Optical microring resonators theory techniques and applications 1st Edition by Vien Van ISBN 9781315303505 1315303507

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ISBN 10: 1315303507
ISBN 13: 9781315303505
Author: Vien Van

Optical microring resonators theory techniques and applications 1st Edition Table of contents:

1 Elements of an Optical Microring Resonator

1.1 Dielectric Optical Waveguides

1.1.1 The vectorial wave equations

1.1.2 The EIM and solutions of the one-dimensional slab waveguide

1.1.3 Waveguide dispersion

1.1.4 Propagation loss

1.2 Optical Modes in Bent Dielectric Waveguides

1.2.1 Conformal transformation of bent waveguides

1.2.2 Resonant modes in microdisks and microrings

1.2.3 Full-vectorial analysis of bent waveguides

1.3 Coupling of Waveguide Modes in Space

1.3.1 The coupled mode equations

1.3.2 Solution of the coupled mode equations

1.4 Fabrication of Microring Resonators

1.5 Summary

References

2 Analytical Models of a Microring Resonator

2.1 Resonance Spectrum of an Uncoupled Microring Resonator

2.2 Power Coupling Description of a Microring Resonator

2.2.1 The add-drop microring resonator

2.2.2 The all-pass microring resonator

2.2.3 Phase and GD responses of a microring resonator

2.3 Energy Coupling Description of a Microring Resonator

2.4 Relationship between Energy Coupling and Power Coupling Formalisms

2.5 Summary

References

3 Coupled Microring Optical Filters

3.1 Periodic Arrays of Microring Resonators

3.1.1 Periodic arrays of APMRs

3.1.2 Periodic arrays of ADMRs

3.1.3 Arrays of serially coupled microring resonators

3.2 Transfer Functions of Coupled Microring Optical Filters

3.3 Cascaded All-Pass Microring Filters

3.4 Serially Coupled Microring Filters

3.4.1 Energy coupling analysis of serially coupled microring filters

3.4.2 Energy coupling synthesis of serially coupled microring filters

3.4.3 Power coupling analysis of serially coupled microring filters

3.4.4 Power coupling synthesis of serially coupled microring filters

3.5 Parallel Cascaded ADMRs

3.6 Parallel Cascaded Microring Doublets

3.7 2D Networks of CMRs

3.7.1 Energy coupling analysis of 2D CMR networks

3.7.2 Energy coupling synthesis of 2D CMR networks

3.7.3 Power coupling analysis of 2D CMR networks

3.8 Summary

References

4 Nonlinear Optics Applications of Microring Resonators

4.1 Nonlinearity in Optical Waveguides

4.1.1 Intensity-dependent nonlinearity

4.1.2 Free carrier-induced nonlinear effects

4.1.3 Wave propagation in a nonlinear optical waveguide

4.1.4 Free carrier-induced nonlinear effects in an optical waveguide

4.1.5 FWM in a nonlinear optical waveguide

4.2 Optical Bistability and Instability in a Nonlinear Microring Resonator

4.2.1 SPM and enhanced nonlinearity in a microring resonator

4.2.2 Bistability and self-pulsation in a microring resonator

4.2.3 Free carrier effects and self-pulsation in a microring resonator

4.3 All-Optical Switching in a Nonlinear Microring Resonator

4.3.1 Enhanced nonlinear switching in a microring resonator

4.3.2 Self-switching of a pulse in a nonlinear microring resonator

4.3.3 Pump-and-probe switching in a nonlinear microring resonator

4.4 FWM in a Nonlinear Microring Resonator

4.5 Summary

References

5 Active Photonic Applications of Microring Resonators

5.1 Mechanisms for Tuning Microring Resonators

5.1.1 The thermo-optic effect

5.1.2 The electro-optic effect

5.1.3 Free carrier dispersion

5.2 Dynamic Response of a Microring Modulator

5.2.1 Dynamic energy-coupling model of a microring modulator

5.2.2 Small-signal analysis

5.2.2.1 Transfer function of an APMR modulator

5.2.2.2 Modulation efficiency

5.2.2.3 Electrical bandwidth

5.2.2.4 Small-signal step response

5.3 Large-Signal Response of a Microring Modulator

5.3.1 Large-signal step response

5.3.2 Large-signal response under sinusoidal modulation

5.3.3 Intermodulation products

5.4 Summary

References

Index

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