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Tutorials
Start using Twin Activate with our interactive tutorials.
Integration and Collaboration
Tutorials for integrating Twin Activate models with other software products.

Welcome
What's New
Discover new features and enhancements.
Get Started
New to Twin Activate? Learn the basics here.
Tutorials
Start using Twin Activate with our interactive tutorials.
- Learning the Basics
  Discovery tutorials for building and simulating simple models.
- Modeling and Simulation
  Tutorials with modeling and simulation strategies for a variety of systems.
- Integration and Collaboration
  Tutorials for integrating Twin Activate models with other software products.
  - Designing a Circuit with Spice Components
    Learn how to design a circuit with a Band Pass Filter using Spice components.
  - Introduction to Modeling with Spice
    Learn how to design a Band Pass Filter with components from the Spice block library and simulate the model with the Spice solver.
  - Simulating a Guitar Amplifier Signal
    Learn how to define a circuit block and run a transient and frequency-domain analysis for a guitar amplifier.
  - Introduction to Modeling with Arduino Boards
    Learn how to create a model and generate code that controls an LED light on an Arduino Uno board.
  - Co-Simulation with MotionSolve
    Learn how to build a Multi-Body System Model (MBS) of an inverted pendulum, combine it with a controls system model, and co-simulate the models.
  - FMU Import and Export
    Learn how to import the FMU (Functional Mock-up Unit) into your model for data exchange, and export the FMU for co-simulation.
  - Creating a Modelica Custom Component
    Learn the process of customizing a MoCustomComponent block to replace an existing Modelica Standard Library block in a model.
  - Co-Simulating an IPM Motor with Flux 2D
    Create a Twin Activate model that supplies a three-phase sine current into a Flux 2D model of an Interior Permanent Magnet motor, and co-simulate the models.
  - Co-Simulating a Plunger Model with Flux 3D
    Create a Twin Activate model to regulate by hysteresis a current that feeds into the coil of a 3D Flux model of a plunger, and co-simulate the models.
  - Co-Simulating an SPM Motor with Flux 2D
    Create a Twin Activate model that supplies a three-phase bridge current into a Flux 2D model of a Surface Mounted Permanent Magnet (SPM) motor, and co-simulate the models.
  - Explore Three Coupling Methods with Flux
    Compare three coupling methods between Twin Activate and Flux using co-simulation, lookup tables and FMUs.
  - Export an Embed Block from Twin Activate
    Export generated code both for simulation and inclusion of generated code in Embed for target deployment purposes.
  - Connect to an MQTT Broker using Twin Activate
    Publish and subscribe from a client to an IoT platform (external broker) using MQTT (Message Queuing Telemetry Transport) protocol.
  - Process and Visualize MQTT Data with Panopticon
    Use Panopticon to process and visualize data sent from Twin Activate using MQTT (Message Queuing Telemetry Transport) protocol.
  - Use Panopticon to Run an FMU Exported from Twin Activate
    Export an FMU from Twin Activate and execute it only using Panopticon.
User Guide
Learn about the features and functionality available in Twin Activate.
Reference Guides
Explore the Extended Definitions, OML Guides, Block Library, API Guide and Glossary.
Frequently Asked Questions
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Integration and Collaboration

Tutorials for integrating Twin Activate models with other software products.

Attention: Available only with Twin Activate commercial edition.