Coherent Lightwave Communication Systems
Gain full access to the history and implementation of coherent lightwave communication systems. Packed with information on narrow linewidth lasers, this book provides you with detailed discussion on circuit design techniques for receivers, methods of overcoming polarization fluctuation, multi-gigabit systems, and the construction of long-distance optical links.
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Modulation and Demodulation Techniques
Receiver Sensitivity Characteristics in Coherent Detection
Lasers for Coherent Systems
12 other sections not shown
achieved application balanced receiver bandwidth beam splitter BER characteristics booster amplifier carrier channel chromatic dispersion circuit coherent heterodyne coherent lightwave communication Coherent Optical coherent receiver coherent systems configuration coupler Courtesy of IEE CPFSK data stream demodulation detection scheme DFB laser differential detection system discussed in Chapter DPSK EDFAs Electronics Letters external external-cavity FDM signals Figure fluctuation FSK heterodyne FSK modulation Gb/s heterodyne detection heterodyne synchronous detection homodyne detection IEEE IM-DD receiver IM-DD systems in-line amplifier Kerr effect laser diode lightwave communication systems Lightwave Technology linewidth long-haul measurement modulation index multichannel optical amplifiers Optical Fiber Communications optical frequency optical receiver oscillator light phase noise Photonics polarization polarization-diversity power penalty preamplifier receiver sensitivity degradation Reprinted with permission semiconductor laser signal light single-mode fiber single-mode optical fiber spectrum spontaneous emission Subsection synchronous detection system data rate techniques Transmission Experiment wavelength