The first Optics Teaching System with POF and WDM
Elements
Light
is one of the most important tools of the near future - it can be used
almost universally, is cost-efficient, leaves no environmental
footprint, does not endanger human health - and new usages and
applications are discovered and developed on an almost monthly basis.
Many modern systems are based on advanced opto-electrical procedures
like
multiplexing - especially Wavelength
Division Multiplex (WDM). Aside
from glass fibers, easy-to-use Polymer
Optical Fibers
(POF) are used more and more often as a transmission medium
in optical
communication systems. Today, they are already seen as potential
standard media for in-house and automotive communication systems.
Therefore,
enabling students to understand how WDM and/or POF systems can be
designed, built and maintained, is an important task of universities
and vocational schools that offer education or training in photonics or
optical communication technologies.
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OPTOTEACH
is the first POF-WDM-centered optics
teaching system, specifically designed to cover a
multitude of
lab experiments in the field of optical communication
technology, e.g. PI curve and bandwidth measurements or the analysis of
EMF
influences on POF-WDM transmissions. OPTOTEACH systems are exclusively
built and distributed by
HarzOptics. OPTOTEACH systems are currently being used in educational
labs at Harz University, Braunschweig University, Mannheim University,
Dresden University
and the Federal Center for Electronics Technology in Oldenburg.
You can find more information about the OPTOTEACH optics teaching
system as well as
OPTOSOFT, the lab companion software for OPTOTEACH currently in
development, in our recently published ETOP paper "Applying
the Principles of Augmented Learning to Photonics Laboratory Work".
Additionally, you can also download our online data sheet "OPTOTEACH Optics Teaching System".
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