Wolfspeed Logo

Main menu navigation

  • Explore Products

    • Power Modules
    • Discrete MOSFETs
    • Discrete Schottky Diodes
    • Bare Die MOSFETs
    • Bare Die Schottky Diodes
    • Reference Designs
    • Gate Driver Boards
    • Evaluation Kits
    • Materials Products
  • Explore Applications

    • Artificial Intelligence

      • Datacenter & Server Power Supplies
      • Uninterruptible Power Supplies
    • Automotive

      • EV Powertrain
      • On-Board Charger
      • On-Board DC/DC Converter
    • E-Mobility

      • Commercial, Construction & Agriculture Vehicles
      • E-Boats and E-Ships
      • Trains & Traction
    • Industrial Motor Drives

      • Low Voltage Motor Drives
      • Heat Pump & Air Conditioning
      • Servo Drives
    • Renewable Energy

      • Energy Storage Systems
      • Fast Charging
      • Residential & Light Commercial Solar Systems
      • Industrial & Commercial Solar Systems
      • Utility Scale Renewable Energy
    • Materials Applications
  • Tools & Support
  • Explore Company

    • About
    • Locations
    • Senior Leadership
    • Powerful Perspectives
    • Quality
    • Sustainability
    • News
    • Events
  • Careers
  • Investors
  • English
  • 简体中文 - Chinese (Simplified)
  • 繁體中文 - Chinese (Traditional)
Contact
    View Cart

    Breadcrumb Navigation

    • Home
    • Knowledge Center
    • Design Resources
    • How to Simulate Silicon Carbide Power Module Performance with LTspice
    Design Resources

    How to Simulate Silicon Carbide Power Module Performance with LTspice

    Nov 01, 2023
    • Share on LinkedIn
    • Share on Facebook
    • Share on Twitter
    • Share in an email

    Article

    LTspice can provide an efficient and cost-effective method to design and optimize your power electronics systems – without the need for a physical prototype or measurement equipment.

    In this video, we’ll show you how to install and begin using Wolfspeed’s newest LTspice models for our silicon carbide power modules. 

    If you’re ready to get started now, download the LTspice models you need. You can also learn more in our user guide.

    While there are differences between tools like LTspice, PLECS, and Wolfspeed’s SpeedFit, tips from Wolfspeed’s power experts can help you achieve simulation accuracy with silicon carbide. Join the Power Applications Forum to learn more.

    Technical SupportPower Applications Forum
    Request SamplesVisit the Sample Center
    SpeedFit Design SimulatorCreate a Design

    Support

    Technical SupportPower Applications Forum
    Request SamplesVisit the Sample Center
    SpeedFit Design SimulatorCreate a Design

    Footer

    Wolfspeed Logo

    Social Media

    • Instagram
    • X
    • LinkedIn
    • YouTube

    Footer Navigation

    • Contact
    • Where to Buy
    • Intellectual Property
    • Suppliers & Contractors

    Legal

    • Privacy Policy
    • Cookie Policy
    • Terms Of Use
    • Accessibility
    Copyright © 2026 Wolfspeed, Inc.

    More Articles

    View All

    Engineering for Outcomes:
    Three Ways Wolfspeed Gen 5 Achieves Real-World Performance

    Wolfspeed's Gen 5 SiC MOSFETs are engineered for real-world performance — not just ideal conditions. Built on optimized planar MOSFET design, Gen 5 achieves better RDS(ON) through tightened epitaxy, increased active area, and enhanced soft body diode technology. The result: lower losses, higher reliability, and greater design confidence for automotive and industrial applications.
    Continue Reading Thought Leadership

    SiC Power Module Reliability:
    Wolfspeed’s Power Cycling and Lifetime Modeling Approach

    Continue Reading White Paper

    Enhancing System Durability with Advanced Packaging for Silicon Carbide (SiC)

    Continue Reading White Paper