Lesson 7 – Synthesis of a Grating for Dispersion Compensation
Synthesis of a Grating for Dispersion Compensation
Step 1 1 Open a new project with File > New > Single Fiber. 2 Choose Calculation > Inverse Scattering Solver to get the Inverse Problem Solver dialog box. 3 Set the From and To wavelength fields to 1.5498 and 1.5502. 4 Set the grating length at 20 cm in the Length field. 5 Click on…
Categories
OptiGrating Manuals
- OptiGrating Tutorials
- Applications
- Overview
- Technical Background
- Integrated & Fiber Optical Gratings
- Coupled Mode Theory
- Index Profile of Fibers or Slab Waveguides
- Waveguide Modes
- Material and Waveguide Dispersion
- Complex Index Profile
- Photosensitivity Profile of the Fiber and the Slab Waveguide
- Grating Device Modeling
- Coupled Mode Equations
- Transfer Matrix Method
- Grating Pulse Response
- Fiber Grating Sensor
- Grating Device Characteristics
- The Inverse Scattering Problem
- References
- Lesson 1 - Fiber Bragg Grating
- Lesson 2 - Sensors
- Lesson 3 - Material Dispersion
- Lesson 4 - Parameter Scan
- Lesson 5 - Synthesis of a Band Pass Filter
- Lesson 6 - Reconstruction of Unknown Grating
- Lesson 7 - Synthesis of a Grating for Dispersion Compensation
- Lesson 8 - Synthesis of a Filter with User-Defined Spectrum
- Sample Files
- Apodized Fiber Bragg Grating Simulation
- Sampled Grating
- Mode Conversion by Fiber Bragg Grating
- Phase-shifted Bragg Grating Filter Based on Planar Waveguide
- Long-period Fiber Grating for Gain Flattening
- Pulse Reshaping by Uniform Fiber Grating
- Pulse Reshaping by Apodized Fiber Gratings
- In-Fiber Moiré Gratings
- User Guide
- Interface Menus
- Appendices
Webinar: Probabilistic Amplitude Shaping for QAM and PAM Modulated Signals
May 25, 2022
Webinar: Probabilistic Amplitude Shaping for QAM and PAM Modulated Signals 8 June 2022, 10:00 – 11:00 – Eastern Daylight Time Various schemes have been used in the field to address the ever-increasing demands of exploding information transmission requirements to support different services including social networking, video conferencing, multimedia, etc. Probabilistic amplitude shaping (PAS), a form…
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