Am Fiber Optic Trunks - A Noise And Distortion Analysis (1989)

By David Grubb III , Yudhi Trisno, PhD

Nonlinear optical effects in single mode fiber can limit the amount of power that can be coupled into a fiber. The threshold powers for these effects are calculated. The maximum practical optical modulation depth is limited by clipping. This clipping occurs when the peaks of the RF signal drive the laser below threshold. The maximum modulation depth is determined for both standard and HRC systems. The results are used to project system carrier to noise performance.

By clicking the "Download Paper" button, you are agreeing to our terms and conditions.

Similar Papers

Am Fiber Optic Trunks - A Noise And Distortion Analysis
By David Grubb III , Yudhi Trisno, PhD
1989
Nd: Y AG Light Source and External Modulator for A VSB-AM Video Transmitter: A Performance Evaluation
By Y. Trisno and D. Grubb Ill, General Instrument Corporation
1990
Multi-Channel AM Fiber Optic CATV Trunks - From Lab to Reality
By Carl J. McGrath, AT&T Bell Laboratories
1989
Performance of Fiber Optic Cables in AM CATV Systems
By John c. Chamberlain, Comm/Scope, Inc.
1992
An Economic Assessment Of AM Fiber Optic Applications
By Lemuel A. Tarshis, Robert E. Young, Jerrold - Applied Media Lab
1989
Feasibility Of Multi-channel VSB/AM Transmission On Fiber Optic Links
By Jack Koscinski, General Optronics Corporation
1987
Fiber Optic RF Link Analysis
By J. Koscinski
1989
Distortion Accumulation In Trunks
By Doug McEwen, CUC Broadcasting Umited & Norm Slater, Comlink Systems Inc. & Rezin Pidgeon, Scientific-Atlanta
1990
Performance Of AM Multi-Channel Fiber Optic Links
By Rezin Pidgeon, Frank Little, Lee Thompson
1989
Fiber Induced Distortion And Phase Noise To Intensity Noise Conversion In Externally Modulated CATV Systems
By Dogan A. Atlas, Scientific-Atlanta, Inc
1996
More Results >>