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2018•The Japan Society of Applied PhysicsRequires access

MZI based Silicon photonic circuits for arbitrary power splitting application

Shamsul Hassan, Devendra Chack

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Abstract

In recent years, Silicon photonics [1] has played vital role in the field of optical communication, optical sensor applications and On-chip optical interconnects. Silicon on insulator (SOI) is a nice platform for the integration of photonics and electronics device on the same chip. Optical power splitter is a fundamental component for Photonic integrated circuits (PICs). So, it is necessary to have adjustable optical power splitter [2-3].

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What this paper is about

In recent years, Silicon photonics [1] has played vital role in the field of optical communication, optical sensor applications and On-chip optical interconnects. Silicon on insulator (SOI) is a nice platform for the integration of photonics and electronics device on the same chip. Optical power splitter is a fundamental component for Photonic integrated circuits (PICs). So, it is necessary to have adjustable optical power splitter [2-3].

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Available abstract

In recent years, Silicon photonics [1] has played vital role in the field of optical communication, optical sensor applications and On-chip optical interconnects. Silicon on insulator (SOI) is a nice platform for the integration of photonics and electronics device on the same chip. Optical power splitter is a fundamental component for Photonic integrated circuits (PICs). So, it is necessary to have adjustable optical power splitter [2-3].

Key concepts: Splitter, Silicon on insulator, Photonics, Silicon photonics, Photonic integrated circuit, Materials science, Optoelectronics, Electronic circuit

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