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Modern time projection chambers are increasingly based on micro pattern gasdetector readout systems. In this paper a self-supporting method used to mountGas Electron Multiplier foils is presented. It is based on light weight ceramicgrids, and promises to cover large readout areas with minimum dead zones andmaterial, while ensuring a flat and mechanically stable mounting. The structurehas been tested in a Time Projection Chamber prototype, using cosmic muontracks. The impact of the mounting structure on the charge measurement, thetrack reconstruction and the single point resolution is quantified.

A Novel Self-supporting GEM-based Amplification Structure for a Time Projection Chamber at the ILC