millimetre wave antennas, SiGe, semiconductor materials, Ge-Si alloys, MIMIC, Si, circuit tuning, millimetre wave oscillators, synchronisation, monolithic integration, MMIC oscillators, active antennas, active antenna, 25.5 GHz, 76.5 GHz, coplanar SiGe MMIC, frequency tuning range, HBT oscillator, high resistivity Si substrate, IMPATT oscillators, millimeter-wave transit time devices, module, modules, resonant structure, SHF power generation, subharmonic synchronisation oscillator, synchronisation network     «

millimetre wave antennas, SiGe, semiconductor materials, Ge-Si alloys, MIMIC, Si, circuit tuning, millimetre wave oscillators, synchronisation, monolithic integration, MMIC oscillators, active antennas, active antenna, 25.5 GHz, 76.5 GHz, coplanar SiGe MMIC, frequency tuning range, HBT oscillator, high resistivity Si substrate, IMPATT oscillators, millimeter-wave transit time devices, module, modules, resonant structure, SHF power generation, subharmonic synchronisation oscillator, synchronisati...     »