CMOS Analog VLSI Design
This course deals with the basic theory of analog circuits, design principles and techniques for analog ICs blocks implemented in CMOS Technology.
Integrated Circuits, MOSFETs, OP-Amps and Their Applications
This course is a design-oriented course aimed at understanding fabrication, parameters, and specifications of integrated circuits, MOSFETs, Op-Amps as well as their applications in the Analog domain.
Analog Circuits
Explore analog circuits, from op-amps and filters to oscillators and BJTs. Learn about frequency response, stability, and non-linear applications in this comprehensive course.
Analog Circuits
Comprehensive exploration of analog circuit fundamentals, covering BJT and MOS models, amplifiers, frequency response, differential amplifiers, feedback theory, OPAMP circuits, active filters, oscillators, and DAC/ADC.
Introduction to Electronic Circuits
Explore electronic circuits, from basic components to advanced concepts like amplifiers and digital systems. Gain practical skills in circuit analysis and design.
Introduction to EECS I
Integrated introduction to electrical engineering and computer science, covering software engineering, linear systems, electronic circuits, and decision-making through lectures and recitations.
Special - Select Topics in Classical Mechanics
Explore advanced topics in classical mechanics, from equations of motion to chaotic systems. Gain deep insights into oscillators, relativity, fluid dynamics, and electrodynamics.
Special Topics in Classical Mechanics
Comprehensive exploration of advanced classical mechanics topics, including equations of motion, oscillations, relativity, electrodynamics, and chaotic systems.
Analog Electronic Circuits
Comprehensive exploration of analog electronic circuits, covering amplifiers, oscillators, feedback systems, and power amplifiers. Includes problem-solving sessions and in-depth analysis of various circuit configurations.
Fluctuations in Complex Network-coupled Oscillators
Explore the dynamics of network-coupled oscillators, examining fluctuations and their impact on complex systems behavior and stability.
Electronic Circuits
Comprehensive exploration of electronic circuits, covering fundamental concepts, components, and advanced topics for a deep understanding of electrical engineering principles.
Synth Tricks
48 videos on synthesis and producing synth sounds and tracks.
Statistical Inference for Elementary Oscillator-Based True Random Number Generators
Poznaj metody statystycznego wnioskowania dla generatorów liczb losowych opartych na oscylatorach elementarnych.
What Decoupling Capacitor Value to Use and Where to Place Them - Eric Bogatin
Expert insights on decoupling capacitor selection and placement, featuring practical examples and in-depth explanations to optimize circuit performance and signal integrity in PCB design.
Astable 555 Timer - 8-Bit Computer Clock - Part 1
Learn to build an astable 555 timer oscillator for an 8-bit computer clock, exploring circuit diagrams, duty cycles, and component calculations with hands-on demonstrations and practical tips.
Science of Modern Electronics - Electric Circuits, Currents, & More
Explore the fundamentals of modern electronics, from AC/DC power to transformers, diodes, and capacitors. Gain insights into how everyday electronic devices function through clear explanations of core principles.
How a Transistor Works - NPN Bipolar Junction Transistor Explained
Explore the inner workings of NPN bipolar junction transistors, understanding their function and operation in electronic circuits.
Hardware Build: CRC Calculation
Hands-on tutorial demonstrating how to build hardware for computing and verifying cyclic redundancy checks (CRCs), simplifying complex mathematical concepts through practical implementation.
Master-Slave JK Flip-Flop: Design, Build, and Test - Digital Logic Circuits
Explore the master-slave JK flip-flop: its design, functionality, and construction. Learn how this solution addresses the "racing" problem in digital circuits.
Robust Biasing with Source Feedback - Part 1
Explore robust biasing techniques using negative feedback for enhanced circuit stability and performance.
Introduction to Robust Biasing
Explore swing limits and stable biasing techniques for robust circuit design in analog electronics.