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Optical interconnection on silicon LSI chips

机译:硅LSI芯片上的光互连

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Abstract: Light propagation loss of the micron size optical waveguides is found to be improved from 1.8 to 0.6 dB/cm by capping waveguides by Al film. Al micromirrors for changing the light propagation direction in the vertical and horizontal planes were fabricated. Various shapes of Al corner mirrors to change the light direction in the horizontal plane were investigated. The straight simple mirror at an angle of 45$DGR against the incident light has the largest reflectivity of 50%. Branched waveguides were also fabricated by using Al corner mirrors and resulted in the almost equal distribution of the light for three branches. Light emitting diodes (LEDs), micromirrors, waveguides and photodetectors have been integrated on a single chip and the signal transfer from the LED to the photodetector has been verified. !11
机译:摘要:通过Al膜覆盖波导,发现微米尺寸光波导的光传播损失从1.8至0.6dB / cm提高。制造用于改变垂直平面和水平平面中的光传播方向的Al微镜。研究了各种形状的Al角镜以改变水平平面中的光方向。与入射光的45美元角度的直的简单镜子具有50%的最大反射率。还通过使用Al角镜制造支化波导,并导致三个分支的光的几乎平等分布。已经在单个芯片上集成了发光二极管(LED),微镜,波导和光电探测器,并且已经验证了从LED到光电探测器的信号传输。 !11

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