WIPL-D Pro

Acquire an assistant you can rely on.

This state-of-the-art 3D EM solver offers you accurate and efficient simulation, an irreplaceable part of the development process of any electromagnetic design. The main features of this tool are:

Gain insight into the possibilities of WIPL-D Pro by downloading the free demo version now.

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See the main new features of WIPL-D Pro.

WIPL-D Pro CAD

The assistant that speaks many languages.

WIPL-D Pro CAD is a package that consists of WIPL-D Pro 3D EM Solver and the module for conversion of models from external file formats into simulation-ready WIPL-D projects. The added functionality enhances the interoperability of our cutting-edge EM solver, offering its fast and accurate simulation technology without the cost of re-drawing existing CAD models.

The most important added features are:

• Translation from the most popular CAD formats,

• Fault correction and material properties assignment,

• Automatic all-quad meshing.

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WIPL-D Microwave

Your team's newest all-round player.

WIPL-D Microwave is an accurate simulation tool for microwave circuits, components and antennas. It includes:

• Circuit solver with schematic capture,

• seamless integration with 3D EM solver for arbitrarily shaped structures,

• Library of closed-form and 3D EM components,

• Optimizer,

• Links to Filter Designer and Array Designer add-on tools.

Simulation results comprise circuit parameters (Y,Z,S) and voltages, currents and power at specified points in the circuit. The special feature is co-simulation of circuits and belonging EM components, offering mixed circuit/EM optimization and combined radiation pattern of all radiating components within a circuit.

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WIPL-D Optimizer

Delegate more hard work to your assistants.

This new product enables you to optimize the parameters of your WIPL-D models in order to obtain the best solution that meets your design specification. The selection of methods of optimization covers all major methods proven to work efficiently in practice:

The unique feature is the possibility to apply two different optimization methods to the same project. First method is used for coarse optimization, while the second is used for fine tuning. Such hybrid methods can be successfully applied for multi-minima optimization...

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AW Modeler

Place a new set of tools on your drawing board.

The new product from WIPL-D is intended to ease the creation of planar structures for the analysis in WIPL-D.

• Planar models are easily created using grids and polygons

• Conversion (automatic meshing) of polygonal model into a WIPL-D model

• Import of DXF files and their conversion to WIPL-D models

It is irreplaceable when complex planar structures are to be modeled and meshed, bringing you the substantial reduction of time needed for geometrical modeling. 

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Time Domain Solver

Get the best of both worlds.

• Seamlessly integrated with WIPL-D software package, this tool offers:

• Calculation of time-domain response of 3D structures using frequency analysis and the Fourier transform,

• Variety of predefined excitations are offered: Gaussian pulse, Gaussian monocycle, rectangular and exponential pulses, sinusoidal wave. Also, the tool enables user-defined excitation waveforms,

• Wizard and expert modes of the user-interface allow quick learning for beginners and quick usage for experts.

• Visualization of output results is done within the WIPL-D environment.

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Filter Designer

Jump start your next filter design.

• Automated filter design tool offers Butterworth and Chebyshev approximations,

• Fast tuning of several filter realizations,

• Microstrip implementation on a single click, as well as direct export to WIPL-D Microwave for further optimization. 

It is an indispensable assistant for RF/microwave engineers and practitioners. 

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Array Designer

Jump start your next antenna array design.

• Automated radiation pattern synthesis for 1D antenna arrays, with interactive array tuning,

• Array factor types: uniform amplitude, windowed, Chebyshev, Taylor, Schelkunoff, Fourier, Woodward-Lawson,

• Direct export to WIPL-D Microwave for further optimization of the EM model. 

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