High frequency inductive components - non - electrical characteristics and measuring methods - part 1 : fixed , surface mounted inductors for use in electronic and telecommunication equipment iec 62025 - 1 : 2002 ; german version en 62025 - 1 : 2002 高频感应部件.非电气特性和测量方法.第1部分:电子和
The parameters adjustment of injection molding process is important to its resulting substrate quality including its mechanical , optical properties and its electrical signals 光盘基片的注塑成型过程和质量对光盘成品的品质包括外观、机械特性、光学特性及电气特性都有及其重要的影响，是光盘复制生产中最重要的一环。
With the large - scale exploitation of hydroelectric resource in the west , the effects of severely cold , high humility and high altitude on the external insulation performance of overhead transmission line insulator will more and more server 随着水电资源的大规模开发，西部高寒、高湿及高海拔对输电线路外绝缘电气特性的影响将更加突出。
Compactpci combines the high speed , rich features and processor independence of the pci bus with rugged and modular eurocard packaging to create an ideal platform for industrial control , telecommunications and imaging applications Compactpci是一种基于pci总线，服务于工业和电信领域的计算机标准。它在电气特性上等同于台式pci总线，但采用了不同的物理板形。
Compactpci combines the high speed , rich features and processor independence of the pci bus with rugged and modular eurocard packaging to create an ideal platform for industrial control , telecommunications and imaging applications Compactpci是一种基于pci总线，服务于工业和电信领域的计算机标准。它在电气特性上等同于台式pci总线，但采用了不同的物理板形。
From the results , we can know that , the key way to raise the inductor quality factor and self resonance frequency is to less substrate eddy current loss . the simple model can accurately equal to each parameter on integrated inductor 由仿真结果可知,提高集成电感品质因数与自谐振频率的主要途径是要减小衬底的涡流损耗,其简约集总模型可较为精确的等效集成电感各端口电气特性。
Main research result : 1 . to succeed in researching miniature pressure modulator , realizes integretion of electropneumatic conversion , high importation resistance , low power consumption , bear vibration and miniaturization by making use of physics / electricity characteristic design of piezo ceramics ; 2 主要研究结果： 1 、利用压电陶瓷的物理/电气特性设计研究成功了微型压力调节器，实现了电气转换、高输入阻抗、低功耗、耐振动和微型化的统一。
