Lectures:
OPTICAL DETECTORS. Si, Ge, AIIIBV materials.
Semiconductor
detectors of the PN junction type, PIN photodiode, detectors for the far IR
region.
Semiconductor
detectors of the PN junction type, PIN photodiode, Si, Ge, AIIIBV alloys,
phototransistors.
Parameters of
photodetectors. Sensitivity, quantum effectivity, noise, limiting wavelength,
dynamical properties of photodetectors.
OPTICAL
RECEIVERS. Noises and thein influence.
Receivers
structures.
OPTICAL
AMPLIFIERS.
Fiber
amplifiers.
OPTICAL
COMMUNICATION SYSTEMS WITH INTENSITY MODULATION. Coding.
Multichannel
systems, distributed systems. TDM, FDM, WDM
Coherent
optical communications systems.
Solitin optical
communications systems.
Exercises:
Photodiode sensitivity calculation.
Noise of detectors and receivers.
Calculation of SNR and BER
Receivers circuits and their design.
Calculation of optical detectors parameters.
Parameters of the passive parts of optical networks.
Design of optical non-fiber network.
OPTICAL DETECTORS. Si, Ge, AIIIBV materials.
Semiconductor
detectors of the PN junction type, PIN photodiode, detectors for the far IR
region.
Semiconductor
detectors of the PN junction type, PIN photodiode, Si, Ge, AIIIBV alloys,
phototransistors.
Parameters of
photodetectors. Sensitivity, quantum effectivity, noise, limiting wavelength,
dynamical properties of photodetectors.
OPTICAL
RECEIVERS. Noises and thein influence.
Receivers
structures.
OPTICAL
AMPLIFIERS.
Fiber
amplifiers.
OPTICAL
COMMUNICATION SYSTEMS WITH INTENSITY MODULATION. Coding.
Multichannel
systems, distributed systems. TDM, FDM, WDM
Coherent
optical communications systems.
Solitin optical
communications systems.
Exercises:
Photodiode sensitivity calculation.
Noise of detectors and receivers.
Calculation of SNR and BER
Receivers circuits and their design.
Calculation of optical detectors parameters.
Parameters of the passive parts of optical networks.
Design of optical non-fiber network.