| TECHNICAL |
At
Fibrepulse, quality and precision are prominent during all processes
in order to provide continuous excellence. Staff work together to
implement the necessary processes so as to manufacture high performance
fibre optic interconnect devices for our customers.
To take a closer look at the various technologies and processes
used at Fibrepulse, simply click on any of the articles indicated
below... |
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1.
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Quality
of Fibre Optic Terminations |
As
data rates, loads, number of wavelengths, distance and optical
power all increase, the need for high quality reliable connector
terminations has never been greater.
More… |
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2.
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Insertion
Loss Testing |
Insertion
loss refers to the loss of light, not so much in the cable
assembly, but that loss caused due to the assembly's introduction.
More… |
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3.
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Return
Loss Testing |
Return
loss represents the amount of light that does not get reflected
back at a connection point. The higher this loss, then the
lower the amount reflected. More… |
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4.
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Fibre
Optic Endface Geometry |
The
endface geometry of a PC polished connector has long been
known to play an important role in the long term performance
of a singlemode connection. More… |
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5.
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Endface
Inspection |
International
standards governing endface defects are poorly defined. Therefore,
Fibrepulse has developed its own standard, which is applied
in the absence of customer specifications.
More… |
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6.
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Active
Core Alignment |
Alignment
is the main factor, which contributes to insertion losses.
How well two mating fibre cores align together will dictate
how much light can transfer between them.
More… |
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7.
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Connector
Tuning |
The
core eccentricity of fibres connectorised with monoblock ferrules
is optimised by rotating the ferrule in the connector body,
or the antirotation key on the connector body so as to position
the fibre core in an area within ±30 of the antirotation
key.
More… |
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8.
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Polarization
Maintaining |
More
and more telecommunication and fibre optic measuring systems
refer to devices that analyse the interference of two optical
waves. The information given by the interferences cannot be
used unless the combined amplitude is stable in time, which
means, that the waves are in the same state of polarization.
More... |
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We will be adding new articles from time to time, so please remember
to visit. If there are any topics you would like to see added to
this area of the site or if you have any queries, please do not
hesitate to contact us at info@fibrepulse.com. |
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Castlebar
Technology Park,
Moneen, Castlebar, Co. Mayo, Ireland
Tel: +353 94 9027822 Fax: +353 94 9027811
E-Mail: info@fibrepulse.com
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