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A critical dominant trend in the evolution of the electronics industry is the incredible growth in the sheer number of devices that are being deployed annually across a wide range of applications. Many of these devices are being leveraged to provide interfaces between the analog world and the digital infrastructure that supports the Internet of Everything, providing environmental sensing data to drive...
The advent of the nanoscale integrated circuit (IC) technology makes high performance analog and RF circuits increasingly susceptible to large-scale process variations. On-chip self-healing has been proposed as a promising remedy to address the variability issue. The key idea of on-chip self-healing is to adaptively adjust a set of on-chip tuning knobs (e.g., bias voltage) in order to satisfy all...
The gain/linearity trade-off is exploited to achieve the best linearity performance of a mm-Wave down-conversion system. The achieved linearity (IIP3) for the whole down-conversion chain is better than 11.06dBm for 5.8dB gain at 60GHz. Gain can be adjusted from −15dB to 11dB in 1dB steps depending on the signal level. By adjusting phase matching at RF input and the common-mode impedance of the mixer...
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