Relay Computer - Incrementer
This 16-bit relay incrementer is based on a generic half-adder circuit with some additional goodies for Load and Select operations to and from the address bus. If you would like to support my channel and get access to some extra stuff, then head on over to Patreon: / dipdot Thank you for watching, and as always I welcome any feedback or ideas for future projects! CHAPTERS 0:00 Intro and Recap 0:21 Why do we need an incrementer? 2:54 Binary Addition Primer and Truth Tables 3:55 Half-Adders 6:57 Ripple Carry Effect 7:57 Design Time 10:37 The Build - Part 1 13:47 Human Err #1 15:08 The Build - Part 2 16:51 Human Err #2 17:36 Automated Testing - Without and with Flyback Diodes 20:18 Outro and thoughts about the next card

▶︎
Relay Computer - Memory

▶︎
Relay Computer - Decoder & Controller

▶︎
From Beginner to Embedded Engineer | Embedded C + FreeRTOS Complete Learning Journey #001

▶︎
Relay Computer ep. 2 - Building the 16-bit adder (part 1)

▶︎
Relay Computer 2020 Review: Demonstration

▶︎
Quad RF: A Closer Look

▶︎
Relay Computer - Sequencer

▶︎
Relay Computer - Prototyping Board & Instruction Register

▶︎
Archival Floppy Disk Preservation and Use

▶︎
Creating (alpha)numeric output for a home-brew Relay Computer!

▶︎
Relay computer ep. 1 - Basic logic gates

▶︎
Relay Computer ep. 6 - Making Memory Registers

▶︎
Relay Computer - ALU Arithmetic and Control Unit

▶︎
Building a New Backplane for My 8-Bit Relay Computer — Now Runs Fibonacci!

▶︎
How the relay based adder is working so fast

▶︎
Relay Computer - ALU Logic Unit

▶︎
Single Board Relay Computer

▶︎
Relay Calculators: Episode 3 - Relay Logic Gates, Latches and Delays

▶︎
Relay Computer ep. 7 - Main bus and register monitors

▶︎
