2009
DOI: 10.1515/joc.2009.30.1.53
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An Analytical Model of the Transmission Capacity of Optical mm-Wave Signal Generated by Single Sideband Intensity-modulation

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Cited by 2 publications
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“…From (3), the amplitude of RF f P is not periodic variation, and the dispersion effect in phase. Though the SSB mm-wave has good ability in eliminating the attenuation effect, the group velocity dispersion (GVD) cannot be ignored when they are transmitted along the fiber for a further transmission distance [9].After optical-millimeter wave is transmitted over a L-length fiber, we can get the following formula [9]: ∆ is existence after the data modulated by the carrier and the sideband is transmitting a L-length fiber. Ultimately cause serious distortion.…”
Section: Ssb Modulation Principle and The Impact Of Fiber Dispersion mentioning
confidence: 99%
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“…From (3), the amplitude of RF f P is not periodic variation, and the dispersion effect in phase. Though the SSB mm-wave has good ability in eliminating the attenuation effect, the group velocity dispersion (GVD) cannot be ignored when they are transmitted along the fiber for a further transmission distance [9].After optical-millimeter wave is transmitted over a L-length fiber, we can get the following formula [9]: ∆ is existence after the data modulated by the carrier and the sideband is transmitting a L-length fiber. Ultimately cause serious distortion.…”
Section: Ssb Modulation Principle and The Impact Of Fiber Dispersion mentioning
confidence: 99%
“…The eye pattern of SSB electrical signal after the PD of the third situation is shown as Figure 6. Under the requirement of BER of 9 …”
mentioning
confidence: 99%