BH GSO IEC/TR 61292-4:2016
IEC TR 61292-4:2014
Bahraini Standard
Current Edition
·
Approved on
08 February 2016
Optical amplifiers - Part 4: Maximum permissible optical power for the damage-free and safe use of optical amplifiers, including Raman amplifiers
BH GSO IEC/TR 61292-4:2016 Files
English
31 Pages
Current Edition
Reference Language
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BH GSO IEC/TR 61292-4:2016 Scope
This part of IEC 61292, which is a technical report, applies to all commercially available
optical amplifiers (OAs), including optical fibre amplifiers (OFAs) using active fibres, as well
as Raman amplifiers. Semiconductor optical amplifiers (SOAs) using semiconductor gain
media are also included.
This technical report provides a simple informative guideline on the threshold of high optical
power that causes high-temperature damage of fibre. Also discussed is optical safety for
manufacturers and users of optical amplifiers by reiterating substantial parts of existing
standards and agreements on eye and skin safety.
To identify the maximum permissible optical power in the optical amplifier from damage-free
and safety viewpoints, this technical report identifies the following values:
a) the optical power limit that causes thermal damage to the fibre, such as fibre fuse and
fibre-coat burning;
b) the maximum permissible exposure (MPE) to which the eyes/skin can be exposed without
consequential injury;
c) the optical power limit in the fibre that causes MPE on the eyes/skin after free-space
propagation from the fibre;
d) the absolute allowable damage-free and safe level of optical power of the optical amplifier
by comparing (a) and (c).
The objective of this technical report is to minimize potential confusion and misunderstanding
in the industry that might cause unnecessary alarm and hinder the progress and acceptance
of advancing optical amplifier technologies and markets.
It is important to point out that the reader should always refer to the latest international
standards and agreements because the technologies concerned are rapidly evolving.
The present technical report will be frequently reviewed and will be updated by incorporating
the results of various studies related to OAs and OA-supported optical systems in a timely
manner.
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