This paper presents a millimeter-wave fully differential transformer-based passive reflection-
type phase shifter (RTPS) capable of performing full span 360° continuous phase shift from …

Self-healing as a technique for improving performance and yield of millimeter-wave power
amplifiers (PAs) against process variation and transistor mismatch, load impedance …

A generally applicable calibration technique for digitally reconfigurable self-healing radio
frequency integrated circuits based on a hybrid of the Nelder-Mead and Hooke-Jeeves …

A 4-state, highly linear, reconfigurable mixer is presented in this paper. The proposed mixer
is an essential part of the environment-aware receiver, introduced in this article. A set of …

A novel broadband current-mode noise source implemented in 32 nm SOI CMOS and
appropriate for the in-situ testing of wide-band millimeter-wave low noise amplifiers is …

Integrated mm-Wave system-on-a-chip (SoC) in silicon CMOS has become increasingly
popular due to a variety of high potential applications of mm-Wave systems, such as radars …

The design of radio frequency integrated circuits (RFICs) presents many challenges. To
meet design performance goals, designers are often forced to choose between over …

The device output voltage and current waveforms are essential for optimizing the device-
level PA performance, eg, output power, efficiency, or linearity. A harmonicallytuned PA with …

The development of CMOS manufacturing technologies facilitates both the continuous
scaling of device feature size and an increasing number of semiconductor companies …

In this chapter, we discuss recent calibration methodology developments for self-healing
circuits and systems. Self-healing circuits and systems provide a means for performance and …