Compact and High-Modulation Depth Optical Modulator Design Using Ring-Coupled Structures and Bragg Resonators

The integration of ring-coupled optical modulators and Bragg resonators offers a promising approach to achieve a compact optical modulator design with significantly enhanced modulation depth. This approach involves utilizing the resonant properties of ring resonators and the spectral filtering capabilities of Bragg resonators to effectively manipulate the optical signal and achieve deep modulation. The compact nature of the design, enabled by the use of integrated optical structures, further contributes to the overall efficiency and practicality of the device. This research explores the fundamental principles and implementation details of this innovative approach, highlighting its potential for applications in high-speed optical communication, optical sensing, and other areas where compact, high-performance modulation is critical.