Electronics - Lecture 14: DC analysis of BJTs, the Early Voltage, strong vs. weak saturation
VU LTspice tutorial
Electronics - Lecture 25: Differential amplifiers, the design of a simple op amp
Electronics - Lecture 24: Current sources, sinks, and mirrors; cascaded amplifiers
Electronics - Lecture 23: Integrated circuit amplifiers, cascode amplifiers, current mirrors
Electronics - Lecture 22: BJT biasing techniques, CMOS digital circuits
Electronics - Lecture 21: MOSFET biasing techniques, current mirrors, practical BJT biasing
Electronics - Lecture 20: Common-base, -collector amplifiers, practical biasing techniques
Electronics - Lecture 19: BJT small-signal model, common-emitter amplifier
Electronics - Lecture 18: Common-source, -gate, and -drain amplifiers, dynamic output range
Electronics - Lecture 17: MOSFET body effect, basic amplifier topologies, common-source amplifier
Electronics - Lecture 15: DC analysis of BJTs, Thevenin's Theorem in BJT analysis
Electronics - Lecture 1: The p-n junction, ideal diodes, circuit analysis with diodes
Electronics - Lecture 13: BJT beta and alpha parameters, cutoff, saturation, DC analysis of BJTs
Electronics - Lecture 12: MOSFET design examples, BJTs, forward active operation of a BJT
Electronics - Lecture 11: MOSFET design examples, DC analysis of PFETs
Electronics - Lecture 10: NFET and PFET parameters, schematic symbols, DC analysis of MOSFETs
Electronics - Lecture 9: MOSFET operation, threshold voltage, transconductance
Electronics - Lecture 8: Peak detector, DC restorer, AM demodulation, "superdiodes", MOSFETs
Electronics - Lecture 7: Power supplies, full wave rectifiers, output voltage droop, diode limiters
Electronics - Lecture 6: Voltage regulators, Zener diodes, line and load regulation, power supplies
Electronics - Lecture 5: Diode small-signal model, small-signal AC analysis, voltage regulation
Electronics - Lecture 4: DC analysis of diode circuits, voltage references, small-signal analysis
Electronics - Lecture 3: Circuits with multiple diodes, the p-n junction (non-ideal) diode
Electronics - Lecture 2: Half-wave rectifiers, diode current steering circuits, diode logic circuits
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