The performance of silicon amplifiers in D-band is limited by the low gain of transistors
operated close to f_\max. Cascode stages, yielding higher gain than a single device, are …

In this paper, we present a miniaturized chip-based Overhauser dynamic nuclear
polarization (ODNP) platform for enhancing detection sensitivity and, thereby, improving the …

Silicon amplifiers in D-Band are required to operate at high gain-bandwidth products and
close to the cutoff frequency f_\max. Multi-stage amplifiers commonly employ stagger-tuning …

Active phased arrays are key enablers for high-capacity wireless links and imaging sensors
at millimeter wave, but require advanced front-end circuits. On the receiver side, the front …

The excellent performance of quantum magnetometers based on nitrogen-vacancy (NV)
centers in diamond, including their high sensitivity, their wide dynamic range, and the …

The ever-increasing demand for faster data transfer-rate and higher device density in mobile
applications is posing severe requirements to the network infrastructure for 5G and beyond …

This paper presents compact D-band amplifiers in 55 nm SiGe BiCMOS technology. Device
models and design tools are first validated with measurements on elementary components …

The never ending demand for wider bandwidth, coupled with the evolution of technology,
drives the progress of silicon ICs beyond 100GHz. The wide available spectrum in D-band …