Feedback Circuit Analysis and Design (Overview)

New Structures and Architectures for Communication Systems

Time and Transfer Constants in Circuits (High Frequency Circuit Analysis)

The Flexible Future of RF (Keynote at RFIC 2020) by Prof. Ali Hajimiri

Ferrofluid and Magnet Fun

040. Transformers: Behavior and Circuit Models

037. Sub-sampling

188N. Intro. to RF power amplifiers

187N. Intro. to phase-locked loops (PLL) noise

186N. Oscillator design, noise shifting oscillator example

185N. Phase noise in oscillators (introduction)

184N. Oscillator general topology, large signal Gm, amplitude and frequency calculation

183N. Basic analog-to-digital converter architectures

182N. Basic digital-to-analog converter architectures

181N. Intro to data converters metrics, basic DAC

180N. Latch dynamics, latched comparator

179N. Intro to comparators and offset cancellation

189N. Brief course summary

178N. Noise behavior of basic stages, input-referred noise vs. frequency, Friis formula

177N. Input-referred noise, 2-port noise model, common-emitter

176N. Intro. to amplifier noise, output noise, and input-referred noise

175N. Noise models for pn-junction diode, bipolar transistor, and MOS transistor

174N. Shot noise, burst noise, flicker(1/f) noise, avalanche noise

173N. Thermal white noise physics, properties, and spectrum, KT/C noise, total available noise power

172N. Overview of random variable, PSD, auto- and cross-correlation

171N. Circuit compensation techniques, one- and two-stage op-amp, Miller compensation

170N. Feedback amplifier compensation, general view for 1st, 2nd, and 3rd order system

169N. Phase margin and gain margin

168N. Nonlinear stability criteria: Circle criterion, off-axis circle criterion

167N. Stability criteria: Routh-Hurwitz, Nyquist derivation