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Abstract #2657

A Modular, Scaleable, and Customizable Phased Array Structure Suitable for Ultra-High Channel Phased Arrays

Wolfgang Loew1, Christopher Ireland1, Matthew Lanier1, Brynne Williams1, Matthew Batie2, Yu Li1, Randy O Giaquinto1, Ron Pratt1, and Charles Dumoulin1

1Imaging Research Center, Cincinnati Children's Hospital Medical Center, Cincinnati, OH, United States, 2Clinical Engineering, Cincinnati Children's Hospital Medical Center, Cincinnati, OH, United States

A novel three-layer frame was developed to enable scalable phased-array coils. The geometry of the three-layer frame allows a single 12-element tile to dock with up to four identical tiles. When adjacent tiles are docked, the overlap of coils in adjacent tiles is identical to the coil overlap within a tile. Two phased-arrays setups using 12-element tiles and integrated balun coil technology were constructed. The first contained two separate tiles and the second had two interconnected tiles. The phased-array coils were evaluated with phantom imaging experiments and with multiple in-vivo experiments.

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