… a compact energy-efficient fully integrated mm-wave power mixer … segmented power mixers
[21] are power combined using an on-chip, high-efficiency, dual-primary DAT-based power …

… This paper presents a high-power, fully integrated mmwave transmitter implemented in 32nm
… The segmented power generation approach leads to significant DC power savings as well …

… A single-ended mm-Wave local oscillator (LO) signal is first converted to a differential one …
differential segmented power mixers. Base-band signals are also applied to the power mixers, …

… In addition, the ability to operate at mm-wave (mmW) is gaining importance. DPAs and
RFDACs combine the functionality of a DAC+mixer and power combiner, as shown in Fig. 1. They …

… This can be accomplished with a fully segmented power-DAC architecture where only the
DAC … 9.15 A 60-GHz digital power mixer uses baseband I/Q DACs to directly modulate the LO …

… Much of our knowledge on RF/mm-wave/THz power generation using silicon platforms
comes from our close interactions with our colleagues and friends in the field. Although many of …

… power gain and quality factor of on-chip passives in silicon make efficient and high-power
on-chip signal generation at mm-wave … segmented power-mixer based multi-Gbps mm-Wave …

… The potential for higher resolutions using further downscaled CMOS or using segmented …
drain efficiency versus the average output power when the mixer input voltage (phase signal …

… For an accurate simulation, segmentation of the transistor is done in … mixer and digitized by
a 20 GHz 80 GS/s oscilloscope. The RF power is measured by a power meter before the mixer…

… Higher output power typically requires higher impedance transformation ratio that tradeoffs
… of mm-wave frequencies in an efficient manner can enable a universal frontend for mm-wave …