From Remcom (USA)
Applications ranging from communications to RADAR and even medical devices depend on antenna arrays. Hand calculations successfully facilitate the construction of stand-alone arrays; however, what happens when the mounting platform becomes a part of the radiating system? XFdtd 3D EM Simulation Software ensures that the final design meets all requirements before physical prototyping or manufacturing can begin. This application note from the January 2013 issue of Microwave Journal demonstrates the process of adding an electrically steerable, conformal antenna array to the body of a high speed missile. By leveraging XF7's XStream GPU Acceleration, a complex 3D simulation including multiple array elements with curved surfaces that could take several hours was completed within a few minutes.
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Topics of Interest
Array modeling is a multistep process that often includes several revisions until the design goal is met. The Mobile Base Station Designer in XF7's XTend Script Library helps to speed up this design...
4.1 Introduction An important class of applications for arrays requires them to conform to some shaped surface, often the surface of an aircraft, missile, or some other mobile platform. The...
The bottlenecks for simulation tools used for antenna design are typically in two areas: project setup and simulation speed. By reducing the time spent in these two areas, RF engineers have more time...
Ultra-wideband communications technologies such as LTE and WiMax take advantage of advanced equipment configurations such as complex antenna geometries and phased-array emitters. Such systems become...
An array is a collection of antenna elements (e.g., dipoles, slot, loops, microstrips) that work together. In a phased array, the beam direction or radiation pattern is controlled primarily by the...