Colorado State University (CSU)

Prof. George J. Collins

The content listed below has not been created by Prof. George J. Collins

4.3

3 reviews

Exam difficulty: Medium

Prof. George J. Collins

The content listed below has not been created by Prof. George J. Collins

4.3

3 reviews

Exam difficulty: Medium

This professor on Docsity

Subjects

Electrical and Electronics Engineering

Documents

Filter Inductor Design - Power Electronics I | ECE 562

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Solving for Outages - Lab #3 - Power Systems | ECE 461

Lossy Converter ( Static State Losses But Neglect Switching Losses ) | ECE 562

Handwritten Notes for Power Electronics I | ECE 562

Industrial Systems - Power Systems | ECE 461

Basic Magnetics’ Issues in Transformers - Power Electronics I | ECE 562

The Forward PWM Converter Circuit Topology and Illustrative Examples | ECE 562

Switch Protective Snubber Circuits and Emerging Thyristor Switches | ECE 562

Transformer Design - Power Electronics I | ECE 562

Progress in Microelectronics, Resonant Converter, RLC Impedance | ECE 562

Resonant Converter Advantages, Quasi-Resonance, Switch Activation | ECE 562

Transformer and AC Inductor Odds and Ends | ECE 562

One Line Diagrams - Power Systems - Lab 2 | ECE 461

Notes on Transmission - Power Systems | ECE 461

Per Unit, Basics, One Line and Per Unit - Power Systems | ECE 461

Design Customized Plug in Power Supply - Power Electronics I | ECE 562

Notes on Introduction to PSS/E - Power Systems | ECE 461

LM267X Voltage Regulator Lab Report: Testing the National Semiconductor Chip - Prof. Georg

Notes on Power Electronics I - Schematic Diagrams | ECE 562

Simple Averaging Over Tsw to Achieve Low Frequency Model | ECE 562

Static Models of Diodes - Power Electronics I | ECE 562

Buck Converter Simulation with CAPTURE CIS: Understanding Operating Characteristics - Prof

Power Electronics: Two Quadrant Switch Implementation and MOSFET Evolution - Prof. George

Inductor Design Methodology: Balancing Copper and Core Losses - Prof. George J. Collins

Selecting Inductor and Capacitor Values for DC Filters in PWM Converters - Prof. George J.

Analysis of The Conversion Ratio, DCM - Power Electronics I | ECE 562

IGBT Switching: Erickson Problem 4.1 and 4.5 - Prof. George J. Collins

Introduction to Power Processing - Electronics I | ECE 562

Fast IGBT, Dynamic and Thermal Characteristics - Electronics | ECE 562

Introduction to Feedback - Power Electronics I | ECE 562

Standard DC/LF/MF Topologies - Power Electronics I | ECE 562

Pulse-Width Modulated DC-DC Converters: Fundamentals & Steady-State Behavior - Prof. Georg

2Ts Timing in Bipolar Core Excited Converters: Switch Stress and Timing Sequence - Prof. G

Alternative Energy, AC Health Effects, Three Phase Power | ECE 461

Resonant Mode Loading - Power Electronics I - Schematic Diagrams | ECE 562

Chapter 9 : Transformers - Power Systems | ECE 461

Power Electronics Technology - Schematic Diagrams | ECE 562

Chapter 11b: Special Transformers - Power Systems | ECE 461

Introduction to Power Electronics Circuit: Topologies | ECE 562

Summary of Lecture 1 on Power Electronics I - Slides | ECE 562

Notes on Power Electronics I - Diode Voltage, Converter | ECE 562

Power Electronics: Applications in Motor Control and Modern Lighting - Prof. George J. Col

Secondary Ringing Solution, Diode Snubber - Electronics I | ECE 562

Summary of Lecture 1 on Converter Circuits - Power Electronics I | ECE 562

Inductor Cores: Types, Design Parameters, and Specific Features - Prof. George J. Collins

Understanding Thermal Resistance and Heat Flow in Electronic Devices - Prof. George J. Col

Solid State Switches: Types, Properties, and Comparison - Prof. George J. Collins

Power Electronics: Understanding Switching Frequencies and Control in DC-DC Converters - P

Power Electronics Compensation Techniques: DP/DZ GC and LAG GC - Prof. George J. Collins

ECE 562 Week 11 Lecture 2: Analysis of Resonant Converters and Trends in Power Electronics