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The Applications Examples library contains nearly 100 demonstrations of how Remcom engineers solved problems in categories ranging from antenna design and placement, biomedical, wireless communications, microwave circuits, radiowave propagation, and more. Please explore the library, which can be sorted by application type or product.
XF7, XFdtd | tagged Antenna Design, Optimization 
An E-shaped patch antenna is optimized using Particle Swarm.
XF7, XFdtd | tagged Antenna Design, Optimization 
A rectangular patch antenna is optimized using Particle Swarm.
XF7 | tagged Antenna Design, Optimization 
An Inverted-F Antenna is optimized using Particle Swarm.
XF7, XFdtd | tagged Antenna Design 
XTend is used to design and construct a mobile base station with an electrically steerable array using antenna synthesis techniques.
XF7, XFdtd | tagged Antenna Design 
A broadband circularly polarized antenna is analyzed in XF7.
XF7, XFdtd | tagged Antenna Design 
A previously investigated WiFi antenna design is placed in the realistic operating environment of a netbook computer and tuned for optimal performance.
XF7, XFdtd | tagged Antenna Design, Bio/EM Effects 
The exposure to a driver in a car from a car-mounted VHF radio is examined. Specifically, the SAR and electric field strength in the human are observed.
RLD, XF7, XFdtd | tagged Antenna Design, Lens Design 
XFdtd Release 7 is used to analyze a Rotman Lens.
XF7, XFdtd | tagged Antenna Design 
An EBG reflector is used to improve the performance of a spiral antenna.
XF7, XFdtd | tagged Antenna Design 
A 10-turn helical antenna is simulated in XF7 to demonstrate how a circularly polarized antenna is analyzed.
XF7, XFdtd | tagged Antenna Design, Guided Wave Devices 
An optimum gain pyramidal horn antenna designed for X-band operation was simulated using XF7.
XF7, XFdtd | tagged Antenna Design, Bio/EM Effects, Implantable Devices 
In this example XF is used to compute the input impedance, radiation gain pattern, and SAR of a patch antenna embedded inside a human body.
XF7, XFdtd | tagged Antenna Design, Lens Design 
A variation of a Luneburg lens, formed by two concentric dielectric spheres, is simulated at 15 GHz with XF7.
XF7, XFdtd | tagged Antenna Design 
A circularly polarized microstrip antenna is designed and simulated in XFdtd with a comparison between simulated and measured return loss values.
XF7, XFdtd | tagged Antenna Design 
Accurate results are easily obtained after generating the antenna using the XFdtd® 7.0 sketching tools.
XF7, XFdtd | tagged Antenna Design 
The ability of XFdtd to generate arrays is used in this example of a three patch antenna array.
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.
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.
XGtd | tagged Antenna Design 
A comparison of XGtd®and FDTD calculated antenna gain for a half-wave dipole inside a corner reflector.
XFdtd | tagged Antenna Design 
The XFDTD "thin wire" material is useful for simulating wire elements which have diameters much less than the cell size.