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- W2021104689 abstract "The development of compact sensor and agile communications equipment together with electronically steerable antenna arrays for high mobility, on-the-move networking can be enhanced by use of nanoscale active thin film resonators, high stability frequency sources, integrated on-chip filters and complementary radiating structures supported by agile frequency selective surfaces. For mobile uses such as cell phones and highly mobile tactical communications, size and cost are severe additional constraints. Such systems also require miniaturized, high-Q passive components and interconnects which allow for high performance, including low noise, reduced coupling and reduced out-of-band interference, small volume and high-density. Active thin films can also be used to implement high quality resonators and tunable filters for use in high-density chip-based RFICs. Advanced filter technology using active thin films will enable a high level of integration. Such components would enable a system-on-a-chip architecture. Use of metamaterial frequency selective surfaces formed by fractal-space-filling-curve inclusions, together with non-linear thin-film elements or photonically-activated thin-film elements at a certain point(s) of each inclusion can be used to realize surface characteristics that can be potentially changed by an external field or an external optical signal. Finally, dense networks of carbon nanotube resonators offer the possibility of realizing CMOS-compatible reconfigurable systems and architectures. Keywords: Sensorsagile communicationsantennasactive thin films Acknowledgments The authors would like to acknowledge the generous support for a portion of this work by the U.S. Army Research Laboratory under Contract DAAD-19-01-2-0008, internal CERDEC R&D and DARPA investment." @default.
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- W2021104689 date "2006-10-01" @default.
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- W2021104689 title "Nanotechnology and Active Thin Films for Compact RF Components and Agile Systems" @default.
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