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Design Optimization and Implementation of DDS Based on EP1K30TC-114

Bingquan Chen, Shengxue Tang

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Abstract

In order to improve the system speed and signal quality,reform the systematic controllability,and reduce the costs,the author utilizes Field Programmable Gate Array FPGA chip EP1K30TC-144 to realize the Direct Digital Frequency Synthesis (DDS ).The author states the principle of DDS and the ideas for its design in FPGA,gives the optimization and implementation methods,and describes the circuit structure.The VHDL sourse program that DDS is formed is provided;thus the shortcomings of the limit frequency band range of the special purpose DDS chip and the stray and great output are overcome.

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What this paper is about

In order to improve the system speed and signal quality,reform the systematic controllability,and reduce the costs,the author utilizes Field Programmable Gate Array FPGA chip EP1K30TC-144 to realize the Direct Digital Frequency Synthesis (DDS ).The author states the principle of DDS and the ideas for its design in FPGA,gives the optimization and implementation methods,and describes the circuit structure.The VHDL sourse program that DDS is formed is provided;thus the shortcomings of the limit frequency band range of the special purpose DDS chip and the stray and great output are overcome.

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Available abstract

In order to improve the system speed and signal quality,reform the systematic controllability,and reduce the costs,the author utilizes Field Programmable Gate Array FPGA chip EP1K30TC-144 to realize the Direct Digital Frequency Synthesis (DDS ).The author states the principle of DDS and the ideas for its design in FPGA,gives the optimization and implementation methods,and describes the circuit structure.The VHDL sourse program that DDS is formed is provided;thus the shortcomings of the limit frequency band range of the special purpose DDS chip and the stray and great output are overcome.

Key concepts: VHDL, Field-programmable gate array, Computer science, Controllability, Limit (mathematics), Chip, Gate array, SIGNAL (programming language)

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