Full binary adder based on MRR

The utility model discloses a full binary adder based on MRR, by 3 not little ring syntonizer and 5 Y shape branch couplers of isostructure constitute, it has the three electric pulse train input of calculating waited, output is the smooth pulse train after the addition that has the carry flag calcu...

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Bibliographic Details
Main Authors WANG YING, CHEN DUANYONG, HU CONG, WAN CHUNTING, DU SHEHUI, ZHU AIJUN, XU CHUANPEI
Format Patent
LanguageChinese
English
Published 14.09.2018
Subjects
CALCULATING
COMPUTING
COUNTING
ELECTRIC DIGITAL DATA PROCESSING
OPTICAL ELEMENTS, SYSTEMS, OR APPARATUS
OPTICS
PHYSICS
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Summary:The utility model discloses a full binary adder based on MRR, by 3 not little ring syntonizer and 5 Y shape branch couplers of isostructure constitute, it has the three electric pulse train input of calculating waited, output is the smooth pulse train after the addition that has the carry flag calculates. The utility model discloses binary system optics full adder is plug -to -plug compatibility with CMOS technology for the device is small, and the low power dissipation is fast, and scalability is good, and it is integrated to be convenient for, will bring into play the important function in the photonic computer. 本实用新型公开种基于MRR的二进制全加器，由3个不同结构的微环谐振器和5个Y形分支耦合器构成，它有三个待计算的电脉冲序列输入，输出是经过有进位标志的加法计算后的光脉冲序列。本实用新型二进制光学全加器与CMOS工艺完全兼容，使得器件体积小，功耗低，速度快，可扩展性好，便于集成，在光子计算机中将发挥重要作用。
Bibliography:Application Number: CN20182350182U