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This version (30 Dec 2020 15:02) was approved by Robin Getz.The Previously approved version (25 May 2020 14:59) is available.
This version (30 Dec 2020 15:02) was approved by Robin Getz.The Previously approved version (25 May 2020 14:59) is available.This is an old revision of the document!
Table of Contents
Circuits I & II
These course materials combine techniques for the analysis and simulation of linear electric circuits, and measurements of their properties. Topics include resistive and energy-storage circuit elements, controlled sources and operational amplifiers, systematic analysis methods, AC steady state, power systems, magnetic coupling and transformers, transients, frequency response, and Laplace transform and computer simulation methods using LTspice. Circuit analysis techniques such as Kirchhoff’s Laws, node voltages, and mesh currents. Thevenin and Norton equivalent circuits, sinusoidal steady state and phasors.
The textbooks and teaching materials provided on this wiki are considered open source and available for free use in non-commercial educational and academic settings. The only requirement is that they continue to retain the attribution to Analog Devices Inc. Supplying them on the ADI wiki allows registered users to contribute to the materials posted here improving the content and keeping them up to date.
Table of Contents:
The following are suggested topics selected from Wikipedia and Khan Academy
Circuits I
| Title | |
|---|---|
| Chapter 1: Circuit Analysis Fundamentals | Electrical networks The Voltage source The Current source Ohm's Law Circuit analysis |
| Chapter 2: Circuit Reduction | Simplifying resistor networks |
| Chapter 3: Nodal and Mesh Analysis | Nodal Analysis Mesh Analysis |
| Chapter 4: Systems and Network Theorems | Electrical Circuit, Network analysis |
| Chapter 5 - Series And Parallel Circuits | Series, Parallel Circuits |
| Chapter 6 - Divider Circuits | Voltage Divider Circuits Current Divider Circuits |
| Chapter 7 - Kirchhoff's Laws | Kirchhoff's Circuit Laws |
| Chapter 8 - Series-parallel Combination Circuits | Superposition theorem Linear circuits |
| Chapter 9 | Thévenin's theorem Norton's theorem Source transformation Maximum power transfer theorem RMS Power vs. Average Power |
Useful YouTube Videos:
An Introduction to Simple Electric Circuits (3rd Edition)
Essential & Practical Circuit Analysis: Part 1- DC Circuits
Essential & Practical Circuit Analysis: Part 2- Op-Amps
Circuits II
| Title | |
|---|---|
| Chapter 1 - Operational Amplifiers | Ideal Voltage Feedback (VFB) Op Amp Inverting Amplifier Inverting Summing Amplifier |
| Chapter 2 - RC and L/R Time Constants | RC circuits RC time constant RL circuits RLC circuits LC circuits |
| Chapter 3 - Reactance and Impedance - Inductive | |
| Chapter 4 - Reactance And Impedance - Capacitive | |
| Chapter 5 - Reactance And Impedance - R, L, And C | |
| Chapter 6 - Resonance | Electrical resonance |
| Chapter 8 - Filters | Filters Low pass filter High pass filter Band pass filter |
| Chapter 9 - Transformers | |
| Chapter 11 - Power Factor | Power Factor |
Circuits I & Circuits II Lab Exercises
Other Resources
Analog Device Supplied Content
Supplemental Reading
Definitions
Blogs and FAQs
- Ask the Applications Engineer: Op Amp Issues – Discusses different types of operational amplifier and the reasons for those differences.
Wikipedia
While Analog Devices is not responsible for, nor can it guarantee the accuracy of the content on Wikipedia, there might be value to the readers by providing links to topics related to the subjects covered in the above chapters as an Introduction to Electronics.
To that end, the following list is provided:
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- linear elements
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- nonlinear elements
- Active elements
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- Field-Effect Transistor (FET)
- Darlington transistor (high current transistor configuration)
- Sziklai pair (high current transistor configuration, similar to Darlington pair)
- Operational amplifier applications – Common Op Amp configurations.
- Vacuum tube (“valves”)
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- Brokaw bandgap reference – Another bandgap voltage reference topology.
- Switched-mode power supply (SMPS or “switching regulator”)
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- Oscillator-related
- Latch (electronics)(like an SR latch)
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- Amplifier circuit Schematic shows a differential amplifier with output tied to a common emitter amplifier that drives a class AB push–pull amplifier. In an example amplifier, we drive a similar push–pull output stage with a common collector (i.e., emitter follower) stage, and so our current amplifier will have no voltage gain.
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End of Document
university/courses/circuits.1609336946.txt.gz · Last modified: 30 Dec 2020 15:02 by Robin Getz