An 8-bit 100-GS/s digital-to-analog converter (DAC) using a distributed output topology in 28-
nm low-power CMOS for optical communications is presented. The DAC can convert 1-k …

The miniaturized and low-cost reconfigurable transceivers show promising prospects in
brain-machine interfaces, implantable devices, and wearable devices. As basic elements of …

A systematic model-parameter-extraction technique is presented for accurately modeling on-
chip spiral inductors in radio frequency integrated circuits (RFICs). The model is a pi-circuit …

The performance of additively manufactured microwave passive elements and interconnects
continues to improve as better materials, and process techniques are developed. In this …

A new wideband predictive ldquodouble-pirdquo equivalent-circuit model for on-chip spiral
inductors is presented, in which the model parameters are analytically calculated with layout …

This paper presents a physically based model for estimating the substrate losses due to
electric field penetration for planar spiral inductors on silicon not using patterned ground …

This paper presents an efficient technique to generate a scalable double-pi circuit model for
spiral inductors. The double-pi equivalent circuit is widely used to build an inductor library …

In this brief, closed-form analytical expressions are obtained to accurately calculate the
oxide and substrate (both lateral/vertical) capacitances of the π-equivalent circuit model for …

This paper presents micromachined on-chip RF passive bandpass filters at 1-8 GHz based
on utilizing a three-pole LC low-pass filter and two dc-blocking capacitors, which is …

This paper presents a new, almost fully analytical methodology for component value
extraction of a double-π equivalent circuit model for three-port on-chip inductors from a …