Design and Simulation Software Facilitates PCB Stackup Configuration
This video is part of the TechXchange: PCB Tools and Technology.
Avishtech's Gauss 2D Electromagnetic Transmission Line Field Solver leverages high-order Finite Difference and Integration computational engines for the highest accuracy at very high speeds. And when combined with the company's Gauss PCB Stackup Design & Simulation tool, you can can develop sophisticated PCB stackup configurations of virtually any size and variety.
The Gauss electromagnetic solver is a 2D electromagnetic field solver that can simulate impedance, loss, RLGC properties, effective dielectric properties, and electric potentials and fields from a transmission-line geometry. Gauss 2D's extensive set of geometries and special cases enables users to model virtually any transmission line and obtain the most accurate and detailed data related to the electromagnetic behavior.
The Gauss PCB Stackup Design & Simulation tool can develop sophisticated printed-circuit-board (PCB) stackup configurations to develop and manufacture PCB designs of any size and variety. Presenting a streamlined, straightforward, clean-interfaced solution to an ongoing concern in the industry, Gauss Stack offers users the ability to easily develop PCB stackup designs for use in manufacture or prototyping.
With the built-in Gauss 2D engine, users can build stackup designs without significant trial-and-error by employing impedance analysis to calculate trace impedances or synthesis mode to find trace widths for given target impedances.
