Abstract :
The following topics are dealt with: new and emerging technologies; EM field theory; analog linearization techniques; multiplexers, filters and defected ground plane structures; antenna measurements and calibration; tunable RF circuits; ferroelectric materials; tunable and reconfigurable MEMS; interconnects; numerical techniques; digital linearization; material parameters characterisation; electromagnetic compatibility and antenna measurements; network analyser based measurements; planar integrated antennas; tunable passive components; medical and biological effects; multiband filters and network synthesis; microwave and millimetre-wave measurements; antenna design and modeling; LTCC and miniature filters; couplers and baluns for integrated circuits; novel antenna concepts; METAMORPHOSE Projects; couplers and dividers; microwave photonics; industrial and security systems; multidimensional metamaterial structures; hybrid microwave mixers and passive circuits; CMOS and tunable filters; wireless sensor and RFID; hybrid microwave amplifiers and oscillators; wave propagation effects; wideband filtering; communication technology and systems; wireless communication antennas; high efficiency power amplifiers; high-frequency CMOS; packaging and multi-chip modules; modeling and CAD techniques for nonlinear circuits and systems; MEMS switches; linear CAD; surveillance and automotive radar; radar technology and systems; broadband radar technology; phased array antennas and beamforming.
Keywords :
CMOS integrated circuits; antenna phased arrays; antenna radiation patterns; antennas; baluns; biological effects of radiation; crystal filters; electromagnetic compatibility; electromagnetic field theory; electronic design automation; ferroelectric materials; linearisation techniques; metamaterials; micromechanical devices; microwave amplifiers; microwave measurement; microwave oscillators; microwave photonics; network analysers; power amplifiers; road vehicle radar; search radar; waveguide couplers; CMOS filters; EM field theory; LTCC filters; MEMS switches; METAMORPHOSE Projects; RFID; analog linearization techniques; analyser based; antenna beamforming; antenna calibration; antenna concepts; antenna design; antenna measurements; antenna modeling; automotive radar; baluns; biological effects; broadband radar technology; communication technology; communications systems; couplers; defected ground plane; digital linearization; dividers; electromagnetic compatibility; emerging technologies; ferroelectric materials; high efficiency power amplifiers; high-frequency CMOS; hybrid microwave amplifiers; hybrid microwave mixers; hybrid microwave oscillators; industrial systems; integrated circuits; interconnects; linear CAD; material parameters characterisation; medical effects; metamaterial; microwave measurements; microwave photonics; millimetre-wave measurements; miniature filters; multi-chip modules; multiband filters; multidimensional metamaterial structures; network synthesis; nonlinear circuits CAD; numerical techniques; packaging; passive circuits; phased array antennas; planar integrated antennas; reconfigurable MEMS; security systems; surveillance radar; tunable MEMS; tunable RF circuits; tunable filters; tunable passive components; wave propagation effects; wideband filtering; wireless communication antennas; wireless sensor;
Conference_Titel :
Microwave Conference, 2007. European
Conference_Location :
Munich
Print_ISBN :
978-2-87487-001-9
DOI :
10.1109/EUMC.2007.4405083
