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Operational transconductance amplifier and state machine for photonics control system for tunable filter

机译:用于可调滤波器的光子控制系统的运算跨导放大器和状态机

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Photonic integrated circuits suffer from silicon microring's high thermal susceptibility, and therefore a heater based control is necessary. Towards an on-chip control circuit development, we report the design of two basic devices such as a MOS Operational Transconductance Operational (OTA) amplifier and a Finite State Machine (FSM). The devices were designed and manufactured in XFAB's 0.6 μm technology (XC-06M3), all Analog and Analog-Mixed Signal circuits were developed on a Cadence environment using Virtuoso compiler tools and libraries.
机译:光子集成电路具有硅微环的高热敏性,因此需要基于加热器的控制。为了开发片上控制电路,我们报告了两个基本器件的设计,例如MOS运算跨导运算(OTA)放大器和有限状态机(FSM)。这些器件是采用XFAB的0.6μm技术(XC-06M3)设计和制造的,所有模拟和模拟混合信号电路均使用Virtuoso编译器工具和库在Cadence环境中开发。

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