EEL 3004 Electrical Networks
- Lecture 1 – Ch. 1 Introduction
- Lecture 2 – Ch.2 Electrical Quantities
- Lecture 2 – Examples
- Lecture 3 – Ch. 2 Ohm’s Law
- Lecture 4 – Ch. 2 KVL and KVC Laws
- Lecture 5 – Ch. 3 Single Loop Node Pair
- Lecture 6 – Ch. 3 V-I Division Delta Why
- Lecture 7 – Ch. 3 V-I Transformation
- Lecture 7B – Ch. 4 Branch Analysis Method
- Lecture 8 – Ch. 4 Nodal Methods
- Lecture 9 – Ch. 4 Mesh Method
- Lecture 10 – Ch. 4 Superposition
- Lecture 11 – Ch. 4 Theven Norton Maximum Power
- Lecture 13 – Ch. 5 Energy Storage Introduction
- Lecture 14 – Ch. 5 DC-RC-RL Circuits in steady state
- Lecture 15 – Ch. 6 RC Transients
- Lecture 16 – Ch. 6 LR Transients
- Lecture 17A – Ch. 8 Introduction to Phasors
- Lecture 17B – Ch. 8 Review of Complex Numbers
- Lecture 18 – Ch. 8 Phasor Analysis
- Lecture 19 – Ch. 8 Impedance Admittance Examples
- Lecture 20 – Ch. 8 Advanced Analysis Delta Wye Thevenin
- Lecture 21 – Ch. 9 – Introduction to Power Calculations
- Lecture 22 – Ch. 9 Reactive Complex Power
- Lecture 23 – Ch. 9 Power Factor
- Lecture 24 – Introduction to three phase
- Lecture 25 – Final Lecture Review
- Practical Bridge Circuit
- Practical Bridge Example
- Sample Online Questions Phasors
- Three Phase Questions
EEL 5245 Introduction to Power Electronics
- Lecture 1 – Course Overview
- Lecture 2 – Ch. 1 Introduction & Overview
- Lecture 3 – Ch. 2 Switching Concepts
- Lecture 4 – Ch. 2 Switching Devices
- Lecture 5 – Ch. 2 Switching Examples
- Lecture 6 – Ch. 3 Switching Review RLC
- Lecture 7 – Ch. 3 Diode Switching with DC
- Lecture 8 – Ch. 3 Diode Switching Circuits AC I
- Lecture 9 – Ch.3 Diode Switching Circuits Ac II
- Lecture 10 – Ch. 3 Power System Analysis
- Lecture 11 – Examples PF
- Lecture 12 – Ch. 3 Harmonic Analysis
- Lecture 13 – Ch. 4 DC-DC and General Review
- Lecture 14 – Ch. 4 Buck CCM Analysis
- Lecture 15 – Ch. 4 Boost Buck Boost CCM
- Lecture 16 – Ch. 4 Voltage Ripple
- Lecture 17 – Class Project Discussion
- Lecture 18 – Ch. 4 Higher Order DC-DC
- Lecture 19 – DC-DC Examples of High Order
- Lecture 20 – Ch. 4 DCM Analysis
- Lecture 21 – Examples of DCM
- Lecture 21 – Examples of Voltage Ripple in High Order Circuits
- Lecture 22 – Non-Idealities Examples
- Lecture 22 – Non-idealities in DC-DC
- Lecture 23 – Examples Non-idealities Current Driven
- Lecture 24 – Ch. 5 Isolated DC-DC Forward
- Lecture 25 – Ch. 5 Half Bridge and Full Bridge Converters
- Lecture 26 – Ch. 5 Push Pull Flyback Converters
- Lecture 27 – Examples of HF and FB Converters
- Load and Line Regulations
EEL 6246 Advanced Course on Power Electronics
- Lecture 1 – EEL6246 Introduction and Overview
- Lecture 2 – Introduction to Resonant Converters
- Lecture 3 – ZCS Buck
- Lecture 4 – ZCS Boost and Buck-Boost
- Lecture 5 – Example 6.1 ZCS-Buck
- Lecture 6 – ZVS Topologies
- Lecture 7 – ZVT Introduction &Boost
- Lecture 8 – ZVT Buck & Buck-Boost
- Lecture 9 – Exercise 6.5
- Lecture 10 – Boost ZVS Topologies
- Lecture 11 – Buck ZVT
- Lecture 12 – ZCT Introduction & Boost
- Lecture 13 – Introduction to PRC & SCR
- Lecture 14 – Steady-State Analysis PRC
- Lecture 16 – SRC – Approximation Method
- Lecture 17 – Design Example PRC-2
- Lecture 18 – Averaged Circuits
- Lecture 19 – Examples – Averaged Circuits
- Lecture 20 – Example with Non-Ideal
- Lecture 21 – Suggested Projects
- Lecture 22 – Closing the Loop
- Lecture 25 – Final
- LLC Presentation
- Reza ZVS