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- This paper introduces the characteristic of electromagnetic pulse produced during electrostatic discharge(ESD EMP). 介紹了靜電放電電磁脈沖 ( ESD EMP)的特性。
- 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. 靜電放電產(chǎn)生的電磁脈沖 ( ESD EMP)有上升沿陡、頻帶寬和峰值大等特點(diǎn) ,對電子系統的干擾和破壞很大。
- Available with earth terminal for electrostatic discharge. 有接地腳型,利于靜電釋放。
- Are electrostatic discharge sensitive parts adequately controlled? 對于靜電放電敏感的部件是否得到有效控制
- It is just the electrostatic discharge (ESD) result in the harm. 在電子工業(yè)中，靜電危害主要表現為靜電放電。
- ESD commonly also stands for electrostatic discharge. ESD有的時(shí)候是表示靜電放電。
- 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. 靜電放電產(chǎn)生的電磁脈沖 (ESD EMP)具有上升沿陡、頻帶寬和峰值大等特點(diǎn) ,它對武器裝備的電子系統具有很強的干擾和破壞作用。
- Enclose each drive in a SeaShell container or an ESD (electrostatic discharge) bag. 將每個(gè)驅動(dòng)器裝入SeaShell容器中或ESD(防靜電)袋子中。
- Various filters, interference analyzer, near-field energy leakage tester electrostatic discharge, and EMP. 各類(lèi)濾波器干擾分析儀近場(chǎng)（漏能）測試儀靜電放電與電磁脈沖；
- Electromagnetic pulse(EMP)generated by electrostatic discharges(ESD)can severely interfere with the normal operation of electronic systems and even damage them. 靜電放電(ESD)產(chǎn)生的電磁脈沖(EMP)會(huì )對電子系統的正常工作造成嚴重的干擾;甚至造成系統的損傷.
- Electrostatic discharge (ESD) is a very important technology for the interference caused in the circuit in electronic anti jamming technology. 靜電放電 (ESD)對于電路引起的干擾是電子抗干擾技術(shù)中十分重要的一項。
- Latent failure study on the low-level human body model (HBM) electrostatic discharge (ESD) stresses on micro-electric device was presented. 摘要研究了低電壓的人體模型(HBM)靜電放電(ESD)對微電子器件造成的潛在失效。
- In the course of system adjusting and properties testing, it is needed to make electrostatic discharge(ESD) experiments. 在系統調試、性能測試及工作時(shí)要進(jìn)行靜電放電實(shí)驗 ,電磁輻射、干擾隨之產(chǎn)生。
- According to the analysis of spectrum for a series of the partial discharge pulse waveforms, the author proposed that the upper cutoff frequence of a detector should not be higher than 1 MHz and the bandwidth of the detector should not he too broad. 作者根據對局部放電脈沖波形的頻譜分析,提出檢測器的檢測頻率以低于1兆赫(1 MHz)為好,頻帶不宜過(guò)寬。
- The cause of electrostatic discharge production was introduced,and the way and method of eliminating the static electricity were discussed. 分析了靜電和靜電放電產(chǎn)生的機理,探討了消除電子產(chǎn)品靜電的途經(jīng)和方法。
- 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. 分析了靜電放電(ESD)保護的基本原理;指出了傳統的用于模擬電路的 ESD保護電路在高速電路應用中的局限性.
- 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. 因此相關(guān)研究對系統或電路設計者而言非常地迫切需要，以期能提供系統層級靜電放電所引發(fā)暫態(tài)觸發(fā)閂鎖效應的相關(guān)知識及解決方法。
- Mainly introduced the physical characteristic of the electrostatic, the reason of electrostatic discharge, static accident to the electronic product and the source of static. 介紹靜電的物理特征、靜電放電的原因、靜電對電子產(chǎn)品的危害以及靜電源。
- By analyzing the electrostatic discharge current waveform and given parameters，have designed a kind of discharge circuit called human body/metal model. 通過(guò)對標準電流波形及給定參數的分析，設計了易于實(shí)現的人體-金屬模型放電回路。
- Using a simple electrostatic discharge (ESD) simulation and testing set-up, the characterization of air ESD specialized in IEC standard have been investigated. 利用簡(jiǎn)單的靜電放電模擬測試裝置對IEC標準規定的空氣式靜電放電的放電特性進(jìn)行了研究。
