Foundation of Electronics 2 (CE164-4)

This document is all about RCL circuits (Resistor-Capacitor-Inductor circuits). Including diagrams, graphs, equations in both series and parallel RCL circuits. Learn how to calculate the total reactance, total impedance, phase angle, capacitor reactance, and inductor reactance. This document also introduces series resonance and the voltage and current across the circuit. The uses of an RCL circuit are included, which teaches bandwidth, and decibels in a band-pass filter. The quality factor of a...

This document briefly outlines the power triangle in a parallel RC circuit, which teaches reactive power, apparent power, and true power. This document heavily touches on Inductance and Inductors. Introduces the two laws, Faraday's law and Lenz' law. Teaches how to calculate the inductance and the factors which affect the value. This document goes in-depth by teaching inductive reactance in an RL circuit (resistor-inductor). Shows a comparison of a sinusoidal response to series and parallel RL...

Basics of an RC (Resistor-Capacitor) circuit. This document covers transient response vs. steady-state response in a waveform. It also discusses the behaviour of a capacitor being charged through a series resistor, with graphs, diagrams, and equations. This document also teaches RC Sinusoidal Steady-state response and capacitive reactance, showing the relationship in the current and voltage waves in an RC circuit. Covers Impedance, Phasor Sum, Conductance, Capacitive Susceptance, Admittance for ...

This document covers the basics and fundamentals of Alternating Current (AC) and Direct Current (DC) waves. Learn and expand on how to calculate the peak-to-peak voltages and the RMS value of sinusoidal current waves. Introduces instantaneous voltage and phase shift of the current waves, and how to calculate the powers in resistive AC circuits.