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1.
Introduction
1.1.
Basics
2.
Basic Laws of Electric
2.1.
Resistive Circuits
3.
Analysis Methods
3.1.
Nodal Analysis
3.1.1.
Supernodes
3.2.
Mesh Analysis
3.2.1.
Supermesh
4.
Circuit Theorems
4.1.
Superposition
4.2.
Source Transformation
4.3.
Thevenin-Norton Theorems
4.4.
Maximum Power Transfer
5.
OPAMPs
5.1.
Applications
6.
Capacitors & Inductors
6.1.
Capacitors
6.2.
Inductors
6.3.
Opamp Applications
7.
First-Order Circuits
7.1.
RC Circuits
7.2.
RL Circuit
7.3.
Step Response
8.
Online Tools
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EE281 - Electric Circuits
Applications
Digital-to Analog Converters
Design a 3-input digital-to-analog converter.