Simply Put
This is in part a documentary of the learning process I am going through, a way to keep me focused and moving forward. Talking through a problem, even if nobody else is in the room with you, is a great way to analyze and work through it.
There are much better structured and produced educational sources out there than this, for the dedicated student and the future professional. What I want to offer is a bit different: This channel is for the casual and the hobbyist, who doesn't have the benefit of formal education in electronics or programming, who doesn't have a professor or peers to talk to, whose only resource (and recourse) generally comes down to an Internet search engine.
This channel is for fast-food cooks, painters, janitors, accountants, gardeners, stay-at-home parents, and even bus drivers like me, for people who have nothing to do with electronics professionally and probably never will, who want to enjoy it anyway. For people who love to ask: "Well, why not?"
Auto Switching Boot Time Clock Signal - Microcontrollerless Power On Initialization - Simply Put
2 to 1 Digital Switch Mux With Just NAND Gates - Save Yourself A Fancier Chip - Simply Put
Ring Wave Generator - Square Wave Clock With Nothing But An Inverter Chip - Simply Put
MOSFET High Frequency Switching Power Draw - Ground Your Floating Inputs - Simply Put
Boot Up Signal Circuit Design - Easily Signal or Configure Chips At Power On - Simply Put
Homemade 555 Timer - In-Depth Design Walkthrough And Demonstration - Simply Put
Digital Pins Are Amplifiers - What TTL And CMOS Invalid Voltages Really Are - Simply Put
Persistence of Vision - Blinking LEDs Appear Solid - 1088AS 8x8 Matrix Demo - Simply Put
Drain Caps Fast On Power Loss - Depletion JFET Switch Better Than Bleeder Resistors - Simply Put
1088AS 8x8 Red LED Matrix Display - Pinout and Overview Of Operation - Simply Put
How Fast Can An Arduino digitalWrite - A Demonstration And Discussion - Simply Put
Creating A Variable Voltage Analog Signal WIth PWM And Variable Duty Cycle - Simply Put
SN74HC595N - 8-Bit S-I-P-O Tri-State Buffered Shift Register - Not Until You Are Ready - Simply Put
Make a Binary Counter with an Adder and a Clocked Register - Do More With Less - Simply Put
74x574 Octal D-Type Tri-State Register - Data Or Signal Buffer For Your Bus - Simply Put
74x163 4-Bit Binary Counter with Parallel Load and Ripple Carry Chaining - Simply Put
The Anatomy of a Clock Pulse - Clocked Combinational Digital Logic Chips - Simply Put
Electrical Philosophy - AC, DC, Analog, Digital Signals - What Do These Words Mean - Simply Put
74x245 Octal Bus Tranceiver - Electronic Traffic Light - Simply Put
Etching Copper Clad Board With Salt Water Electrolysis - How Well Does It Work - Simply Put
Schmitt Trigger Hysteresis - 74x14 Inverting TTL Logic Buffer Demonstration - Simply Put
Circuit Simplified - Let Any ADC Read Negative Voltage - Trade Accuracy For Ease - Simply Put
ADC Reference Voltage - How To Supply It Without A Reference Chip - Simply Put
Make a Real Voltmeter with an Arduino Uno - Positive and Negative Voltage - Simply Put
Capacitive Voltage Reverser - Create a Negative Power Rail With No Transformer - Simply Put
Push Pull Power Amplify a Low Voltage Square Wave - PNP High Side Switching - Simply Put
All The Voltage You Ever Want - DC Voltage Doubler Stacking For Ever Increasing Supply - Simply Put
Voltage Doubler - I Already Made It Better! - More Power And Stability - Simply Put
Double Your Supply Voltage With No Transformer - Square Wave DC Voltage Doubler - Simply Put
Pullup Resistor To Bring BJT Chip Output Up To Rail - TTL to CMOS Level Conversion - Simply Put