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2013•Measurement & Control TechnologyRequires access

Design of High-Speed Data Acquisition System Based on FPGA

Song Zhi-ping

Open publisher page 3 citations

Abstract

A data acquisition system based on FPGA is presented.The design process of hardware circuit,logic circuit and application software is introduced in detail.High-speed capability of data acquisition,data storage and transmission is implemented with FPGA control unit and USB transfer module.The experimental results show that this system can sample data on real time in dynamic environment and read data after reclaim,which has the advantages of high precision,high speed,friendly user interface and a high value in use.

About this research paper

What this paper is about

A data acquisition system based on FPGA is presented.The design process of hardware circuit,logic circuit and application software is introduced in detail.High-speed capability of data acquisition,data storage and transmission is implemented with FPGA control unit and USB transfer module.The experimental results show that this system can sample data on real time in dynamic environment and read data after reclaim,which has the advantages of high precision,high speed,friendly user interface and a high value in use.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A data acquisition system based on FPGA is presented.The design process of hardware circuit,logic circuit and application software is introduced in detail.High-speed capability of data acquisition,data storage and transmission is implemented with FPGA control unit and USB transfer module.The experimental results show that this system can sample data on real time in dynamic environment and read data after reclaim,which has the advantages of high precision,high speed,friendly user interface and a high value in use.

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

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