2010Xi'an Gongcheng Keji Xueyuan xuebaoRequires access

Design of DDS excitation signal source based on FPGA

Hui Zhu

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Abstract

The sine signal generator was designed and implemented by FPGA,DDS technology as well as QUARTUS II,MATLAB.Using these method,the signal is phase transformation continuous,high stability,easy to adjust.Through software design and hardware verification,the results meet predetermined technical specifications.The reliability,feasibility and control flexibility of DDS excitation signal source is proved.

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What this paper is about

The sine signal generator was designed and implemented by FPGA,DDS technology as well as QUARTUS II,MATLAB.Using these method,the signal is phase transformation continuous,high stability,easy to adjust.Through software design and hardware verification,the results meet predetermined technical specifications.The reliability,feasibility and control flexibility of DDS excitation signal source is proved.

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Available abstract

The sine signal generator was designed and implemented by FPGA,DDS technology as well as QUARTUS II,MATLAB.Using these method,the signal is phase transformation continuous,high stability,easy to adjust.Through software design and hardware verification,the results meet predetermined technical specifications.The reliability,feasibility and control flexibility of DDS excitation signal source is proved.

Key concepts: Field-programmable gate array, MATLAB, Computer science, SIGNAL (programming language), Signal generator, Flexibility (engineering), Reliability (semiconductor), Software

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