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Sep 12, 2008 · This article covers the basic principles of true-time-delay (TTD)-based space-time array processors and ultra-wideband beamformers.
This article covers the basic principles of true-time-delay (TTD)-based space-time array processors and ultra-wideband beamformers. General considerations ...
This article covers the basic principles of true-time-delay (TTD)-based space-time array processors and ultra-wideband beamformers.
This article covers the basic principles of true-time-delay (TTD)-based space-time array processors and ultra-wideband beamformers.
Integrated True-Time-Delay-Based Ultra-Wideband Array Processing. Authors. Hashemi, Hossein; Chu, Ta-Shun; Roderick, Jonathan. Publication. IEEE Communications ...
An ultra-wideband pico-second true-time-delay circuit with differential ... Wideband inductorless true time delay cell based on CMOS inverter for timed array ...
Integrated true-time-delay-based ultra-wideband array processing · H. HashemiTa-Shun ChuJ. Roderick. Engineering, Physics. IEEE Communications Magazine. 2008.
Oct 25, 2016 · Loui, Hung, and Brock, Billy C. Method of achieving ultra-wideband true-time-delay beam steering for active electronically scanned arrays.
TL;DR: A fully integrated CMOS ultra-wideband 4-channel timed array receiver for high-resolution imaging application and a path-sharing true time delay ...
This article covers the basic principles of true-time-delay (TTD)-based space-time array processors and ultra-wideband beamformers. General considerations ...