J-Band Optical-to-Electrical Photonic Transmitter for The Applications of RoF System
Date Issued
2012
Date
2012
Author(s)
Liu, Zhen-Yu
Abstract
This thesis aims for the front-end design of an J-band integrated optical-to-electrical transmitter exploited for high-speed radio-over-fiber ( RoF ) applications. The front-end comprises a RF choke, a J-band bandpass filter, and a E-probe based waveguide excitation structure. The developed front-end is integrated with the near-ballistic uni-traveling-carrier photodiode ( NBUTC-PD ) for the realization of the transmitter. The developed transmitter is characterized with its corresponding equivalent circuit model. The simulated results will be verified with the measurement results. The developed optical-to-electrical transmitter is expected to find applications in short-range multi-gigabit wireless communication.
Subjects
transmitter
radio-over-fiber
optical-to-electrical
Type
thesis
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