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Si-based current-density-enhanced light emission and low-operating-voltage light-emitting/receiving designs

机译:硅基电流密度增强的发光和低工作电压发光/接收设计

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摘要

By the standard Si-CMOS process, several designs are investigated of low-operating-voltage light-emitting/receiving devices. Our forward-biasing Si-LED designs having power transfer efficiency higher than that of other reports using standard Si-CMOS process. The same device can be used as both an optical receiver and signal transmitter. Results of chip-to-chip and signal transmission tests have been presented and shown that the interdigitated structure can increase the active region in light emission and improve the response time and sensitivity of photodiode. Furthermore, we have demonstrated that the light emission can be enhanced by current density.
机译:通过标准的Si-CMOS工艺,对低工作电压发光/接收设备的几种设计进行了研究。与采用标准Si-CMOS工艺的其他报告相比,我们的正向偏置Si-LED设计具有更高的功率传输效率。同一设备既可以用作光接收器,也可以用作信号发射器。提出了芯片到芯片和信号传输测试的结果,结果表明,叉指结构可以增加发光中的有源区域,并改善响应时间和光电二极管的灵敏度。此外,我们证明了电流密度可以增强发光。

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