Control in Power Electronics - Lecture 24
Explore dynamic control and modeling of DC-DC converters, focusing on the local average operator for describing averaged behavior through direct circuit averaging.
Resonant Converters: Matching Networks - Lecture 37
Explore resonant techniques for scaling voltage and current using matching networks. Learn characteristics and applications of these networks in power electronics.
DC/DC Converter Design: Component Ratings and Ripple Analysis - Lecture 7
Explore device and passive component ratings, converter ripple modeling techniques, and their relation to component selection in power electronics design.
EMI Filters - Introduction and Basic Considerations - Lecture 28
Explore EMI filtering basics in power electronics, focusing on preventing interference with nearby devices. Learn key considerations and requirements for effective EMI filter design.
Thermal Modeling and Heat Sinking in Power Electronics - Lecture 16
Explore thermal modeling and heat sinking in power electronics, covering essential concepts for efficient thermal management and device performance optimization.
Introduction to Power Electronics - Lecture 1
Explore the history, evolution, and goals of power electronics, focusing on processing and controlling electrical energy in various applications and systems.
DC/DC Power Converters: Switch Implementation and Analysis - Lecture 6
Explore switch implementation, external networks, and control in DC/DC converters. Analyze power flows and examine the inverting buck-boost converter as a practical example.
Switched-Capacitor Converters: Introduction and Modeling - Lecture 31
Explore switched-capacitor converters: operation principles, modeling techniques, and applications in power electronics. Learn about slow and fast switching limits for efficient energy transfer.
How Battery Energy Storage Systems Work
Explore Battery Energy Storage Systems (BESS), their types, and functionality. Gain insights into energy storage technologies and their applications in modern power systems.
Power Electronics - Strictly Related to GATE Syllabus
You will learn about switches, diodes, types of load, rectifiers, semi-converters, source inductance, choppers, converters, communication circuits, inverters, and much more.
LED Driving and Dimming with MagI3C Power Modules
Explore LED dimming techniques, MagI³C LED drivers' benefits, and high-current solutions. Learn about multi-color designs and applications in horticulture lighting.
Charge Pumps: Powering LED Strips with High Efficiency - Part 43
Explore charge pumps for high-power LED strips with SparkFun's Engineering Director. Learn about Dickson configuration, voltage ratings, and driver circuits in this informative electronics tutorial.
How to Make a Geiger Counter - High Voltage Circuit Design
Learn to build a Geiger counter with high voltage components. Covers DC-DC conversion, circuit design, microcontroller programming, and radiation detection principles. Hands-on project for electronics enthusiasts.
How to Design Perfect Switching Power Supply - Buck Regulator Explained
Comprehensive guide to switching power supply design, covering buck regulator components, control modes, measurement techniques, and advanced topics for optimal performance and efficiency.
Improving EMI Performance of Isolated Power Modules
Practical approach to EMC interference suppression for isolated power modules, focusing on unregulated narrow input range modules and common mode noise reduction techniques.
Harnessing eGaN FETs and ICs for Motor Drives
Learn to leverage eGaN FETs and ICs for efficient motor drives. Explore benefits, applications, and practical examples of this cutting-edge technology in power electronics and motor control.
Digital Circuits Lecture - Mux / Demux
Explore multiplexors, demultiplexors, decoders, and 3-state buffers in digital circuits. Learn equations, applications, and practical implementations of these essential components.
Current Sensing Techniques in DC-DC Converters
Master current sensing techniques for DC-DC converters, enhancing your power electronics expertise. Explore advanced methods to accurately measure and control current flow in switching power supplies.
Skewed Inverter and Its Transfer Characteristics - Lecture 2.4
Explore skewed inverter characteristics, including beta ratios, transition regions, and skew-ratio comparisons with unskewed inverters.
Skewed Inverter and Threshold Voltage - Lecture 2.5
Explore skewed inverters, threshold voltage estimation, and their relationship to skewing-ratio in CMOS design.
Non-Linear Control of DC-DC Converters - Phase-Shift Between I_L and V_C
Explore non-linear control techniques for DC-DC converters, focusing on phase-shift relationships between inductor current and capacitor voltage.