| Summary: | 碩士 === 亞東技術學院 === 資訊與通訊工程研究所 === 93 === In this thesis we proposed a complete High-Speed-PCB design method and procedure, to improve the circuit design quality, and reduces the miss ratio of the design; High-Speed-PCB design is different from past PCB, traditional low-frequency circuit design only uses EDA tool drawing, and than uses the layout software routing, so it does not need to consider the effect of the circuit, but high-frequency circuit is different.
When frequency is up to 50MHz, the circuit will produce a lot of high-frequency effects, but a lot of products are developed towards the trend of light and compact, and products of frequency above 100MHz can see everywhere, so to train the capacity for High-Speed-PCB design is very urgent.
“Design and Implementation of SOPC Wireless Communication Platform” combines High-Speed-PCB design with SOPC system design to achieve a wireless communication platform; High-Speed-PCB design focus on the hardware circuit planning, and SOPC system design need to used not only VHDL logic design but also C language design. It makes SOPC have better modifiable flexibility than SOC; such design will be the direction of application and development in the future.
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