Fiber Optics :: essays research papers fc

Fiber OpticsFiber Optic Cable Facts"A relatively rising technology with vast potential importance, fiber optics is thechanneled transmission of come by hair-thin glass fibers." Less expensive than copper cables Raw material is silicon dioxide sand Less expensive to maintain If damaged, restoration time is instantaneous(although more users be affected) Backbone to the Information SuperhighwayInformation (data and voice) is transfer with the fiber digit everyy bythe use of high bucket along LASERs (Light Amplification through the Simulated dismissalof Radiation) or LEDs (Light Emitting Diodes). Each of these methods reach ahighly focuse circularise of precipitate that is cycled on and slay at very high speeds.Computers at the transmitting end vary data or voice into "bits" ofinformation. The information is then sent through the fiber by the presence, orlack, of light. Computers on the receiving end convert the light back into dataor voice, so it can be u sed. reference OF FIBER OPTICSInformation (data and voice) is transmittable through the fiber digitally bythe use of high speed LASERs (Light Amplification through the Simulated Emissionof Radiation) or LEDs (Light Emitting Diodes). Each of these methods create ahighly focused beam of light that is cycled on and off at very high speeds.Computers at the transmitting end convert data or voice into "bits" ofinformation. The information is then sent through the fiber by the presence, orlack, of light. So, all of the data is sent light pulses. Computers on thereceiving end convert the light back into data or voice, so it can be used. every(prenominal) of this seems to be a very "modern" innovation, and the technology we useis. The concept though, was the idea of Alexander Graham Bell in the late 1800s.He just didnt have a dependable light source... some old age the sun doesntshine He thought of the idea that our voices could be transfer by pulses oflight. The people wh o thought that audio, video, and separate forms of data couldbe transmitted by light through cables, were present day scientists. Most ofthe things that are possible today, Alexander Grahm Bell could never even have conceive of of.Although the possibility of lightwave communications occurred to AlexanderGraham Bell (who invented the telephone), his ideas couldnt be used until theLASER or LED had been invented. Most of these advances occurred in the 1970s,and by 1977 glass-purifying and other fiber-optic manufacturing techniques hadalso reached the stage where interoffice lightwave communications were possible.With further technological development, legion(predicate) intercity routes were in operationby 1985, and some transoceanic routes had been completed by 1990.