High-resolution and fast imaging/sensing at THz requires highly directive steerable beams for scanning the object. A coherent array of coupled sources could ...

A Joint Space/Time Modulation Lens-Coupled 230-GHz Terahertz Source with 40°/43°2-D Beam Steering for Fast High-Resolution Imaging/Sensing Applications.

The phased-array implementation commonly used in millimeter-wave systems is the most suitable solution to this issue as it enables beam steering and boosts ...

23.2 A 436-to-467GHz Lens-Integrated Reconfigurable Radiating Source with Continuous 2D Steering and Multi-Beam Operations in 65nm CMOS. H Jalili, O Momeni.

Apr 25, 2024 · 23.2 A 436-to-467GHz Lens-Integrated Reconfigurable Radiating Source with Continuous 2D Steering and Multi-Beam Operations in 65nm CMOS.

Feb 17, 2021 · 23.2 A 436-to-467GHz Lens-Integrated Reconfigurable Radiating. Source with Continuous 2D Steering and Multi-Beam. Operations in 65nm CMOS.

23.2 A 436-to-467GHz Lens-Integrated Reconfigurable Radiating Source with Continuous 2D Steering and Multi-Beam Operations in 65nm CMOS ... 65nm CMOSSeyeon ...

Jun 19, 2024 · 23.2 A 436-to-467GHz Lens-Integrated Reconfigurable Radiating Source with Continuous 2D Steering and Multi-Beam Operations in 65nm CMOS.

23.2 A 436-to-467GHz Lens-Integrated Reconfigurable Radiating Source with Continuous 2D Steering and Multi-Beam Operations in 65nm CMOS · Hossein JaliliO ...

May 31, 2024 · Momeni, “23.2 A 436-to-467 GHz lens-integrated reconfigurable radiating source with continuous 2D steering and multi- beam operations in 65nm ...