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SMPTE Journal ( Volume: 87, Issue: 12, December 1978)
Video Transmission Tests Performed on Intermediate-Frequency Lightwave Entrance Links
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- The Subjective Effect of Random Noise Spectra on 525-Line NTSC Color Television[Active]
- 1. Jacobs I. , “Lightwave Communications Passes its First Test,” Bell Laboratories Record , p. 291 , Dec. 1976 .EXTERNAL
- 10. “Transmission Systems for Communications,” Bell Telephone Laboratories , p. 213 , 1971 .EXTERNAL
- 12. Hubbard W. M. , “Utilization of Optical-Frequency Carriers for Low and Moderate-Bandwidth Channels,” Bell Syst. Tech. J. , 52 : 731 – 765 , 1973 .EXTERNAL
- 13. Personick S. D. , “Photodetectors for Fiber Systems,” published in Fundamentals of Optical Fiber Communications , edited by Barnosky Michael K. , Academic Press , New York , 1976 .EXTERNAL
- 14. Ito T. Nakagawa K. Aida K. Takemoto K. Suto K. , “Non-Repeatered 50-km Transmission Experiment Using Low-Loss Optical Fibers,” Electronics Letters , 14 : 520 – 521 , Aug. 1978 .EXTERNAL
- 15. Barry J. F. , “3A FM Terminal Transmitter and Receiver,” Bell Syst. Tech. J. , 1423 – 1458 , Sept. 1968 .EXTERNAL
- 16. Rockwell International, Collins Transmission Systems Division.EXTERNAL
- 17. Shumate P. W. Jr. Chen F. S. Dorman P. W. , “GaAIAs Laser Transmitter for Lightwave Transmission Systems,” Bell Syst. Tech J. , 57 : 1823 – 1836 , July-Aug. 1978 .EXTERNAL
- 18. Paoli T. L. , “Noise Characteristics of Stripe-Geometry Double-Heterostrueture Junction Lasers Operating Continuously. I. Intensity Noise at Room Temperature,” IEEE J. Quantum Electronics , QE-11 , pp. 276 – 282 , June 1975 .EXTERNAL
- 19. Lee T. P. Dentai A. G. , “Power and Modulation Bandwidth of GaAs-AIGaAs High-Radiance LEDs for Optical Communication Systems,” IEEE J. Quantum Electronics , QE-14 , 150 159 , Mar. 1978 .EXTERNAL
- 2. “Lightwave Communications: Evaluating the Reality,” Bell Laboratories Record , p. 170 , June 1977 .EXTERNAL
- 20. Smith R. G. Brackett C. A. Reinbold H. W. , “Optical Detector Package,” Bell Syst. Tech. J. , 57 : 1809 – 1822 , July-Aug. 1978 .EXTERNAL
- 3. Ripper J. E. Paoli T. L. , “Frequency Pulling and Pulse Position Modulation of Pulsing CW GaAs Injection Lasers,” Applied Physics Letters , 15 : 203 – 205 , 1 Oct. 1969 .EXTERNAL
- 4. Jones J. R. , “An Analog Optical Communications System Using Wideband Subcarrier FM,” 1976 National Telecommunication Conferences, p. 37 . 4 – 1 .EXTERNAL
- 5. Takasaki Y. Nakagawa J. Koya M. , “New Fiber Analog Baseband Transmission Plan for Color TV Signals,” IEEE Trans, on Communications , 16 : 902 – 907 , June 1978 .EXTERNAL
- 6. Pan J. J. Halley D. E. , “Fiber-Optic Links for Microwave and Satellite Communication Terminals,” 1976 National Telecommunication Conferences, p. 37 . 3 .EXTERNAL
- 7. File P. G. , “Fiber-Optic Links for Satellite Terminal Interconnects,” 1978 National Telecommunication Conferences, p. 21 . 5 .EXTERNAL
- 8. CCIR, XIVth Plenary Assembly, Kyoto, 1978 . Document CMTT/104/E, 8.7.EXTERNAL
- 9. “IRE Standard on Television — Measurement of Differential Gain and Differential Phase,” Proc. IRE , 48 : 201 – 208 , Feb. 1960 .EXTERNAL