Schlagwörter

• EEE standards, MESFET integrated circuits, MMIC phase shifters, adaptiveantenna arrays, field effect MMIC, lumped parameter networks, phasecontrol, receiving antennas, strip line couplers, telecommunicationstandards0.6 micron, 1-dB input compression points, 3 dB, 5.2 GHz, 9 dB, C-band ultracompact reflective-type MMIC phase shifter, DRLterminations, GaAs, GaAs MESFET process, HIPERLAN wireless networkstandards, IEEE 802.11a standards, adaptive antenna combining, branch-linecoupler, capacitance control, loss, low-cost smart antenna receivers, lumped elements, maximum phase-control range, maximum signal losses, phase control, reflective terminations, single capacitive terminations, single resonated terminations, smart antenna combining, total chiparea, transformation network, two resonated loads in parallel, varactor