斯潘电力电子设计的权力中心，以转换各种工业应用广泛，交流电流的直流和抵御甚至最苛刻的环境。
Spang Power Electronics designs power centers to convert AC current to DC for a wide variety of industrial applications and to withstand even the harshest of environments.
以电子计算机为基础的电子设计自动化技术已广泛应用于电路与系统的设计中。
Has widely applied take computers as the foundation electronic design automation technology to the circuit and in the system design.
本论文研究的是电子设计自动化技术在电能质量监测中的应用。
This thesis focuses on the application of Electronic Design Automation technology in the field of power quality monitoring.
广泛应用于电子设计的各个领域。
So they can be widely applied in all the field of electronic designing.
随着近年来可编程逻辑器件的大量普及及应用，电子设计的主流方向早已被asic及FPGA等占据。
With the increasing of the prevalence and application in PLD (programmable Logic Device) nowadays, the main direction of electronic design has been turned into ASIC and FPGA.
本论文研究的是电子设计自动化(EDA)技术在电能质量监测中的应用。
This thesis focuses on the application of Electronic Design Automation (EDA) technology in the field of power quality monitoring.
斯潘电力电子设计干式变压器在5和15千伏电压班下台功率分配到工业应用在商业或利用电压。
Spang Power Electronics designs dry-type transformers in 5 and 15 kV classes to step down power from the distribution voltage to the utilization voltage in commercial or industrial applications.
介绍了现场可编程门阵列（FPGA）器件的特点和电子设计自动化（EDA）环境下的设计方法，就其在异步电动机软启动及节能控制上的应用进行了深入的讨论。
Features of FPGA device and design method in EDA environment are introduced. Further discussion is made in its application in soft starting and energy saving control of the asynchronous motor.
CEDIA会员直接是官方的iPhone /ipad公司/iPod的触摸应用程序的自定义电子设计与安装协会。
CEDIA Member Direct is the official iPhone/iPad/iPod Touch application for the Custom Electronic Design & Installation Association.
我们利用目前电子设计自动化中应用较广泛的FPGA技术进行了整个时间统一系统方案设计，并且在方案的基础上进行了分析及仿真。
We discuss the implementation of the whole timing system by the use of FPGA technology which is widely used in present EDA, and carry out analysis and simulation after the schematic design.
我们利用目前电子设计自动化中应用较广泛的FPGA技术进行了整个时间统一系统方案设计，并且在方案的基础上进行了分析及仿真。
We discuss the implementation of the whole timing system by the use of FPGA technology which is widely used in present EDA, and carry out analysis and simulation after the schematic design.
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