摘要
为了设计新型双通道互连器件,应用红外无线传输技术和光互连理论建立了一种动态互连模型,给出了动态光场和静态场在轴向距离d、角度偏差θ和离轴偏差L情况下的计算公式．依据动态互连模型设计了一种双通道互连器件,并测试了互连器件的传输速率．实验结果表明：利用动态互连模型设计的器件能够使传输信号通过旋转面,双通道互连器件最高数据传输速率可达到2．14Mb/s．
An efficient model of dynamic interconnection using wireless infrared communication technology and theory of optical interconnections was constructed to design a dual-channel interconnection component. There were three conditions between the rotating optical field and the stationary optical field： end separation, angle misalignment, and lateral misalignment. The calculation formulas were given for these three conditions. A dual-channel optical interconnection component was designed based on the model of dynamic interconnection and the data transmission rate of the component was measured. Experimental results show that the dual-channel optical interconnection component can transmit optical signals through the rotating interface. The maximum transmission rate can reach 2.14 Mb/s.
出处
《天津大学学报》
EI
CAS
CSCD
北大核心
2006年第8期985-988,共4页
Journal of Tianjin University(Science and Technology)
基金
国家自然科学基金(60377031
60577013)
国家重点基础研究发展计划("973计划")项目(2003CB14907)
新世纪优秀人才支持计划资助项目.
关键词
动态互连
红外无线传输
旋转连接
传输速率
dynamic spatial interconnection
wireless infrared communication
rotary joint
transmission rate
