2009Journal of Jishou UniversityRequires access

Design of High Speed Data Acquisition System Based on FPGA and DSP

Yang Yong-Dong, Qingli Zeng

Open publisher page 1 citations

Abstract

The design and realization of a high-speed data acquisition system based on FPGA and DSP is introduced in the paper.The FPGA is EPIK5OTC144_3 which belongs to ACEX 1K serial and produced by Altera;while the DSP processor is TMS320C6713 which belongs to TMS320 serial produced by TI.The data acquired by ADC is transferred to FPGA,then transferred to DSP after being pre-processed by FPGA and finally to console via the interface of USB.The system's real-time data acquisition rate is up to 100MBYTE/S,so it is applicable to most of the high-speed data acquisition occasions.

About this research paper

What this paper is about

The design and realization of a high-speed data acquisition system based on FPGA and DSP is introduced in the paper.The FPGA is EPIK5OTC144_3 which belongs to ACEX 1K serial and produced by Altera;while the DSP processor is TMS320C6713 which belongs to TMS320 serial produced by TI.The data acquired by ADC is transferred to FPGA,then transferred to DSP after being pre-processed by FPGA and finally to console via the interface of USB.The system's real-time data acquisition rate is up to 100MBYTE/S,so it is applicable to most of the high-speed data acquisition occasions.

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Available abstract

The design and realization of a high-speed data acquisition system based on FPGA and DSP is introduced in the paper.The FPGA is EPIK5OTC144_3 which belongs to ACEX 1K serial and produced by Altera;while the DSP processor is TMS320C6713 which belongs to TMS320 serial produced by TI.The data acquired by ADC is transferred to FPGA,then transferred to DSP after being pre-processed by FPGA and finally to console via the interface of USB.The system's real-time data acquisition rate is up to 100MBYTE/S,so it is applicable to most of the high-speed data acquisition occasions.

Key concepts: Field-programmable gate array, USB, Digital signal processing, Computer science, Data acquisition, Computer hardware, Interface (matter), Embedded system

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