开关噪声的英文

• switching noise

• "开关"英文翻译    Q-switching
• "噪声"英文翻译    noise; stew; swishing; yawp; ...
• "并发开关噪声" 英文翻译 :    simultaneously switching noise
• "无关噪声" 英文翻译 :    uncorrelated noises
• "相关噪声" 英文翻译 :    correlated noise; correlation noise
• "相关噪声振幅" 英文翻译 :    correlation-noise amplitude
• "信号相关噪声" 英文翻译 :    signal dependent noise
• "不相关噪声削减" 英文翻译 :    uncorrelated noise reduction
• "噪声消除开关" 英文翻译 :    noise cancel switch; noise cancelled switch
• "噪声" 英文翻译 :    noise; stew; swishing; yawp [yaup]; din; rumble; buzz; roar; acoustic(al) noise; jar◇噪声测试 [电子学] noise testing; 噪声防护 noise protection; 噪声干扰 noise jamming; 噪声计 psophometer; audio-noise meter; noise meter; 噪声强度 [声学] noise intensity; 噪声消除器 noise canceller
• "开关" 英文翻译 :    circuit changer; derail; disjunctor; on-off; make-and-break key; switch; button 分档开关 step switch; 双向开关 a two-way switch; 通断开关 on-off switch; 闸刀开关 knife switch; q 开关 q-switching; 开关按钮 shift knob; switch knob; switching push-button; 开关板 shifter plate; switch plate; 开关臂 switch arm; 开关厂 switchgear plant; 开关盒 switch box; switchgear cabinet; 开关控制 on-off control; off-on control; 开关屏 switchboard; switching; 开关调节 open-and-shut control; 开关调节器 switching regulator; 开关箱 [电工] switch-box; cabinet switch; 开关信号 switching signal; switching pad; 开关闸刀 [设计] switchblade knife; knife of switch; switch blade; 开关装置 switching device [gear]; [工业] switching mechanism; switchgear; switch(ing) unit; switchyard; switching equipment
• "“喀呖”噪声" 英文翻译 :    click noise
• "“伪展”噪声" 英文翻译 :    expanded noise
• "δ噪声" 英文翻译 :    delta noise
• "暗噪声" 英文翻译 :    dark noise
• "白噪声" 英文翻译 :    discrete white noise; flat noise; white gaussian noise; white noise
• "冰噪声" 英文翻译 :    ice noise
• "颤噪声" 英文翻译 :    microphony
• "超噪声" 英文翻译 :    excess noise
• "磁噪声" 英文翻译 :    magnetic noise
• "带噪声" 英文翻译 :    band noise
• "低噪声" 英文翻译 :    low noise
• "地噪声" 英文翻译 :    ground noise
• "点噪声" 英文翻译 :    spot noise
• "电噪声" 英文翻译 :    electric noise; electrical noise

• Analysis and simulation of simultaneous switching noise for cmos ic
  电路同步开关噪声的分析和仿真
• Analysis and suppression of simultaneous switching noise in high - speed chip package
  高速芯片封装结构的同步开关噪声分析及抑制
• This paper concludes ways to deal with reflection , cross - talk and ssn ; and also discusses the signal integrality under high - speed digital circuit design
  总结了解决反射、串扰和同步开关噪声的方案或措施以及探讨高速数字电路设计中进行信号完整性仿真分析的策略。
• A novel bi - directional dc / dc converter was introduced in the dissertation , which based on refer much converter data . the soft switching , phase - shifted pwm and bi - directional dc / dc converter hang together , depress circuit switch ullage and noise effectively , which provide condition to increase switch frequency , efficiency and reduce size and weight for the converter ; at the same , the converter have the virtue of structure compact , voltage and current stress small etc such as ordinary hard switch converter
  本文作者在查阅国内外大量双向dc dc变换器资料的基础上，采用一种新型双向dc dc变换器的拓扑结构，把软开关技术和移相控制pwm技术以及双向dc dc变换器技术有机结合在一起，有效地降低了电路的开关损耗和开关噪声，为变换器装置提高开关频率、效率以及降低尺寸及重量提供了良好的条件。
• The soft switching , phase - shifted pwm and bi - directional dc - dc converter hang together , depress circuit switching loss and noise effectively , which provide condition to increase switch frequency , efficiency and reduce size and weight for the converter ; at the same time , it is proved the converter can achieve zvs in larger load variation , and the converter has the virtue of structure compact , voltage and current stress small such as ordinary hard switch converter
  该变换器把软开关技术和相移控制pwm技术以及双向dc - dc变换器技术有机结合在一起,有效地降低了电路的开关损耗和开关噪声,为变换器装置提高开关频率、效率以及降低尺寸及重量提供了良好的条件;同时,能拓宽零电压开关的范围,使变换器在较宽的负载变化范围内都能实现软开关。
• First , the dissertation introduces transmission line theory , analyzes si in the design of high speed pcb , including reflection , crosstalk , simultaneous switch noise etc in detail . secondly , the dissertation simulates the reflection and crosstalk of the given circuit models using hyperlynx , the eda software of mentor corporation , and shows the waveforms of reducing reflection by adding terminators and the waveforms of the crosstalk influenced by changing the parameters of transmission lines . at last the dissertation summarizes the solutions to reducing reflection , crosstalk and ssn , and introduces the design flow of high speed pcb based on si
  本文首先介绍了传输线理论,详细分析了高速pcb设计中的信号完整性问题,包括反射、串扰、同步开关噪声等,然后利用mentorgraphics公司的eda软件hyperlynx对给定电路模型进行了反射、串扰仿真,并给出了通过端接技术减小反射的仿真波形和通过改变传输线参数对串扰的影响的仿真波形,最后总结了解决反射、串扰和同步开关噪声的措施,并介绍了基于信号完整性分析的高速pcb板设计流程。