Photonic Analog-to-Digital Conversion with Electronic-Photonic Integrated Circuits

机译：电子光子集成电路的光子模数转换

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Photonic Analog-to-Digital Conversion (ADC) has a long history. The premise is that the superior noise performance of femtosecond lasers working at optical frequencies enables us to overcome the bottleneck set by jitter and bandwidth of electronic systems and components. We discuss and demonstrate strategies and devices that enable the implementation of photonic ADC systems with emerging electronic-photonic integrated circuits based on silicon photonics. Devices include 2-GHz repetition rate low noise femtosecond fiber lasers, Si-Modulators with up to 20 GHz modulation speed, 20 channel SiN-filter banks, and Ge-photodetectors. Results towards a 40GSa/sec sampling system with 8bits resolution are presented.

机译：光子模数转换（ADC）历史悠久。前提是飞秒激光器在光频率下的出色噪声性能使我们能够克服电子系统和组件的抖动和带宽所设置的瓶颈。我们讨论并演示了能够使用基于硅光子学的新兴电子-光子集成电路实现光子ADC系统的策略和设备。器件包括2 GHz重复频率低噪声飞秒光纤激光器，高达20 GHz调制速度的Si调制器，20通道SiN滤波器组和Ge光电探测器。给出了具有8位分辨率的40GSa /秒采样系统的结果。

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来源
《Conference on Silicon Photonics; 20080121-24; San Jose,CA(US)》|2008年|P.ixv|共2页
会议地点 San JoseCA(US)
作者
F. X. Kaertner; R. Amatya; M. Araghchini; J. Birge; H. Byun; J. Chen; M. Dahlem; N.A. DiLello; F. Gan; C. W. Holzwarth; J. L. Hoyt; E. P. Ippen; A. Khilo; J. Kim; M. Kim; A. Motamedi; J. S. Orcutt; M. Park; M. Perrott; M. A. Popovic; R. J. Ram; H. I. Sm;
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作者单位

Department of Electrical Engineering and Computer Science, Massachusetts Institute of Technology, 77 Massachusetts Avenue, Cambridge, MA 02139;

Research Laboratory of Electronics, Massachusetts Institute of Technology, 77 Massachusetts Avenue, Cambridge,;

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会议组织
原文格式 PDF
正文语种 eng
中图分类半导体光电器件;
关键词
electronic photonic integrated circuits; silicon photonics; high index contrast; optical sampling; optical analog-to-digital conversion;

机译：电子光子集成电路;硅光子学;高折射率对比度;光学采样;光学模数转换;

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Photonic Analog-to-Digital Conversion with Electronic-Photonic Integrated Circuits

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