University Analog Electronics & Industry Fundamentals
Master the core principles of analog electronics, from fundamental circuit analysis to advanced amplifier design and industry-relevant applications, preparing you for academic success and a career in the analog industry.
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Foundational Circuit Analysis: DC Essentials
Unit 1: The Building Blocks of DC Circuits
Unit 2: Simplifying Resistive Networks
Unit 3: Fundamental Laws of Circuit Analysis
Unit 4: Practical Considerations
Circuit Theorems for DC Analysis
Unit 1: Systematic Circuit Analysis
Unit 2: Simplifying Complex Circuits
Unit 3: Power Optimization
Capacitors and Inductors: DC and Transient Behavior
Unit 1: Capacitor Fundamentals
Unit 2: Inductor Fundamentals
Unit 3: Transient Analysis of RC & RL Circuits
Unit 4: Practical Considerations
Introduction to AC Circuits: Sinusoidal Steady State
Unit 1: The AC World: Beyond DC
Unit 2: Phasors: AC's Secret Weapon
Unit 3: Impedance: AC's Resistance
Unit 4: AC Circuit Analysis with Phasors
Unit 5: Power in AC Circuits
Diode Fundamentals and Rectification
Unit 1: Diode Basics: The Unidirectional Gate
Unit 2: Rectification: AC to DC Conversion
Unit 3: Smoothing the DC Output
Diode Applications: Regulation and Signal Conditioning
Unit 1: Zener Diode Fundamentals
Unit 2: Zener Diode Voltage Regulation
Unit 3: Diode Signal Conditioning
Unit 4: Special Purpose Diodes
Bipolar Junction Transistors (BJTs): Basics and Biasing
Unit 1: BJT Fundamentals
Unit 2: BJT Operating Regions
Unit 3: BJT Biasing Techniques
Unit 4: Biasing Stability
BJT Small-Signal Amplifiers
Unit 1: Introduction to Small-Signal Analysis
Unit 2: BJT Small-Signal Models
Unit 3: Common-Emitter (CE) Amplifier Analysis
Unit 4: Common-Collector (CC) Amplifier Analysis
Unit 5: Comparing BJT Amplifier Configurations
MOSFETs: Fundamentals and Biasing
Unit 1: MOSFET Basics: The Voltage-Controlled Switch
Unit 2: MOSFET Characteristics and Operating Regions
