XFdtd | tagged Antenna Design 
A 10-turn helical antenna is simulated in XFDTD to demonstrate the far-field circular polarization plotting capabilities of the software.
XFdtd | tagged Antenna Design 
A circularly polarized microstrip antenna is simulated in XFDTD and return loss results are compared to measurements.
XFdtd | tagged Antenna Design 
This example shows the ability of XFDTD to import complicated CAD files, mesh them, and produce accurate results.
XGtd | tagged Antenna Design 
A comparison of XGtd®and FDTD calculated antenna gain for a half-wave dipole inside a corner reflector.
XF7, XFdtd | tagged Antenna Design 
Accurate results are easily obtained after generating the antenna using the XFdtd® 7.0 sketching tools.
XFdtd | tagged Antenna Design, Guided Wave Devices 
An optimum gain pyramidal horn antenna (see Antenna Theory and Design by W. Stutzman and G. Thiele, John Wiley & Sons, New York, 1981, pgs 413-415) was simulated using XFDTD.
XFdtd | tagged Antenna Design, Guided Wave Devices 
The same horn antenna geometry shown in other XFDTD examples on our web site is used here to demonstrate the ability of the MPI version of XFDTD.
XGtd | tagged Antenna Design 
This example considers the far zone antenna gain patterns from a 0.125 m monopole antenna situated on top of a metal box.
XF7, XFdtd | tagged Antenna Design 
Modern vehicles are equipped with numerous antennas for
various applications. Determining the optimal location for a new antenna is not always a straightforward endeavor. XF is used to determine a location that maximizes electric field strength in front of the vehicle.
XFdtd | tagged Antenna Design, Bio/EM Effects 
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.
XFdtd | tagged Antenna Design 
The XFDTD "thin wire" material is useful for simulating wire elements which have diameters much less than the cell size.
XFdtd | tagged Antenna Design 
The ability of XFDTD to generate arrays is used in this example of a three patch antenna array.
XFdtd | tagged Antenna Design 
See the results of a balanced antipodal Vivaldi antenna drawn in AutoCAD and run in XFDTD.
Case Study: Using XFdtd® to Position Antennas on an Aircraft.