Abstract :
The following topics are dealt with: low distortion power amplifier technology; wide band planar filters; microwave applications; CAD and numerical techniques; low profile and small antennas; microwave filters; high power GaN HEMT; tunable and metamaterial filters and resonators; terahertz and microwave applications; mobile antennas; microwave medical and biological applications; planar antennas; microwave photonics; CMOS low noise amplifier; oscillators; transmission lines and waveguide; UWB antennas; high efficiency power amplifiers; frequency conversion techniques; power dividers; MIMO antennas; Si-based millimeter-wave ICs; miniaturized and multi-band directional couplers; wireless transceiver and receiver IC design; highly-integrated planar filter/resonator; electromagnetic wave theory; metamaterial antennas; active circuits; packaging techniques and functional devices; broadband and millimeter-wave circuit designs; antennas for wireless systems; CMOS frequency converters; high frequency low noise amplifier; artificial materials; propagation and interference; reflector and slot antennas; MIMO systems; CMOS power amplifiers; coupler/balun technologies; radar and imaging systems; millimeter wave antennas; innovative non-planar filter techniques; microwave control circuits; multi band filters; microwave and millimeter-wave measurement; sensing and measurements; MEMS and tunable devices; silicon millimeter-wave circuits and devices; multi mode filters; VNA measurements and ITS applications; and wideband antennas.
Keywords :
microwave antennas; microwave circuits; microwave technology; CAD; CMOS frequency converters; CMOS low noise amplifier; CMOS power amplifiers; ITS applications; MEMS; MIMO antennas; MIMO systems; Si-based millimeter-wave IC; UWB antennas; VNA measurements; active circuits; artificial materials; balun; broadband circuit design; electromagnetic wave theory; frequency conversion; functional devices; high efficiency power amplifiers; high frequency low noise amplifier; high power GaN HEMT; highly-integrated planar filter; highly-integrated planar resonator; imaging systems; innovative nonplanar filter techniques; interference; low distortion power amplifier technology; low profile antennas; metamaterial antennas; metamaterial filters; microwave applications; microwave biological applications; microwave control circuits; microwave filters; microwave medical applications; microwave photonics; microwave-wave measurement; millimeter wave antennas; millimeter-wave circuit design; millimeter-wave measurement; miniaturized directional couplers; mobile antennas; multiband directional couplers; multiband filters; multimode filters; oscillators; packaging; planar antennas; power dividers; propagation; radar; receiver IC design; reflector antennas; resonators; sensing; silicon millimeter-wave circuits; silicon millimeter-wave devices; slot antennas; small antennas; transmission lines; tunable devices; waveguide; wide band planar filters; wideband antennas; wireless systems; wireless transceiver;
Conference_Titel :
Microwave Conference Proceedings (APMC), 2010 Asia-Pacific
Conference_Location :
Yokohama
Print_ISBN :
978-1-4244-7590-2
Electronic_ISBN :
978-1-902339-22-2
