Typhoon HIL - XYCE Integration


Design; Improve; Experiment;
Learn; Spice or Real-Time.

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SPICE Simulation reinvented. Typhoon HIL + Xyce Integration.

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  • The new way to start your power electronics design project with SPICE type simulator – Xyce from Sandia National Labs. Ideal for design engineers and universities.​
  • Xyce, as Spice type simulator, is perfect for device level and detailed power stage simulation, enabling modeling parasitics and high frequency effects. ​
  • Extensive library of SPICE models for industrial devices, provides the ability to simulate a particular device and power stage with very high-fidelity.  Understand and quantify the impact of parasitics, device losses etc

Simulate your power electronics circuit with Xyce simulator.​

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The fastest and most parallelizable Spice simulator from Sandia National Labs.

 

Use existing components from Xyce – SPICE-compatible, high-performance circuit simulator – through the xyce_lib library you can quickly build your circuit the way YOU are used to. Enter simulation parameters, and start the simulation. Rapidly obtained detailed simulation results.​

Build your own custom models and also import manufacturers libraries.

Use Case: University of Toronto.

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Teaching with Typhoon HIL and Xyce.

 

Transforming the power electronics laboratory from prototypes to detailed simulation models. From simple design tasks to full blown labs and examples. ​

​Transform your teaching today using the Typhoon HIL Virtual HIL device with Xyce, contact us to learn more!

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Typhoon HIL with the Xyce engine allows to fully prepare students for practical use through simulation. Starting from the Typhoon HIL Schematic Editor and ideal models and moving to non-ideal models using the Xyce engine in the same UI makes for a smooth transition.​

Easiest solution for remote learning and in-class teaching alike with an almost non-existent learning curve!
Samuel Da Silva Carvalho, PhD candidate and TA at University of Toronto

Fully Integrated XYCE Circuit Simulator.​

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Deploy simulator in 4 Easy Steps.

 

Set up everything needed to build circuit schematics with Typhoon HIL software and simulate using the Xyce open-source engine. There are four main steps:

  1. Downloading and installing Typhoon HIL Control Center​
  2. Downloading and installing Xyce​
  3. Setting up the Typhoon HIL/Xyce interface​
  4. Building a circuit model
Build your circuit schematics with Typhoon HIL software and simulate using the Xyce open-source engine