It is said that fiber optic is
revolutionizing communications just like the phone 100 years ago. If you want
to be at the forefront of technology, this is a good place to be. The
"optics" comes from a concentrated beam of light, a laser, which can
be used to transmit voice, data and video simultaneously: one billion or more
bits of information per second. "Fibra" is a package of transparent,
thin and thin glass threads. Fiber cables are smaller and lighter than conventional
cables that use copper wires or coaxial pipes, but carry much more information
and the flow of information is easier.
The combination of laser and
glass offers a fast, reliable and economical means of telecommunications. Due
to its advantages over metal wiring, fiber optic is rapidly replacing the cable
of computers, photocopiers, medical equipment, navigation guidance systems and
armaments.
Fiber optics are immune to
interference from nearby lightning or electric motors, so there is no break in
the television signal when someone gets rid of the kitchen or during a storm.
Optical fibers do not "pass through their cables". There is no
bleeding from the voices speaking on other lines during a telephone
conversation. Secretly listening in conversations or disturbing is more difficult
to do and easier to detect.
Fiber optic technicians help
engineers to design and test new uses for fiber optics. They establish
electrical and electronic experiments, which can lead to the development of new
applications. The technology is still new enough to make experimentation
exciting. We still don't know how far the optical fiber can go or where it will
lead.
Some technicians repair and
install existing laser and fiber optic devices and systems. These systems are
most frequently found in current telephone and computer networks. Using
spectrometers, they measure the frequencies of the light emitted by lasers and
adjust them when necessary.
The most active field is the
design of fiber optic systems that connect buildings and people. For example,
some school systems are becoming fiber optic networks, so they have quick
access to multimedia presentations that come from the information highway.
Finding out where the cables are to be connected and where the splices are to be
made depends on the technicians. The junction is performed with high power
lasers that melt the cables and require the presence of technicians.
Experts predict that the creation
of such networks will keep fiber optic technicians busy for many years. New uses,
such as surgery or engineering, will open new fields of use in the next decade.
Laser surgery has been in practice for a long time; now fibers are also used.
The automotive and aviation industries are already studying the best way to use
optical fibers.
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