Coherent lightwave communications: fifth in a series : 20-21 September 1990, San Jose, California
SPIE--the International Society for Optical Engineering, 1991 - Technology & Engineering - 228 pages
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TRANSMITTER CONSIDERATIONS AND COMPONENTS
RECEPvTRS AND SYSTEMS I
achieved bandwidth birefringent bit error rate bit rate carrier cascade CCO laser chromatic dispersion coefficient coherent detection Coherent Optical coherent systems communication systems configuration coupler CP-FSK curves DCMSCR DEDFA demodulator device DFB laser direct detection system DM-PSK DPSK DTWM EDFA effect Electron Erbium-Doped erbium-doped fiber amplifiers external cavity fiber amplifiers fibre filter FM response FSK system gain Gb/s Gbit/s heterodyne increase input power interferometer length Lett Lightwave Technol loop loss mode modulation modulation index multi-channel n-ary PPM noise figure optical amplifiers optical fiber oscillator laser output power parameters phase noise polarisation beam polarisation crosstalk polarisation diversity polarization pulse ratio receiver sensitivity resonance saturation Schematic semiconductor lasers shot noise shown in Figure signal spectral spectrum splice splitter spontaneous emission system performance temperature transmission experiments transmission systems transmitter tunable waveguide wavelength