How a Switching Power Supply Works
Explore the inner workings of switching mode power supplies, from basic concepts to practical applications, enhancing your electronics knowledge and repair skills.
Fundamentals of Electrical Engineering
This course will also cover Single Phase Transformers, Three Phase Induction Machines and DC Machines. By the end of the course, the students should be able to gather high-quality knowledge of basic Electrical Engineering.
RF Integrated Circuits
The course will cover low noise amplifiers, mixers, power amplifiers, frequency synthesizers (and phase locked loops). The course will also cover several modern radio architectures.
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.
DC Circuits Concepts
Explore fundamental DC circuit concepts, from Kirchhoff's laws to advanced analysis techniques, with practical applications in comparators, timers, and regulators.
Physics 3 - Vol 2
Comprehensive exploration of capacitors, electric currents, and magnetic fields, covering theory and practical applications in physics, including problem-solving and real-world phenomena.
Engineering Circuits - Vol 4
Explore inductors and capacitors in electrical engineering, covering their physics, behavior in circuits, energy storage, and applications in series and parallel configurations.
Grade 10 Physics - Electrostatics
Explore electrostatics, its applications, capacitors, and capacitance in this comprehensive unit. Learn about charging and discharging processes to enhance your understanding of electrical phenomena.
Capacitor and Capacitance Class 12
Comprehensive exploration of capacitors and capacitance for CBSE Class 12 Physics, covering theory, applications, and problem-solving techniques with detailed explanations and numerical examples.
Physics for JEE
Comprehensive JEE physics preparation covering electromagnetism, mechanics, and modern physics. Includes detailed lectures on key topics with problem-solving practice.
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.
Learn to Fix EMC Problem Easily and in Your Lab - Troubleshooting Radiated Emissions
Practical guide to troubleshooting radiated emissions in flyback power supplies, covering lab setup, common fixes, and step-by-step problem-solving techniques for EMC compliance.
Astable 555 Timer - 8-Bit Computer Clock - Part 1
Learn to build an astable 555 timer oscillator for an 8-bit computer clock, exploring circuit diagrams, duty cycles, and component calculations with hands-on demonstrations and practical tips.
DIY Synth PSU - How to Design a Simple Dual Power Supply
Learn to design a dual power supply for DIY synthesizers. Covers AC/DC conversion, rectification, filtering, voltage regulation, and practical assembly steps for a reliable synth power source.
Designing a Simple Audio Compressor from Scratch
Learn to design and build a simple audio compressor circuit from scratch, covering key components like diode VCA, peak detector, and voltage subtractor. Gain hands-on experience in DIY audio electronics.
General Radio 1650-A Experimentation with Coils, Capacitors, and Tank Circuits
Explore impedance bridges, coils, and capacitors to understand resonance through hands-on measurements, calculations, and signal analysis using various electronic instruments.
Science of Modern Electronics - Electric Circuits, Currents, & More
Explore the fundamentals of modern electronics, from AC/DC power to transformers, diodes, and capacitors. Gain insights into how everyday electronic devices function through clear explanations of core principles.
555 Timer IC - Low Frequency Pulse Generator Circuit
Learn to create a low frequency pulse generator circuit using the 555 timer IC. Understand frequency dependencies, calculate duty cycle, pulse width, space width, and cycle time of the rectangular waveform.
Full Wave Bridge Rectifiers
Comprehensive introduction to full wave bridge rectifiers, covering components, operation, and output smoothing techniques. Includes practical demonstrations and component recommendations.
Inductance in PCB Layout - The Good, the Bad, and the Fugly
Explore PCB layout inductance: its impacts, mitigation strategies, and real-world applications. Learn to optimize designs for better performance and reliability.
Ferrite Beads in Power Rails - When to Use and When to Avoid
Explore the use of ferrite beads in power rails with expert Eric Bogatin. Learn about power distribution networks, inductance issues, and practical solutions through demonstrations and measurements.