Multi-Product Training

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  1. Introduction to Lumerical’s product suite. In this brief introduction, we will explain how Lumerical’s products can be used either standalone or in combination to solve a wide range of design challenges.
  2. FDTD Solutions. FDTD Solutions is the industry leading FDTD solver for photonic applications. In this session users will learn how to optimally use the major product features. Specific topics include:
    • Introduction to FDTD Solutions
    • Features
      • Modeling dispersive materials
      • Mesh setup, including the conformal mesh feature
      • Key simulation objects review (solver region, sources, monitors, mode expansion monitors, ports
      • Scripting, structure groups, and analysis groups
      • Near to far field projections
      • Parameter sweeps and optimization
      • Time vs frequency domain results
      • Anisotropic and nonlinear materials
    • Simulation tips
    • Examples
      • Grating devices
      • Plasmonic simulations: particle scattering
      • Metamaterials and meta-surface
      • Inverse optimization: Y-branch
  3. MODE Solutions. MODE Solutions is a comprehensive waveguide design environment for the analysis and optimization of integrated optical waveguides, components, and fibers. Specific topics include:
    • Introduction to MODE Solutions
    • Features and demos:
      • Mode solving, dispersion calculations, modal overlaps.
      • Demo: SOI waveguide with FDE
      • Single vertical-mode propagation in planar structures.
      • Demo: ring resonator with varFDTD
      • Multi-mode, bi-directional propagation.
      • Demo: 1×2 coupler with EME
      • Propagation methods comparison, varFDTD vs EME
    • Simulation tips
  4. DEVICE. DEVICE is an advanced, finite element multiphysics simulation environment for modeling charge transport and heat transfer in semiconductor devices and optoelectronic components. It is specifically designed to operate with FDTD Solutions and MODE Solutions to solve for optoelectronic structures such as solar cells, CMOS images sensors, optoelectronic modulators, high-speed photodiodes, and thermal switches. Specific topics include:
    • Introduction to DEVICE
    • Features:
      • Charge transport simulation
      • Heat transfer simulation
      • Steady state vs. transient simulations
      • Small signal AC
      • Non-isothermal temperature dependence
      • Coupled heat/charge transport
      • Discontinuous Galerkin Time-Domain (DGTD) simulation
      • Finite element eigenmode (FEEM) simulation
      • Multi-solver workflows
    • Simulation tips
  5. INTERCONNECT. INTERCONNECT is a photonic integrated circuit design and analysis environment that allows designers to define circuit architecture and connectivity, build new or import foundry compact model libraries (CMLs), and simulate the performance of photonic integrated circuits. Specific topics include:
    • Introduction to INTERCONNECT
    • Features:
      • Hierarchical schematic editor
      • Frequency domain simulation
      • Time domain simulation
      • EDA and PDA interoperability
      • Compact model library (CML)
    • Simulation Tips


时间:2019年5月13-14日 地点:北京, 中科院微电子所
报名: 联系当地代理或者发邮件
在这次为期两天的培训课程中,学员将通过一些目前业界和学术界关注的应用实例,来学习使用Lumerical器件级设计工具(FDTD Solutions, MODE Solutions, DEVICE)和系统级设计工具(INTERCONNECT)。学员将重点学习产品的主要功能,为研究广泛的应用领域打下基础。欲参加培训的学员需在培训前对产品有基本的了解,可以通过观看产品介绍视频和软件试用来熟悉相关的软件。在试用期间可以通过EDU视频学习更多基本知识。

  1.  Lumerical产品简介 我们将介绍Lumerical的产品如何独立或者组合起来解决各种各样的设计挑战。
  2.  FDTD Solutions. FDTD Solutions是业界领先的用于光子学仿真的FDTD 软件,学员将学习如何最佳地使用该软件的主要功能。内容主要包括:
    • FDTD Solutions简介
    • 主要功能
      • 模拟色散材料
      • 网格设置(包括共形网格技术)
      • 重要仿真物件(几何结构、模拟区域、光源、监测器等)
      • 脚本语言,结构组,分析组
      • 远场投射
      • 参数扫描和优化
      • 时域和频域结果
      • 各向异性和非线性材料
    • 仿真技巧
    • 实例
      • 周期器件,光栅分析
      • 表面等离基元器件
      • 超材料,超表面器件
      • 反向优化设计
  3. MODE Solutions. MODE Solutions是一款用于设计、分析和优化集成光波导、器件和光纤的含有多个算法软件。内容主要包括:
    • MODE Solutions简介
    • 主要功能
      • 模式求解,色散计算,模式重叠。 FDE演示: SOI脊型波导
      • 平面波导结构中的传播(纵向单模)。varFDTD演示:环形谐振腔
      • 多模、双向传播。 EME演示 1乘2分束器
      • 传播方法varFDTD/EME比较 EME
    • 仿真技巧
  4. DEVICE. DEVICE 是一款高级的、基于有限元网格的多物理场仿真软件,可用于模拟半导体光电子器件中的电荷传导和热传导以及时域光传播和频域模式分析。通过与FDTD Solutions和MODE Solutions的紧密结合,可以仿真众多光电子结构,如太阳能电池、 CMOS 图像传感器、电光调制器、高速光电探测器、热开关、散射和波导等。内容包括:
    • DEVICE简介
    • 主要功能
      • 电荷传导仿真 CT
      • 热传导仿真HT
      • 稳态vs. 瞬态仿真
      • 非等温的温度相关性
      • 耦合电荷/热传导
      • 时域间断伽辽金算法DGTD
      • 有限元本征模式算法 FEEM
      • 多物理场仿真流程
    • 仿真技巧
  5. INTERCONNECT. INTERCONNECT是一款光子集成系统设计与分析软件,设计者可定义光路和互连,创建或导入紧凑模型库(CML),仿真光子集成系统的性能并获得线路的光学性能等。内容包括:
    • 主要功能
      • 分层式原理图编辑器、元器件库
      • 频域仿真
      • 时域仿真
      • 与EDA和PDA工具的互操作
      • 紧凑模型库(CML)
    • 仿真技巧

Multi-product Training - Beijing

May 13, 2019
(Asia/Shanghai +08:00 GMT)
CAS Microelectronics Institute - Beijing, China
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