SELF-EQUALIZING PHOTO DETECTOR,申请号US201514716735-传众专利搜索

SELF-EQUALIZING PHOTO DETECTOR

申请公布号：US2015331193(A1)

申请号：US201514716735

申请日期：2015.05.19

申请公布日期：2015.11.19

申请人：

California Institute of Technology

发明人：Abiri Behrooz;Hajimiri Seyed Ali;Aflatouni Firooz;Zhou Andy

分类号：G02B6/28;H01L31/105;G02B6/293

主分类号：G02B6/28

地址：Pasadena CA US

摘要：A self-equalizing photo-detector (SEPD) includes, in part, a multitude of optical splitters and photo detectors, and at least one optical delay element. The first optical splitter splits an optical signal into second and third optical signals. The optical delay element delays the second optical signal to generate a fourth optical signal. The second optical splitter splits a signal representative of the fourth optical signal to generate fifth and sixth optical signals. The first photo detector receives the third optical signal via a first optical path, has an anode terminal coupled to an output terminal of the detector and a cathode terminal coupled to a first supply voltage. The second photo detector receives the sixth optical signal via a second optical path, has an anode terminal coupled to a second supply voltage and a cathode terminal coupled to the output terminal of the detector.

主权项：1. A detector comprising: a first optical splitter adapted to split a first optical signal into second and third optical signals; a first optical delay element adapted to delay the second optical signal to generate a fourth optical signal; a second optical splitter adapted to split a signal representative of the fourth optical signal to generate fifth and sixth optical signals; a first photo detector adapted to receive the third optical signal via a first optical path, said first photo detector having an anode terminal coupled to an output terminal of the detector and a second terminal coupled to a first supply voltage; and a second photo detector adapted to receive the sixth optical signal via a second optical path, said second photo detector having an anode terminal coupled to a second supply voltage and a cathode terminal coupled to the output terminal of the detector.