Ansys Q3D Extractor

Ansys Q3D Extractor

Lo strumento verticale per l'estrazione di parametri elettrici parassiti

Ansys Q3D Extractor

Ansys è un prodotto Ansys Inc.

Q3D Extractor esegue efficienti simulazioni quasi statiche di campo elettromagnetico 3D e 2D per estrarre i parametri RLCG e genera automaticamente il corrispondente modello di circuito SPICE equivalente.

Questi modelli possono essere impiegati per eseguire l’analisi di Signal Integrity e studiare fenomeni elettromagnetici come diafonia, TDR, Eye Diagram, al fine di comprendere le prestazioni di dispositivi di interconnessione, package di circuiti integrati, connettori, circuiti stampati, cavi.

Q3D Extractor consente di estrarre l’induttanza parziale e la resistenza dei componenti nella progettazione di dispositivi di potenza, ed è anche in grado di estrarre la capacità delle celle elementari per dispositivi touchscreen.

Q3D Extractor consente di importare i principali modelli geometrici MCAD ed ECAD come Altium, Autodesk, Cadence, Dassault, Mentor Graphics, PTC e Zuken.
Q3D Extractor interagisce con i diversi solver fisici della Suite Ansys Electronics, come Ansys Icepak per la progettazione termica e Ansys Mechanical per l’analisi strutturale, consentendo così un’analisi multifisica leader del settore.

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Insights

CASE STUDY

Lattice optimization with GENESIS and GSAM

New capability accelerates analysis time and enables determination of optimal lattice dimensions

With GENESIS or GSAM optimization tools, you can maximize additive manufacturing’s potential.

additive-manufacturing gtam-gsam ansys

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training courses

Scheduled courses ELECTRONICS / ELECTROMAGNETICS

The topics addressed in the Electronics courses are functional to the design of electromechanical and electronic components from the simulation of electromagnetic fields to the calculation of circuit and system performance parameters.

training electronics ansys

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Our competences in Ansys Q3D Extractor

CASE STUDY

New methodology to better understand fatigue life in complex components

First six months’ use demonstrates comprehensive usability for designers with open future development prospects

This technical article details the application of the methodology developed using ANSYS WorkBench

ansys mechanics maplesim

CASE STUDY

Optimally designing an artificial lung for extracorporeal life support

A CFD-based approach

The study described in this article was designed to obtain greater insight into the gas transfer mechanism at microscopic scale using computational fluid dynamics in order to accelerate design exploration to find the optimal solution.

biomechanics ansys

CASE STUDY

Immergas: Using CAE to improve energy efficiency, reduce emissions and costs, and shorten time-to-market

Interview with engineer Luca Cavalli, from the advanced engineering team at Immergas

In this interview, engineer Luca Cavalli, of Immergas’ advanced engineering team, discusses the technical and business benefits the company has realised since first introducing Computer-Aided Engineering (CAE) technologies into its R&D department in 1997.

ansys appliances cfd mechanics