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.
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.
Basic Electronics
You will learn the Importance of Learning By Doing, Impact of Electronics in the modern world, Need to understand Basic principles of electronics.
Basic Electronics
This course discusses basic concepts and applications of some semiconductor devices: diodes, bipolar junction transistors, field-effect transistors, and operational amplifiers, Bipolar Junction Transistors, Operation Amplifiers, Power Circuits and System…
Electronics
Comprehensive exploration of electronic components and circuits, covering diodes, transistors, amplifiers, FETs, MOSFETs, and operational amplifiers, with in-depth analysis and practical applications.
Analog IC Design
Comprehensive exploration of analog IC design, covering negative feedback amplifiers, opamps, compensation techniques, and advanced topics for practical circuit implementation.
Basic Electrical Circuits
The course begins with an introduction to the course; Current and Voltage; Kirchhoff\'s Current and Voltage laws. Electrical circuit elements: Voltage and current sources; R, C, L; Controlled sources; Determining the characteristics of a two-terminal ele…
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.
Electronic Circuits
Comprehensive exploration of electronic circuits, covering fundamental concepts, components, and advanced topics for a deep understanding of electrical engineering principles.
EE Circuit Analysis - Op-Amps, Part 1
Comprehensive introduction to operational amplifiers, covering fundamentals, circuit analysis, and problem-solving techniques for inverting and summing amplifier configurations.
EE Circuit Analysis - Op-Amps, Part 2
Explore non-inverting, difference, and integrating amplifiers. Learn about common mode rejection ratio and solve practical problems to master op-amp circuit analysis techniques.
Understanding Precision in Operational Amplifiers
Explore precision op amp parameters like input offset voltage, CMRR, input bias current, and noise. Learn to choose and use precision op amps for accurate small analog signal processing.
Using Operational Amplifiers - Building Analog Circuits and Arduino Integration
Explore operational amplifiers: versatile, inexpensive analog components. Learn basic circuits, Arduino integration, and practical applications like light-sensitive switches and power supply conversion.
The Two-Stage Opamp and Negative Feedback
Explore the two-stage opamp design and negative feedback principles, enhancing your understanding of analog circuit fundamentals.
10 Tips for Analog, Mixed-Signal, and Op Amp Circuit Design
Comprehensive guide on designing PCBs with analog, digital, and op-amp components. Covers layout, crosstalk, grounding, protection, noise rejection, simulations, and practical examples for optimal circuit performance.
Everything Important About Operational Amplifiers (Op Amps)
Comprehensive guide to operational amplifiers: functionality, parameters, measurements, and practical applications, including inverting/non-inverting configurations, bandwidth, noise, stability, and pH measurement.
Type-III Compensator Using Op Amp-RC Architecture
Learn to design and implement Type-III compensators using Op Amp-RC architecture for improved control system performance and stability in power electronics applications.
Finding the Poles of the Error Amplifier - Part 2
Explore error amplifier pole identification techniques, enhancing understanding of circuit analysis and design for improved electronic system performance.
MNA Stamp of an Ideal Opamp - Circuit Analysis for Analog Designers - Lecture 3.2
Explore MNA stamp techniques for ideal op-amps in circuit analysis, enhancing your analog design skills with Prof. Shanthi Pavan.