Back to IMS Schedule
Tue 9 Jun | 15:40 - 17:20
254AB
This session highlights recent advances in mm Wave front end building blocks spanning LNAs, PAs, robust T/R interfaces, and broadband LO generator. Building on the growing demands of broadband links and emerging applications such as satellite communications, the papers in this session emphasize robustness and reconfigurability alongside state-of-the-art performance. Topics include a blocker tolerant K-band LNA with strong Ka band TX rejection and a 12–28 GHz LNA used to demonstrate an automated schematic–layout co-optimization platform that tightens the loop between design specs and physical implementation. On the transmit side, a comparison of two SiGe complementary mm Wave PAs, as well as a frequency reconfigurable dual band T/R front end designed to maintain operation under severe load mismatch will be presented. A LO generator with oscillator-embedded artificial line is demonstrated for wideband next-generation radio.
15:40 - 16:00
Tu4B-1 Design and Comparison of Two SiGe Complementary Millimeter-Wave Power Amplifiers
16:00 - 16:20
Tu4B-2 A Millimeter-Wave Frequency Reconfigurable Dual-Band T/R Front-End for 2.5:1 VSWR-Resilient in TX Operations
16:20 - 16:40
Tu4B-3 A 47-to-100GHz Oscillator-embedded Artificial Transmission Line
based LO Generator Achieving Averaged FoMt of -193.7 dBc/Hz
based LO Generator Achieving Averaged FoMt of -193.7 dBc/Hz
16:40 - 17:00
Tu4B-4 A Blocker-Tolerant K-Band LNA with 52-dB Ka-Band TX Rejection for Satellite Communications
17:00 - 17:20
Tu4B-5 A General-Purpose Schematic-Layout Co-Optimization Platform for RFIC Design Demonstrated with a 1.7-dB-NF 12-28GHz LNA