Features description of IE3D Ver.12
时间：03-25
整理：3721RD
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(1) IE3D FastEM Design Kit for real-time full-wave EM design:
IE3D FastEM Design Kit allows you to parameterize both planar and 3D structures, perform high accuracy and efficiency IE3D simulations on the structure, and extract the FastEM signature from the simulation results. The FastEM signature allows you to perform real-time EM tuning, optimization.
(2) Multi-fold speed improvement and multi-CPU support for much improved efficiency:
The speed of IE3D engine is improved by a big factor even without multi-CPU support. With multi-CPUs, the IE3D 12 engine will be flying and you can finish your jobs much sooner in higher quality.
(3) Equation-based schematic-layout editor with Boolean operations for easy and flexible geometry editing and parameterization:
IE3Dlibrary is further improved. It allows you to create complicated layouts with parameterized objects in a schematic way. All dimensions of the objects are equation-based. Thanks to the implementation of Boolean objects and void objects, users can create structures beyond the coverage of the limited object types available in the library. Users can use Boolean objects to create any shape and use void objects to combine objects together for very sophisticated structures.
(4) Lumped element equivalent circuit automatic extraction and optimization for convenient circuit designs:
Lumped element equivalent circuits are needed for modern RFIC designs and signal integrity. IE3D 12 simulations yield the frequency dependent lumped element equivalent circuit models automatically. Users can visualize the parameters. Users can even optimize the circuit parameters to achieve desired goals.
(5) Improved integration into Microwave Office from Applied Wave Research:
The EM Socket for IE3D integrated into MWO is further improved to provide stable seamless IE3D integration into MWO.
IE3D FastEM Design Kit allows you to parameterize both planar and 3D structures, perform high accuracy and efficiency IE3D simulations on the structure, and extract the FastEM signature from the simulation results. The FastEM signature allows you to perform real-time EM tuning, optimization.
(2) Multi-fold speed improvement and multi-CPU support for much improved efficiency:
The speed of IE3D engine is improved by a big factor even without multi-CPU support. With multi-CPUs, the IE3D 12 engine will be flying and you can finish your jobs much sooner in higher quality.
(3) Equation-based schematic-layout editor with Boolean operations for easy and flexible geometry editing and parameterization:
IE3Dlibrary is further improved. It allows you to create complicated layouts with parameterized objects in a schematic way. All dimensions of the objects are equation-based. Thanks to the implementation of Boolean objects and void objects, users can create structures beyond the coverage of the limited object types available in the library. Users can use Boolean objects to create any shape and use void objects to combine objects together for very sophisticated structures.
(4) Lumped element equivalent circuit automatic extraction and optimization for convenient circuit designs:
Lumped element equivalent circuits are needed for modern RFIC designs and signal integrity. IE3D 12 simulations yield the frequency dependent lumped element equivalent circuit models automatically. Users can visualize the parameters. Users can even optimize the circuit parameters to achieve desired goals.
(5) Improved integration into Microwave Office from Applied Wave Research:
The EM Socket for IE3D integrated into MWO is further improved to provide stable seamless IE3D integration into MWO.