论文标题
同时指数和损失调制下的环谐振器的动力学
Dynamics of a ring resonator under simultaneous index and loss modulation
论文作者
论文摘要
我们向管理正弦驱动的环调节器的动力学的时间方程报告了一个完整的稳态解决方案。与以前为纯指数（阶段）或损失（损失）调制提供综合解决方案的工作相比，这项工作为其同时调制提供了精确的解决方案。此外，在这种并发调制下讨论了有效微波转换的最佳调制参数。作为应用程序，我们报告了从环调制器中选择性向下频率转换，这是从纯损耗或索引调制中不可能的。该工作允许对环调制器进行更精确的建模。它提供了一个见识，以探索MRMS中唯一应用中的相位和振幅调制之间的相互作用，并充分了解此类设备的局限性。
We report a complete steady-state solution to the time rate equations governing the dynamics of a sinusoidally driven ring modulator. Compared to previous works that provide comprehensive solutions for pure index (phase) or loss (loss) modulation, this work presents an exact solution with their simultaneous modulation. Furthermore, the optimum modulation parameters for efficient microwave-to-optical conversion are discussed under such concurrent modulation. As an application, we report selective downward frequency conversion from the ring modulator which is not possible from pure loss or index modulation. The work allows for more accurate modeling of the ring modulator. It provides an insight to explore the interplay between phase and amplitude modulation in MRMs for unique applications, and fully understand the limitations of such devices.
