An InP-Based HBT 1x8 OEIC Array for a WDM Network

R.H. Walden,Y-M. Xie,William E. Stanchina,H.C. Sun,Madjid Hafizi,Y.K. Brown,M. Kardos,A. Schmitz,J. Pikulski,A.R. Kramer,G.K. Chang,R. Cordell,C. Dréze,J. Sitch,D. Pollex,K. Warbrick,C. Chew,B Jalali

An InP-Based HBT 1x8 OEIC Array for a WDM Network

1995

R.H. Walden
Y-M. Xie
William E. Stanchina
H.C. Sun
Madjid Hafizi
Y.K. Brown
M. Kardos
A. Schmitz
J. Pikulski
A.R. Kramer
G.K. Chang
R. Cordell
C. Dréze
J. Sitch
D. Pollex
K. Warbrick
C. Chew
B Jalali

An eight-channel optical receiver front-end array has been designed and fabricated using InP-based HBT, IC technology. The 2.5 Gb/s circuits include photodetectors constructed from HBT base-collector junctions, transimpedance amplifiers, and differential output stages.

Keywords:

Photonic integrated circuit
Optoelectronics
Transimpedance amplifier
Heterojunction bipolar transistor
Optical amplifier
Optical switch
Transistor array
Physics
Optical transistor
Wavelength-division multiplexing

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