1. Introduction to Analog Circuits and Network Theory
Analog circuit theory focuses on continuous signals processed through passive and active components. Key theorems and frequency-domain analysis play crucial roles in simplifying circuit analysis and design, while practical applications include voltage dividers and filters. Understanding these concepts underpins the operation and analysis of real-world analog systems.
17 sections
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Sections
Navigate through the learning materials and practice exercises.
What we have learnt
- Analog circuits involve continuous signals using resistors, inductors, capacitors, and active devices.
- Network theorems are essential for simplifying complex circuit analyses.
- Frequency domain techniques, including Bode plots and transfer functions, are critical for AC circuit analysis.
Key Concepts
- -- Analog Signals
- Continuous-time signals that vary smoothly over time, as opposed to discrete signals.
- -- Resistor (R)
- A passive component characterized by its ability to resist the flow of current and dissipate energy.
- -- Kirchhoff’s Laws
- Fundamental principles that enable the calculation of current and voltage in electrical circuits.
- -- Transfer Functions
- A mathematical representation of the relationship between input and output signals in the frequency domain.
- -- Bode Plots
- Graphical representations of the frequency response of a system, showing magnitude and phase as functions of frequency.
Additional Learning Materials
Supplementary resources to enhance your learning experience.