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Overview

A Comprehensive Solution for Power Electronics Systems | Saber

With increased focus on electrification and rapid growth of the power electronics market, design teams need a robust and efficient simulation and modeling solution to predict hardware failures during early design phases. Simulation helps to reduce iterations of hardware prototypes and time-to-market that results in reduced development costs. Depending on the application, the simulation and modeling requirements vary a lot between different stages of product development, but there is no single simulation environment that satisfies all simulation and modeling requirements. Saber™ is a proven platform for designing, modeling and simulating physical systems, enabling full-system virtual prototyping for applications in analog/power electronics, electronic power generation/conversion/distribution, and system/wiring/harness design and mechatronics. EDS Technologies with its partnership with Synopsys provides you a comprehensive solution to address this challenge with SaberEXP and SaberRD.

SaberEXP

SaberEXP

SaberEXP delivers the fastest simulation convergence for early power supply, converter and motor drive designs with seamless export flow into SaberRD for high-fidelity system designs. It is a piecewise linear (PWL) circuit simulator that enables design teams to start early and validate their power supply/converter and motor drive designs prior to physical implementation with its fastest simulation convergence. It provides a scalable simulation solution for accelerating power electronics designs with its seamless export flow into SaberRD for high fidelity large system design leading to lower development costs.

SaberEXP Benefits:

  • Simple and more robust to use than SPICE-like tools
  • High-speed PWL solver with an event queue for event-driven and digital signals
  • Automatic time-step calculation based on the internal circuit time constants
  • Faster results for the stiff power electronic circuits in both time and frequency domains without integration error
  • Fast and accurate Periodic AC analysis to verify the stability of Switched Mode Power Supplies (SMPS) without tedious average model derivations
  • Parametric and statistical design capabilities for optimizing and verifying system robustness
  • Suite of measurement and waveform calculation tools for analyzing results
  • A single standard simulation environment with seamless export flow into SaberRD for high fidelity large system design
  • Minimizes costly physical hardware testing, saves project resources and accelerates time-to-market
  • A Comprehensive Solution for Power Electronics Systems

 

SaberRD

SaberRD

Virtualize power electronic & mechatronic systems to optimize performance
SaberRD is an intuitive, integrated environment for designing and analyzing power electronic systems and multi-domain physical systems.

Benefits:

  • Accelerate the electrification of automotive, aerospace, and industrial systems
  • Increase hardware quality and reduce prototyping iterations
  • Connect the physical system to the rest of the electronics and software design
  • Verify behavior of multi-domain physical systems (electrical, thermal, mechanical, magnetic, hydraulic, etc.)
  • Optimize system for performance, reliability, and cost using Robust Design methods
  • Unmatched model accuracy, model libraries, and modeling tools for power electronic systems
  • Support for MAST and VHDL-AMS language  standards
  • Apply a range of analysis capabilities to reach performance goals, reduce effects of variation, and bound worst case behavior
  • Create and simulate 1000s of virtual prototypes with grid computing
  • Communicate throughout the supply chain with secure model exchange and FMI support

Automotive Powernet Modeling & Simulation Video

Simulation tools such as SaberRD can help you model, design, analyze, and optimize the Powernet quickly. This video will help you understand the Powernet simulation flow along with the advanced modeling, simulation, and post processing capabilities of Saber simulator.

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