The solution provides direct integration for the multi-domain simulation of cable and wire harnesses, hydraulic and pneumatic with the Synopsys’ Saber® Simulator. In addition to the benefits for engineers creating wire harness designs, the E³.Saber Frameway will also save time for simulation engineers by reducing duplicative efforts through the reuse of E³.series design data within the Saber environment by eliminating the need to re-enter data into the simulation environment.
This integrated technology offers a great opportunity for our customers who use both the Saber and E³.series design environments to improve both productivity and quality. Together we offer a powerful state-of-the-art solution for mechatronics design, commented Paul Lo, senior vice president and general manager of Analog/Mixed-Signal Group at Synopsys.
For complex time-constrained product development, simulation is required from the very beginning to allow specifications to be validated prior to formal product development. The efficient handling of complex simulation tasks requires the integration of a powerful simulator into the wiring harnesses design tool – this is why we have introduced E³.Saber Frameway, said Gerhard Lipski, CEO Zuken USA and general manager Zuken Europe.
By making an interconnection with E³.series, simulation engineers using the Saber solution can perform accurate system-wide electrical verification. This saves time by eliminating the need to redraw schematics within the Saber environment for simulation.
Time spent and the potential for errors is reduced as E³.Saber Frameway helps eliminate the need to send design updates manually from the simulation engineer back to the design engineer. For simulation purpose all engineers use E³.series library data as one common database. This eliminates errors and reduces administration effort.
Any changes the simulation engineer makes to the design are immediately part of the production design. Simulation results such as voltage and current values can be back-annotated into E³.series.