00:03 Introduction to RLC Circuits and summary of properties of resistors, capacitors, and inductors 03:52 RLC circuit behavior with initial conditions 08:44 Analysis of RLC circuits with constant currents 11:17 Analysis of current behavior in RLC circuits. 16:20 Summary of RLC Circuits 18:44 Comparison of energy storage in resistors, capacitors, and inductors 23:39 Capacitor can be modeled as a battery with value v0 25:46 Modeling inductor as open circuit during time period 30:23 Understanding behavior of RLC circuit components in steady state 32:44 Introduction to RLC circuits and their importance in understanding real-life circuits. 37:05 Introduction to RLC Circuits: Basic concepts and foundational understanding. 39:16 RLC circuit behavior explained during discharge phase 43:27 Inductor stores energy when voltage across the capacitor collapses to zero. 45:12 Energy transfer process in RLC circuits Crafted by Merlin AI.
00:03 Introduction to RLC Circuits and summary of properties of resistors, capacitors, and inductors
03:52 RLC circuit behavior with initial conditions
08:44 Analysis of RLC circuits with constant currents
11:17 Analysis of current behavior in RLC circuits.
16:20 Summary of RLC Circuits
18:44 Comparison of energy storage in resistors, capacitors, and inductors
23:39 Capacitor can be modeled as a battery with value v0
25:46 Modeling inductor as open circuit during time period
30:23 Understanding behavior of RLC circuit components in steady state
32:44 Introduction to RLC circuits and their importance in understanding real-life circuits.
37:05 Introduction to RLC Circuits: Basic concepts and foundational understanding.
39:16 RLC circuit behavior explained during discharge phase
43:27 Inductor stores energy when voltage across the capacitor collapses to zero.
45:12 Energy transfer process in RLC circuits
Crafted by Merlin AI.
Pendulum analogy is awesome ..Tq so much Prof Razavi☺