Optical communication, ECOC '84: Tenth European Conference on Optical Communication, Stuttgart, FRG, 3-6 September 1984
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PD6 A130 km Transmission Experiment at 2 Gbs Using SilicaCore Fiber and a Vapor Phase Transported 342
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absorption achieved amplifier attenuation bandwidth broadband cable calculated cavity channel characteristics chromatic dispersion circuit cladding coated coherence core coupler coupling curves cutoff wavelength dB/km dependence deposition detection detector device diameter dispersion doped ECOC effect efficiency Electron emission etching experiment fabricated Figure filter fluorine frequency Gbit/s glass graded index groove hydrogen IEEE index profile InGaAsP input integrated laser diode layer length Lett loss increase Mb/s measured method microbending modal noise mode scrambler modulation monomode fibre multimode multiplexer obtained operation optical communication optical fiber optical power output parameters peak performance phase planar preform pulse ratio receiver sensitivity reduced refractive index region semiconductor laser shown in Fig shows signal silica silicone single mode fibers single-mode fiber spectral spectrum splice star coupler structure substrate switching technique temperature threshold current transmitter waveguide wavelength width