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Division of Mobility Technology
1. Journal Articles
4 x 4 Plastic Optical Fiber Star Coupler Incorporated with a Common Polymer Waveguide Optical Power Distribution Region
Kim, Kwang Taek
;
Han, Boo Jeon
;
Kim, Min Kuk
;
Kim, Young Ho
;
Lee, Byeong Ha
;
Cho, Kyung Jae
;
Kim, Jong Woo
;
Lee, Cherl Hee
;
Lee, Jonghun
Division of Mobility Technology
Advanced Radar Tech. Lab
1. Journal Articles
Division of Mobility Technology
1. Journal Articles
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Title
4 x 4 Plastic Optical Fiber Star Coupler Incorporated with a Common Polymer Waveguide Optical Power Distribution Region
Issued Date
2011-08
Citation
Fiber and Integrated Optics, v.30, no.4, pp.265 - 277
Type
Article
Author Keywords
plastic optical fiber
;
plastic optical fiber network
;
polymer waveguide
;
star coupler
Keywords
Star Couplers
;
Stars
;
Waveguide Components
;
Power Distributions
;
Power Quality
;
Ray Optics
;
Coupling Ratios
;
Excess Loss
;
Star Coupler
;
Fabricated Device
;
Fiber Optic Sensors
;
FIBERS
;
Optical Communication
;
Optical Fiber Fabrication
;
Optical Fibers
;
Optical Power
;
Optical Power Distribution
;
Plastic Optical Fiber
;
Plastic Optical Fiber Network
;
Plastic Optical Fibers
;
Plastics
;
Polymer Waveguide
;
Polymer Waveguides
;
Polymers
ISSN
0146-8030
Abstract
Two types of 4×4 plastic optical fiber star couplers incorporated with a polymer waveguide as the optical power distributor are proposed, and their high performances are demonstrated. The characteristics of the proposed star coupler are investigated based on ray optics, and its power distribution performance is evaluated in terms of the flatness of the coupling ratio and the amount of the excess loss. Under the best conditions, the flatness of the coupling ratio and the excess loss of the fabricated device have been obtained as 2.0 dB and 2.5 dB, respectively. © 2011 Taylor & Francis Group, LLC.
URI
http://hdl.handle.net/20.500.11750/3490
DOI
10.1080/01468030.2011.584957
Publisher
Taylor & Francis
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