CircuitBread
CircuitBread is all about electronics and electrical engineering tutorials, with content on how electronics work and some extras for fun!
There are many topics that we want to get through and while we’re planning on starting with basic electronics and microcontrollers, we have plans for a wide range of practical and theoretical videos on AC and DC circuits, microelectronics, electronic devices, semiconductor devices, communications systems, robotics, control systems, digital logic, electromagnetic theory, and… well, probably more, but that’s quite the list as it is. Mixed in with tutorials, we want more lighthearted stuff - tradeshows, faires, spotlights on people and companies, parodies, etc.
This content will appeal to anyone with an interest in electronics and electrical engineering and, while passionate, doesn’t take themselves (or us!) too seriously.
So, subscribe and follow us on this adventure as we learn more about electronics together and have a little fun while doing it!
Introduction to QSPICE, a new free circuit simulator | CircuitBread
Bipolar Junction Transistor (BJT) Overview
Brushed vs Brushless Motors - What's the difference?
Supernodes and Supermeshes: Circuit Analysis Using KCL and KVL Explained
Practical Wheatstone Bridge Circuit - Current and Voltage Dividers in Action
Voltage Dividers, Current Dividers, Wheatstone Bridges, and Delta-Wye
How to Design with the Routh-Hurwitz Criterion: Control Systems 3.3 | Part 2
Exceptions to the Routh-Hurwitz Criterion: Control Systems 3.3 | Part 1
Futurism and Electrical Engineering | Ask an Engineer
Not Your Average Server Fan - Diaforce | Stress Lab
Life As An Engineer: College, Work, & Time Outside The Lab
A First Look At A Beast Of A Fan - Better Power, Performance, & Less Noise - Tinkering With Tech
Coding as an Electrical Engineer - Ask an Electrical Engineer
Routh-Hurwitz Criterion Explained for Stability: Control Systems 3.2
Electrical Engineer Answers Questions About Renewable Tech | Ask an Engineer
The Concept of Stability for Electrical Engineers: Control Systems 3.1
Practicum: Calculating and measuring series and parallel resistance
Practicum: Kirchhoff's Current Law and Kirchhoff's Voltage Law
Practicum: Measure voltage, current, resistance and calculate power
Kirchhoff's Current Law and Kirchhoff's Voltage Law | KCL and KVL
Blooper Reel Celebrating 100K CircuitBread Subscribers!
Ohm's Law, Power Sources, Branches, Nodes & Loops | Components of an Electrical Circuit
Voltage, Current, and Resistance - Introduction to DC Circuit Analysis
How Potentiometers Work - With Real-Life Examples (How to Wire)
CircuitBread: Your One-stop Resource For Electrical Engineers; Videos, Tutorials, Textbooks & More!
What is an H-Bridge?
Performing Error Analysis: Control Systems 2.5
Time Response Specifications: Control Systems 2.4
Open-Collector Outputs In Microcontrollers Explained
Part 7. 7-segment Display Indicator Using MCC | Embedded C Programming