Ultra-high Frequency Linear Fiber Optic Systems

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Ultra-high Frequency Linear Fiber Optic Systems / Kam Lau

資料種別:: 電子ブック
出版情報:: SpringerLink Books - AutoHoldings
Springer Berlin Heidelberg, 2011
著者名:: Lau, Kam
ISBN:: 9783642164576 [3642164579]
9783642164583 [3642164587]
書誌ID:: OB00507847

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所蔵情報

書誌詳細

その他の標題:

SPRINGER SERIES IN OPTICAL SCIENCES

言語:

英語

目次情報:

Physics of High Speed Lasers / Part I：

Basic Description of Laser Diode Dynamics by Spatially Averaged Rate Equations: Conditions of Validity / 1：

The "Local" Rate Equations / 1.1：

Spatially Averaged Rate Equations and their Range of Validity / 1.2：

Basic "Small-Signal" Modulation Response / 2：

Distortions in Direct Modulation of Laser Diodes / 3：

Perturbation Analytic Prediction of Fundamental Distortions in Directly Modulated Laser Diodes / 3.1：

Intermodulation Distortion / 3.2：

Direct Modulation Beyond X-Band by Operation at High Optical Power Density / 4：

Improvement in Direct-Modulation Speed by Enhanced Differential Optical Gain and Quantum Confinement / 5：

Demonstration of the Explicit Dependence of Direct-Modulation Bandwidth on Differential Gain by Low-Temperature Operation / 5.1：

Direct-Modulation Results / 5.1.1：

Parasitic-Free Photo Mixing Modulation Experiment / 5.1.2：

Attainment of High-Modulation Bandwidths Through Quantum-Confined Materials / 5.2：

Dynamic Longitudinal Mode Spectral Behavior of Laser Diodes Under Direct High-Frequency Modulation / 6：

Introduction / 6.1：

Experimental Observations / 6.2：

Time Evolution Equations for Fractional Modal Intensities / 6.3：

A Two-Mode Laser / 6.4：

Solution to the Many-Mode Problem / 6.5：

An Approximate Analytic Solution of = 1 / 6.5.1：

Lasing Spectrum Under CW High-Frequency Microwave Modulation / 6.6：

Dynamic Wavelength "Chirping" Under Direct Modulation / 6.7：

Summary and Conclusions / 6.8：

Signal-Induced Noise in Fiber Links / 7：

Measurements / 7.1：

Analysis and Comparison With Measurements / 7.3：

Mode-Partition Noise and Noise Transposition in Fiber Links Using Multimode Lasers / 7.3.1：

Transposed Interferometric Noise in Fiber Links Using Single-Frequency Lasers / 7.3.2：

Mode-Partition Noise in an Almost Single-Mode Laser / 7.4：

Conclusion / 7.5：

Direct Modulation of Semiconductor Lasers Beyond Relaxation Oscillation / Part II：

IIustration of Resonant Modulation / 8：

Resonant Modulation of Monolithic Laser Diodes at Millimeter-Wave Frequencies / 9：

Active Mode-Locking / 9.1：

Passive Mode-Locking / 9.2：

Performance of Resonant Modulation in the Millimeter-Wave Frequency Range: Multi-Subcarrier Modulation / 10：

Resonant Modulation of Single-Contact Lasers / 11：

Fiber Transmission Effects, System Perspectives and Innovative Approach to Broadband mm-Wave Subcarrier Optical Signals / Part III：

Fiber Chromatic Dispersion Effects of Broadband mm-Wave Subcarrier Optical Signals and Its Elimination / 12：

Effects on Multichannel Digital Millimeter-Wave Transmission / 12.1：

Elimination of Fiber Chromatic Dispersion Penalty on 1,550 nm Millimeter-Wave Optical Transmission / 12.2：

Transmission Demonstrations / 13：

1550-nm Transmission of Digitally Modulated 28-GHz Subcarriers Over 77 km of Non-Dispersion Shifted Fiber / 13.1：

39 GHz Fiber-Wireless Transmission of Broadband Multi-Channel Compressed Digital Video / 13.2：

Application of Linear Fiber Links to Wireless Signal Distribution: A High-level System Perspective / 14：

Improvements in Baseband Fiber Optic Transmission by Superposition of High-Frequency Microwave Modulation / 15：

Interferometric Noise / 15.1：

Superimposed High-Frequency Modulation: External Phase Modulation / 15.2.1：

Directly Modulated Laser Diode / 15.2.2：

Superimposed Modulation With Band-Pass Gaussian Noise / 15.2.3：

Multimode Fiber: Modal Noise / 15.3：

Millimeter-Wave Signal Transport Over Optical Fiber Links by "Feed-Forward Modulation" / 15.4：

Principle of "Feed-Forward Modulation" for mm-Wave Signal Transport Over an Optical Carrier / 16.1：

Demonstration of "Feed-Forward Modulation" for Optical Transmission of Digitally Modulated mm-Wave Subcarrier / 16.2：

Frequency Planning for Minimal Intermodulation Distortion / 17：

Algorithms for Single-Link Frequency Planning / 17.1：

Babcock Spacing / 17.2.1：

Okinaka's Algorithm / 17.2.2：

Multi-Link Frequency Planning Algorithm / 17.3：

Modified Okinaka Algorithm for Multi-Link Frequency Planning / 17.3.1：

Discussion and Conclusion / 17.3.2：

Erbium Fiber Amplifiers in Linear Lightwave Transmission / 18：

Distortion Characteristics / 18.1：

EDFA Distortion Model / 18.2.1：

Experimental Results / 18.2.2：

Comparisons Between Distortions in Laser Diode with EDFA / 18.2.3：

CNR Optimization / 18.3：

Operation Point / 18.3.1：

Fan-Out and Fiber Loss / 18.3.2：

CNR Versus Length of EDFA / 18.3.3：

Discussions and Conclusions / 18.4：

Appendices / Part IV：

Notes on RF Link Metrics / A：

Notes on Relation Between Distortion Products, Noise, Spur (Spurious)-Free Dynamic Range (SFDR) / A.1：

Notes on Intermodulation Distortion in a Multichannel Subcarrier Transmission System: CTB and CSO / A.2：

Composite Triple Beat (CTB) / A.2.1：

Composite Second-Order Intermodulation (CSO) Distortion / A.2.2：

Graphical Illustrations of RF Signals / A.3：

Ultrahigh Frequency Photodiodes and Receivers / B：

Ultrahigh Speed PIN Photodiodes / B.1：

Resonant Receivers / B.2：

High Frequency Optical Modulators / C：

Mach Zehnder Interferometric Optical Modulator / C.1：

Electroabsorption Optical Modulator / C.2：

Modulation Response of Superluminescent Lasers / D：

The Small Signal Superluminescent Equations and Numerical Results / D.1：

Effect of a Small but Finite Mirror Reflectivity / D.3：

Broadband Microwave Fiber-Optic Links With RF Phase Control for Phased-Array Antennas / E：

Small Signal Traveling Wave Rate Equations for Erbium-Doped Fiber Amplifiers / F：

Applications of High Frequency Linear Fiber-Optic Links in Defense Systems / G：

Electronic Counter Measure: Aerial Towed Fiber-Optic Decoy / G.1：

Nuclear Test Diagnostic Instrumentation / G.2：

References

Index

Physics of High Speed Lasers / Part I：

Basic Description of Laser Diode Dynamics by Spatially Averaged Rate Equations: Conditions of Validity / 1：

The "Local" Rate Equations / 1.1：

Spatially Averaged Rate Equations and their Range of Validity / 1.2：

Basic "Small-Signal" Modulation Response / 2：

Distortions in Direct Modulation of Laser Diodes / 3：

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