Quantic Products - PCB Greenfield

PCB GREENFIELD: System-level pre-layout and post-layout signal integrity simulation

Provides board designers with a powerful combination of analysis tools. It allows users to examine signal integrity (ringing, time delays, overshoot and undershoot) and crosstalk on problem nets prior to prototyping. PCB Greenfield also provides designers with pre- and post-layout simulation capabilities on critical nets to verify design rules. It handles mulit-board systems with connector models. Because it was designed to be an optimal multi-conductor transmission line simulation tool, users are able to analyze the most complex nets quickly and extremely accurately.

Also included is the capability to analyze non-uniform traces which may be included as subnetworks. TrLine provides spice models of special transmission lines for example discretely- coupled lossy, lossless and no-ground models, lossy and lossless ladder-line models, non-uniform lossy and lossless ladder-line models, RC ladder-line models, and infinitely long transmission line models.

Using PCB Greenfield, engineers can quickly and easily modify design parameters like trace dimensions, dielectric constants, transmission line spacing and length. The Boundary Element Method (BEM) guarantees extremely accurate parasitic extraction and transmission-line modelling.

Download Product Brochure in PDF

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PCB GREENFIELD: System-level pre-layout and post-layout signal integrity simulation
Provides board designers with a powerful combination of analysis tools. It allows users to examine signal integrity (ringing, time delays, overshoot and undershoot) and crosstalk on problem nets prior to prototyping. PCB Greenfield also provides designers with pre- and post-layout simulation capabilities on critical nets to verify design rules. It handles mulit-board systems with connector models. Because it was designed to be an optimal multi-conductor transmission line simulation tool, users are able to analyze the most complex nets quickly and extremely accurately.
Also included is the capability to analyze non-uniform traces which may be included as subnetworks. TrLine provides spice models of special transmission lines for example discretely- coupled lossy, lossless and no-ground models, lossy and lossless ladder-line models, non-uniform lossy and lossless ladder-line models, RC ladder-line models, and infinitely long transmission line models. Using PCB Greenfield, engineers can quickly and easily modify design parameters like trace dimensions, dielectric constants, transmission line spacing and length. The Boundary Element Method (BEM) guarantees extremely accurate parasitic extraction and transmission-line modelling.
Download Product Brochure in PDF