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.
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.
在硬件设计中充分利用电子设计自动化技术，通过在CPLD/FPGA上编程，设计出了星务计算机专用集成电路。
By using EDA technology and program implementation on CPLD/FPGA, some ASIC for satellite house-keeping computer are developed.
基于FPGA和电子设计自动化技术。采用模块化设计的方法和VHDL语言，设计一个基于FPGA的RISC微处理器。
RISC microprocessor is developed by using modular design method and VHDL language based on FPGA and EDA technology.
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.
随着半导体技术和电子设计自动化（EDA）的迅猛发展，使系统级可编程芯片（SOPC）成为可能。
The tremendous development of semiconductor technology and electronic design automation (EDA) made the system on a programmable chip (SOPC) possible.
阐述了电子设计自动化(EDA)技术的出现对数字系统设计思想和设计理念的影响。
The influence of the technology of electronic design automation (EDA) on the designing ideology and conception of digital system is expounded.
本文引入了电子设计自动化(EDA)技术，在EDA平台上使用硬件描述语言(VHDL)完成对硬件功能描述，使硬件设计更加灵活。
The paper introduce the technique of EDA, on it, logical function has been stigmatized by VHDL language, the design of hardware become more flexible.
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.
为了充分利用各种SA技术，设计工程师们需要能够使用一个完善的、集成的电子设计自动化(EDA)环境。
In order to take full advantage of the various SA technologies, however, design engineers require access to a complete, integrated electronic design automation (EDA) environment.
为了充分利用各种SA技术，设计工程师们需要能够使用一个完善的、集成的电子设计自动化(EDA)环境。
In order to take full advantage of the various SA technologies, however, design engineers require access to a complete, integrated electronic design automation (EDA) environment.
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