Lectures related to Low-voltage differential signaling

Covers the analysis of differential pairs with MOS loads and the impact of cascoding.

Current Mirrors: Differential Pair with Active Load

Explores a five-transistor OTA with a differential pair and active load, analyzing gain approximations and common-mode properties.

Low-power Analog IC Design: Basic Building Blocks

Covers basic building blocks in low-power analog IC design, emphasizing current mirrors and differential pairs.

Differential Pair: Operation and Linearity

Covers the differential operation of a pair and its linearity, including common-mode characteristics and responses.

Active Current Mirrors: Differential Pair and OTA

Explores active current mirrors, differential pairs, and OTAs for signal processing.

Differential Pair: Operation and Characteristics

Explains the differential operation of circuits and the immunity to common-mode noise.

Transmission Line Coupling Equations

Covers the derivation of field-to-transmission line coupling equations and the significance of differential mode and common mode currents on radiated emissions.

Surface Stress Detection: Paper 3

Covers surface stress detection in Paper 3, emphasizing specific binding and signal analysis.

Differential Pairs and Current Mirrors

Explores common-mode response in differential pairs and the concept of current mirrors.

CG: IC Design I

Covers BJT and MOS transistors, amplifiers, differential pairs, practical exercises, and cascode stages in IC design.

MOS Amplifiers: Common-Source Stage

Explores MOSFETs as current sources, common-source stage, differential signals, and MOS differential pairs.

Photonic Systems: APD Responsivity and Detection Techniques

Discusses APD responsivity, differential encoding, balanced detection, and coherent detection techniques in photonic systems.

Imperfections of Operational Amplifiers: Common Mode Rejection Rate

Explores the imperfections of operational amplifiers, emphasizing the common mode rejection rate and other key parameters.

Large Signal Analysis: Differential Pair

Covers the analysis of large signals in differential pairs and maximum output swing.

Noise in Electronic Devices

Explores thermal noise in MOS Transistors, input noise of bipolar transistors, and noise in amplifier stages, mirrors, differential pairs, and opamps.

Electrostatic Transduction: Capacitors and Transducers

Covers the physical phenomena of electrostatic transduction, including charge accumulation, capacitance, and electrostatic force, with practical examples of sensors and actuators.

Large Signal Analysis: Output Swing and Gain

Explores large signal analysis, output swing, gain, and small-signal models.

Amplifiers and MOSFET Circuits

Explores amplifiers, op-amp configurations, MOSFET circuits, frequency response, and differential pairs in electronic circuits.

Noise in Microelectronics

Explores the impact of noise in microelectronics on various circuit stages and devices.

Low-power Analog IC Design: Amplifiers

Covers the design of low-power analog integrated circuits, focusing on operational transconductance amplifiers (OTAs) and operational amplifiers (OPAMPs).