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MOTION FDTD STUDIO · APPLICATION SCENARIO

B2 · changing speed and altitude.

A B2 geometry whose speed and altitude both change with time, a receiver array, and the recorded electromagnetic response. Explore the original software views and exported results below.

01 · SCENE SETUP

Inside the application.

The B2 scenario in the Motion FDTD Studio modeling workspace.
B2 model and observation arrayThe B2 scenario in the Motion FDTD Studio modeling workspace.
02 · RECORDED FIELDS

Explore the field response.

The original application view, including its field-display settings and saved-state controls.
Recorded-field workspaceThe original application view, including its field-display settings and saved-state controls.

Recorded 3D field animation · original exported color scheme and frame timing.

The supplied xy, xz and yz field cuts, retaining the original Ez color scale and spatial axes.
Orthogonal field cutsThe supplied xy, xz and yz field cuts, retaining the original Ez color scale and spatial axes.
03 · MOTION SIGNATURES

Velocity and acceleration.

The supplied radial-equivalent velocity spectrogram, preserving its original axes and −10 to 0 dB display range.
Velocity spectrogramThe supplied radial-equivalent velocity spectrogram, preserving its original axes and −10 to 0 dB display range.
The supplied acceleration spectrogram, preserving its original axes and −14 to 0 dB display range.
Acceleration spectrogramThe supplied acceleration spectrogram, preserving its original axes and −14 to 0 dB display range.
04 · RECEIVER SIGNAL

The complex received signal.

The selected receiver’s display-normalized in-phase and quadrature signals over motion time.
I and Q over timeThe selected receiver’s display-normalized in-phase and quadrature signals over motion time.
The supplied complex-signal trajectory, with its original I and Q axes.
I/Q phase portraitThe supplied complex-signal trajectory, with its original I and Q axes.

Images retain the supplied plots, axes and color scales. The video is a web-playback copy of the exported animation. These are recorded simulation results; this page does not run a solver.

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