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Validation of the Building-Block-Based Approach for the Design of Photonic Integrated Circuits

机译:基于积木的光子集成电路设计方法的验证

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摘要

The concept of building block and circuit-model simulation in photonics is presented and discussed, pointing out their key role in a generic foundry approach. Circuit simulation based on building-block approach, in addition and alternative to the classical electromagnetic analysis, emerges as the most useful framework for a deep exploitation of the potentiality of photonics for the large-scale integration of complex circuits. The reliability of building-block-based design and simulation of photonics integrated circuits is discussed and comparisons between simulated and measured behavior of three challenging test circuits are used as proof of concept of the validity of this approach.
机译:提出并讨论了光子学中的构建块和电路模型仿真的概念,并指出了它们在通用铸造方法中的关键作用。除了经典的电磁分析之外,基于积木方法的电路仿真是深度开发光子学用于大规模集成复杂电路的潜力的最有用的框架。讨论了基于积木的光子集成电路设计和仿真的可靠性,并比较了三个具有挑战性的测试电路的仿真行为与测量行为之间的比较,以此证明这种方法的有效性。

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