vobta.blogg.se - Ansoft Designer 3.5

Engineers can view voltage and current distributions in all relevant geometry including vias and bond wires. The new release features a fast and efficient finite-element-based DC solver optimized for extraction of power rail geometry in complex low-voltage/high-current PCB and package designs. PITTSBURGH-(BUSINESS WIRE)-July 10, 2007-Ansoft Corporation (NASDAQ:ANST) released SIwave(TM) v3.5, a full-wave electromagnetic field simulator optimized for signal-integrity, power-integrity and electromagnetic interference (EMI) analysis of high-speed printed circuit boards (PCBs) and complex integrated circuit (IC) packages.

Project compatibility with full version of Ansoft Designer.

A device library that includes a set of vendor parts based on linear surface-mount passive and active models and S-parameters.

A large number of circuit models for lumped, ideal and physical distributed microstrip, stripline and coax transmission lines.

Components, including an electrical model, symbol for schematic editing and, in most cases, a fixed or parameterized layout cell.

A single database software architecture that supports fully synchronized design entry based on schematic, netlist and/or layout editing.

A fully integrated schematic/layout editor.

Ansoft proprietary physics-based distributed and discontinuity models.

A complete set of linear component electrical models.

Problem-size-restricted planar EM solver.

This version of Ansoft Designer SV introduces a new planar electromagnetic solver and a complete high-frequency linear circuit simulator. Latest Release Adds New Features for Power Rail Extraction in Low-Voltage/High-Current PCB and Package Designs.

Operating system: Windows 10 or later, macOS High Sierra or later, Linux and Chrome OS: Chrome v8 engine version 7.2.502 or later. Gravit Designer runs best on a desktop computer in Chrome or Firefox, with at least 2 GB RAM and a CPU with 2.2 GHz. Repeat steps 5-6, for: Name: Dielectric Type: Dielectric Name: Trace. The patch antenna itself provides a realized gain of about 3.6 dB at 3.5 GHz. Antenna design has been carried out through extensive three-dimensional electromagnetic simulations. A high-gain microstrip patch-type WiMAX antenna operating at 3.5 GHz has been designed with a parasitic radiator and a raised ground plane.