Radar Systems
Portable 24-GHz 3D MIMO Radar
Introduction A K-band MIMO FMCW radar is designed. By combining the concept of MIMO and non-uniformly spaced array, higher angular resolution and three-dimensional beam scanning capabilities can be achieved with a relatively smaller number of Tx and Rx channels in the designed K-band MIMO FMCW radar. The issue of grating Read more…
Radar Systems
K-Band 2D RF Beamforming FMCW Radar
Introduction In this project, a K-band portable FMCW radar with beamforming array was built. This is the first PCB realization of short-range localization radar with beamforming capability with a range of ±45° in K-band. The phase control for the radar system was realized simply by microwave structure and PIN diodes. Read more…
Radar Systems
K-Band Portable Multi-Mode Radar
Introduction In this project, a K-band portable multi-mode radar is designed and built. This radar system can be configured either in the FMCW or interferometry mode by means of an on-board microcontroller. This design features low-cost and portable. Experiments were carried out to reveal the capabilities of the radar system Read more…
Radar Systems
C-Band Portable Multi-Mode Radar
Introduction In this project, a portable FMCW-interferometry radar is designed and built, whose operation frequency is at the 5.8-GHz. This radar system can be configured either in the FMCW or interferometry mode by means of an on-board micro-controller. This design features low-cost and portable. Experiments were carried out to reveal Read more…
Radar Systems
24-GHz Radar-on-Chip
Introduction This project aimed at the realization of a single 24-GHz radar transceiver chip with Global Foundry 0.13 µm CMOS process. Using a CMOS process instead of a GaAs process in K-band can lower the cost, which is one of the very important factors for radar applications in consumer electronics and Read more…