Design of Virtual Oscilloscope Based on S3C2410

Shu Lin Shi; Guo Rui Pi

doi:10.4028/www.scientific.net/AMR.189-193.227

Paper Titles

Study on Active Screen Plasma Carburizing of Austenitic Stainless Steel
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The Bifurcate Fracture Analysis of Linear Red Copper Penetrator
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Fabrication of PET Fabric/Ni-Fe-B Alloy Composite through a Electroless Plating Process with a Novel Activiting Method
p.217

Biocompatibility Research of Medicine Titanium Alloy Coating by Microarc Oxidation
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Design of Virtual Oscilloscope Based on S3C2410
p.227

Research on Lubrication and Wear-Resistant Mechanism of Ni60A/MoS₂ Composite Coating
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Study on the Mechanism of Improving the Formability of DP Steel LTWB at the Elevated Temperature Level
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The Simulation and Experimental Study of Metal Cutting Based on Cold Air Technology
p.242

Tribological Performance of Fabric Composites Filled with Nano-Additive under Varied Load Conditions
p.248

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 189-193Design of Virtual Oscilloscope Based on S3C2410

Design of Virtual Oscilloscope Based on S3C2410

Abstract:

: This topic has designed a kind of virtual oscilloscope based on the embedded technical. On the hardware the S3C2410+IDT7204 structure were used, on the software real-time operating system uC/OS-II were used in the design of embedded virtual oscilloscope. ARM9 microprocessor's high speed handling ability are fully used, as well as FIFO in the read-write control logic, the superiority in high speed data exchange aspect, realizes the double channel synchronization profile demonstration. the multi-task run and the real-time processing were realized by using on the uC/OS-II operating system's in ARM9 microprocessor transplant. This oscilloscope has the cost lowly, to be possible to as the common oscilloscope, also to be possible to as an intelligent module the merit which used in the embedded system.