| UWB Head |
XFdtd® Bio-Pro now performs Ultra-Wide-Bandwidth (UWB) calculations of
the interactions of transient electromagnetic fields with human bodies.
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| Pacemaker Simulation |
 Illustrating the usefulness of XFdtd® and the FDTD method in the design of implantable devices.
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| Spherical Bowl and Dipole Geometry |
 Spherical Bowl and Dipole Geometry from experiments performed by
Ericsson simulating the effects of a cellular telephone on the brain. A
full copy of the research paper is also available.
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| Cow Body Mesh with Radiating Implant Geometry |
Simulating a sensor swallowed by a cow to aid in the study of effects of different types of feed on the cow's digestion.
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| Patch Antenna in Body |
In this example XFdtd® is used to compute
the input impedance, radiation gain pattern, and SAR of a
patch antenna embedded inside a human body.
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| UniPhantom |
This example illustrates the ability of XFdtd®
6 to import CAD files, manipulate them, apply sources and
make SAR calculations.
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| Flat Phantom |
 Validation of Specific Absorption Rate (SAR) Calculation in XFdtd® 6.0.
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| Cellular Telephone SAR Calculation |
 This example demonstrates how XFdtd® can be used as the total solution
for evaluating the performance and field effects of a radiating device.
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| SAM Head |
 Specific Anthropomorphic Mannequin (SAM) geometry is placed in
different orientations relative to the coordinate system to perform SAR
calculations.
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| Hip-Worn Cellular Telephone on Moving Man |
 An evaluation of the changes caused by movement of the body in the
radiation pattern of a simplified cellular telephone worn on the hip of
a man is performed.
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| Keyless Entry |
 Effects of arm position on keyless remote.
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