electromagnetic compatibility(emc)中文是什么意思

• 电磁环境兼容性
• 电磁兼容性

• electromagnetic    adj. 电磁的。
• compatibility    n. 适合，适应；兼容(性)；一致(性)，协调(性)。
• compatibility, electromagnetic (emc)    电磁兼容性
• electromagnetic compatibility (emc)    电磁兼容性
• emc electromagnetic compatibility    （螺丝）电磁兼容性; 电磁相容性
• electronmagnetic compatibility (emc)    电磁兼容性
• electromagnetic compatibility    电磁兼容性; 电磁适合性; 电磁适应性; 电磁相容性; 电磁一致性
• electromagnetic compatibility in general    电磁兼容性综合
• electromagnetic compatibility level    电磁兼容电平; 电磁兼容性电平
• electromagnetic compatibility margin    电磁兼容性余量
• electromagnetic compatibility program    电磁兼容性计划
• electromagnetic compatibility test    电磁兼容性试验
• electromagnetic compatibility testing    电磁兼容性测试
• society of electromagnetic compatibility    电磁兼容学会
• （electromagnetic）compatibility margin    (电磁)兼容裕量
• emc    病毒; 电子显微术; 氯化乙汞; 卵母细胞; 脑心肌炎簿群; 脑炎心肌炎; 欧洲销售理事会; 欧洲销售联合会; 唯冠科技; 西力生汞杀菌剂; 易安信
• for compatibility    为了兼容性
• electromyogram emc    肌电图
• emc analysis    电磁兼容性分析
• emc cardiovirus    emc心病毒; 脑炎心肌炎心病毒; 脑炎心肌炎心簿,emc心簿
• emc enterovirus    emc肠道病毒; 脑炎心肌炎肠道病毒; 脑炎心肌炎肠道簿,emc肠道簿
• emc virus    脑心肌炎病毒; 脑心肌炎簿
• emc簿    encephalomyocarditis virus
• electromagnetic electromagnetic    解溶液
• electromagnetic compatibilitytesting    电磁兼容性测试
• electromagnetic complex    电磁集合体; 全套配置的电磁辐射体

• By using irm , heterodyne receiver with good image rejection and mmw - to - if once frequency conversion can be realized , which simplified receiver constitution prominently . the number of local oscillation ( lo ) sources is reduces and electromagnetic compatibility ( emc ) of mmw system is improved . also , the size , weight , power consume and cost of mmw receiver is reduced
  采用毫米波镜频抑制混频器,可在保证镜频抑制性能的前提下,采用1次变频接收机,从而大大简化接收构成,减少本振数量,改善毫米波系统电磁兼容性,减小接收机体积、重量、功耗,并降低成本。
• More and more high - switch - rate and high - pin - density devices have been applied to the digital system along with the fast development of manufacture technics of integrate circuit ( up to 65nm ) , while the supply voltage of electronic system shows itself a fallen trend ( from 5v to 1 . 2v ) , signal integrity ( si ) , power integrity ( pi ) and electromagnetic compatibility ( emc ) problems have become increasingly serious
  具体体现到高速pcb板级设计上,则为信号完整性( signalintegrity ,简称si ) 、电源完整性( powerintegrity ,简称pi )和电磁兼容性( electromagneticcompatibility ,简称emc )问题的影响已经达到了不可忽略的地步,经常会出现逻辑功能正确的数字系统不能在物理结构上实现。