Examples

List:

• Tools
  • Project Setup Example
    • Within IIC-OSIC-TOOLS
    • Install piel
    • Example Setup
    • Recommended Project Structure
    • Interacting with the Environment
  • Run OpenLane Flow
    • Basic Inverter Project
    • Amaranth-Driven Flow
  • Digital Design & Simulation Flow
    • amaranth Design Flow
    • cocotb Simulation
    • Data Visualisation
    • Sequential Implementation
  • Digital Simulation & Layout Design Space Exploration
    • Deployment and Timing of Large-Scale openlane 2
    • Verify Our Environment Configuration
    • Configure Optimised Runs
  • SAX Integration Basics
    • Basic Generic Component Lattice
    • Passive Network Analysis
    • Phase-Dependent Network Analysis
  • Quantum Integration Basics
    • Quantum Unitary Representation
    • Lossy Models
• Integrations
  • Digital & Photonic Cosimulation with sax and cocotb
    • Active MZI 2x2 Phase Shifter
    • Electronic-to-Phase Mapping
    • Connecting into Active Unitary Calculations
    • Active MZI 2x2 Component Lattice
  • Optical Function Verification
    • A Simple MZI Case
    • Circuit Construction
    • Data Extraction
    • Switch Fabric Logic Verification
    • Further Analytical Modelling
  • Further Analogue-Enhanced Cosimulation including SPICE
    • Start from gdsfactory
    • Extracting the SPICE circuit and assigning model parameters
    • SPICE Integration
  • Model Capabilities
• Flows
  • Component Codesign Basics
    • Getting Started with Mode Analysis
    • Starting from our heater geometry
  • piel Electronic-Photonic Co-Design - Full Flow Demo
    • 1a. Configuring our piel Project
    • 1b. Setting up our electro-optic photonic system
    • 2. Extracting our optical-to-electronic control logic truth table
    • 3. Synthesizing the logic, digtial testing and layout implementation
    • 3a. Modelling our implementing digital-to-optical logic
    • 3b. Digital Chip Implementation
    • 4a. Driver-Amplfier Modelling
    • 4b. Composing and Equivalent-Circuit Modelling
    • 5a. Putting it all together
    • 5b. What comes next?
• Devices
  • Electro-Optic Mach-Zehnder Modulator Design & Analysis
    • Coupler Modelling
    • Interferometer Models
    • Phase-Shifter Models
    • Design Tradeoff
  • RF Amplifier Design & Analysis Flow
    • Basic Terminology
    • Design Principles
    • Automated Performance Metrics Analysis
  • Optical Delay Timing Models & Analysis
    • Characterizing a Pulsed Laser ScalarSource
    • Understanding Optical Pulses Propagation Timing
    • Equivalent Experimental Measurement Analysis
• Experimental
  • Interconnection Modelling & Experimental Analysis
    • Basic Thermal Modelling
    • RF Modelling and Experimental Relationship
    • Frequency-Domain Analysis
    • Performing the VNA/Deembedding Calibration
    • Understanding S-Parameter Power Sweeps
  • Modelling and Experimental RF Characterization of a PCB Interposer
    • Creating an ExperimentInstance
    • Creating a Serializable Experiment
    • Performing ExperimentData Analysis and Plotting