This talk presents a computationally efficient multi-physical modeling framework suitable for integrated-circuit transmitters, enabling joint analysis of power-amplifier behavior, antenna interactions...
mm-Wave and sub-mm-wave radiometers are well suited to compact orbital platforms such as CubeSats. There are however numerous challenges to the high levels of integration sometimes required. This pres...
Gap waveguide technology has emerged as a promising solution for high-frequency systems, enabling low-loss transmission and integration flexibility without the need for electrical contact between meta...
76–81 GHz FMCW automotive radar transceiver is presented, implemented in 22 nm CMOS-FDX. Its key features are four TX channels with 7-bit phase rotator delivering controllable output power up to +15 d...
Wake-up radio technology has emerged as a promising solution to reduce energy consumption in wireless sensor networks by enabling nodes to remain in ultra low-power sleep mode until activated by exter...
This paper presents a W-band frequency-modulated continuous wave (FMCW) radar transceiver designed for centimeter-level imaging applications. The transceiver features a self-calibrated Type-III all-di...