Innovation of multi directional fiber couplers
This paper presents the innovation of directional fiber coupling which consists of multi fiber joined. Power transfer between and the coupling coefficient the fibers have been determined based on coupled mode theory using Transfer Matrix Method. Theoretical calculation has shown that power in a fibe...
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my.utm.305652022-02-28T13:26:42Z http://eprints.utm.my/id/eprint/30565/ Innovation of multi directional fiber couplers Saktioto, Toto Ali, Jalil Irawan, Dedi Anto, Defri QC Physics This paper presents the innovation of directional fiber coupling which consists of multi fiber joined. Power transfer between and the coupling coefficient the fibers have been determined based on coupled mode theory using Transfer Matrix Method. Theoretical calculation has shown that power in a fiber is no longer to be completely transferred to other M fibers (M>3). This is caused by the coupling coefficient between them. The coupled power or coupling ratio among M fibers can be controlled by maintaining the coupling parameters. Experimentally, the change of coupling ratio is investigated, and theoretically by applying dc voltage to the coupling region of fiber coupler. In three dimension, the coupling power distribution shows that strongly depends on the coupling coefficient and coupling length. However, by knowing the coupling power parameters, the fiber coupler of MXN fibers are easier to be fabricated and more applicable in optical network system. ICGST 2012-05 Article PeerReviewed Saktioto, Toto and Ali, Jalil and Irawan, Dedi and Anto, Defri (2012) Innovation of multi directional fiber couplers. ICGST Journal of Programmable Devices, Circuits, and Systems, 12 (1). pp. 1-6. ISSN 1687-4811 http://www.icgst.com/journals/paper.aspx?pid=P1171219190&subid=44# |
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QC Physics Saktioto, Toto Ali, Jalil Irawan, Dedi Anto, Defri Innovation of multi directional fiber couplers |
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This paper presents the innovation of directional fiber coupling which consists of multi fiber joined. Power transfer between and the coupling coefficient the fibers have been determined based on coupled mode theory using Transfer Matrix Method. Theoretical calculation has shown that power in a fiber is no longer to be completely transferred to other M fibers (M>3). This is caused by the coupling coefficient between them. The coupled power or coupling ratio among M fibers can be controlled by maintaining the coupling parameters. Experimentally, the change of coupling ratio is investigated, and theoretically by applying dc voltage to the coupling region of fiber coupler. In three dimension, the coupling power distribution shows that strongly depends on the coupling coefficient and coupling length. However, by knowing the coupling power parameters, the fiber coupler of MXN fibers are easier to be fabricated and more applicable in optical network system. |
format |
Article |
author |
Saktioto, Toto Ali, Jalil Irawan, Dedi Anto, Defri |
author_facet |
Saktioto, Toto Ali, Jalil Irawan, Dedi Anto, Defri |
author_sort |
Saktioto, Toto |
title |
Innovation of multi directional fiber couplers |
title_short |
Innovation of multi directional fiber couplers |
title_full |
Innovation of multi directional fiber couplers |
title_fullStr |
Innovation of multi directional fiber couplers |
title_full_unstemmed |
Innovation of multi directional fiber couplers |
title_sort |
innovation of multi directional fiber couplers |
publisher |
ICGST |
publishDate |
2012 |
url |
http://eprints.utm.my/id/eprint/30565/ http://www.icgst.com/journals/paper.aspx?pid=P1171219190&subid=44# |
_version_ |
1726791444247609344 |
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13.251813 |