100 Mbit/s laser diode terminal with optical gain for fibre-optic local area networks
A Alping, B Bentland, ST Eng - Electronics Letters, 1984 - IET
A Alping, B Bentland, ST Eng
Electronics Letters, 1984•IETThe feasibility of using a single GaAlAs buried-heterostructure laser as a multifunctional
terminal on a fibre-optic bus has been demonstrated. During the reception period the
received optical signal is simultaneously tapped for the information and optically amplified
for further transmission. During the transmitting period the laser diode terminal works as a
conventional optical emitter. A 100 Mbit/s transmission experiment gave a received bit error
rate of less than 10− 9 with a simultaneous optical gain of 3.5 dB.
terminal on a fibre-optic bus has been demonstrated. During the reception period the
received optical signal is simultaneously tapped for the information and optically amplified
for further transmission. During the transmitting period the laser diode terminal works as a
conventional optical emitter. A 100 Mbit/s transmission experiment gave a received bit error
rate of less than 10− 9 with a simultaneous optical gain of 3.5 dB.
The feasibility of using a single GaAlAs buried-heterostructure laser as a multifunctional terminal on a fibre-optic bus has been demonstrated. During the reception period the received optical signal is simultaneously tapped for the information and optically amplified for further transmission. During the transmitting period the laser diode terminal works as a conventional optical emitter. A 100 Mbit/s transmission experiment gave a received bit error rate of less than 10−9 with a simultaneous optical gain of 3.5 dB.
IET
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