International Standards and Conformity Assessment for all electrical, electronic and related technologies

SC 86B

Fibre optic interconnecting devices and passive components

 

Detail

Committee
Working Groups
Project Leader

Current

Status

Frcst Pub

Date

Stability

Date

SC 86BWG 4 S. KobayashiPPUB2015-022022

History

Stage
Document
Downloads
Decision Date
Target Date
PNW
86B/3483/NP PDF file 534 kB
2012-07-20 
ANW
86B/3546/RVN PDF file 165 kB
2012-11-232012-12
1CD
86B/3589/CD PDF file 482 kB
2013-02-012013-01
CDM
86B/3616/CC Word file 126 kB
PDF file 162 kB
2013-04-122013-05
ACDV
86B/3616A/CC Word file 133 kB
PDF file 165 kB
2013-06-072013-05
CCDV
86B/3673/CDV
PDF file 582 kB
PDF file 514 kB
2013-10-252013-10
AFDIS
86B/3757/RVC Word file 281 kB
PDF file 242 kB
2014-02-282014-04
DECFDIS
2014-10-272014-08
RFDIS
2014-10-302014-11
CFDIS
86B/3850/FDIS
2014-11-142015-01
APUB
86B/3875/RVD PDF file 71 kB
2015-01-192015-01
BPUB
2015-01-202015-01
PPUB
2015-02-052015-02
 2018-12

Abstract

IEC 61300-3-53:2015 is intended to characterize the encircled angular flux of measurement step index multimode waveguide light sources, in which most of the transverse modes are excited. The term waveguide is understood to include both channel waveguides and optical fibres but not slab waveguides in this standard. Encircled angular flux (EAF) is the fraction of the total optical power radiating from a step index multimode waveguide's core within a certain solid angle. The EAF is measured as a function of the numerical aperture full angle. The basic approach is to collect, for every measurement, two dimensional far field data using a calibrated camera and to convert them mathematically into encircled angular flux.
Keywords: encircled angular flux (EAF), measurement step index multimode waveguide light sources

Project

IEC 61300-3-53:2015 ED1

Fibre optic interconnecting devices and passive components - Basic test and measurement procedures - Part 3-53: Examinations and measurements - Encircled angular flux (EAF) measurement method based on two-dimensional far field data from step index multimode waveguide (including fibre)

 

 

Associated Documents:

86B/4164/RR

PDF file 94 kB
86B/4150/DL

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86B/4103/DL

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86B/4041A/RM

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