供系统层级静电放电所引发暂态触发闩锁效应的相关知识及解决方法。
- Mainly introduced the physical characteristic of the electrostatic, the reason of electrostatic discharge, static accident to the electronic product and the source of static. 介绍静电的物理特征、静电放电的原因、静电对电子产品的危害以及静电源。
- By analyzing the electrostatic discharge current waveform and given parameters,have designed a kind of discharge circuit called human body/metal model. 通过对标准电流波形及给定参数的分析,设计了易于实现的人体-金属模型放电回路。
- Using a simple electrostatic discharge (ESD) simulation and testing set-up, the characterization of air ESD specialized in IEC standard have been investigated. 利用简单的静电放电模拟测试装置对IEC标准规定的空气式静电放电的放电特性进行了研究。
- The necessity and basic idea of electrostatic protection in assembling electronic devices are presented by introducing the electrostatic and electrostatic discharge(ESD)briefly. 通过对静电及静电放电(ESD)的简单介绍,提出了在电子装联中进行静电防护的必要性和基本思路。
- Starting from analyzing the human body model of ESD, the spectrum of electrostatic discharge currents, of more actual human body-metal model, has been theoretically analyzed and calculated in detail. 从静电放电的人体模型入手 ,从理论上详细分析并计算了更具实际意义的人体 -金属模型静电放电电流的频谱 ,解决了电磁兼容 (EMC)测试中注入信号的特性问题。
- Electromagnetic pulse produced during electrostatic discharge ( ESD EMP ) has sharp rise edge, wide frequency band and high peak. It can disturb and destroy the electronic system of the weapon equipments. 静电放电产生的电磁脉冲 (ESD EMP)具有上升沿陡、频带宽和峰值大等特点 ,它对武器装备的电子系统具有很强的干扰和破坏作用。