Lesson 30: Binary Adder Circuit

In this lesson, we will take a look at the design of a circuit capable of performing binary addition.

[@pandacutiesuperstar]

Lol the snapping woke me up 😂

[@tomatoman8031]

Dude! I've been looking for this information for weeks! Thanks

[@mirandoo300]

are you thanos

[@linkmaster959]

Thanks for simple explanation

[@divineinspiration3342]

Hi Derek , can I ask you how can change this circuit for operations like 3 - 7? thanks in advance :-)

[@Gamer-uf1kl]

Sorry i am late if someone else stumbles upon this
You could just use addition to do subtraction first flip the number you are trying to subtract
0010 to 1101 then add the number you are subtracting from and 1 then remove the highest bit from the calculation
For example
0101 = 5
0010 = 2
Inverted
1101 = 13
0101 = 5
Add
10011 = 19
Remove last bit
0011 = 3
5 - 2 = 3 !!!

[@oluwanifemiadeyemi4270]

@@Gamer-uf1kl thank you. You were just in time for me :-)

[@rubyPWNS1]

Eyvallah baba.

[@badymojoy]

Like the video, sans the snapping.

[@ik6071]

How do we define the truth table for the adder when the question says the component is 2:1 MUX? .

[@danser_theplayer01]

Where did he get Cin from?? If it's not the result of first half adder than what is it...

[@ff_0xx266]

Cin is just another variable, it doesn't come from anywhere.

[@VincesEngines]

Great job explaining ,thanks

[@MrROYpresents]

God bless you

[@palomaramirez2360]

Thank you!!

[@نورالهدى-ع1ن8د]

🤩

[@AhMaDoV08]

Thanks

[@kendrickjudemausisa6069]

BYU anyone?

[@faultyserver2087]

Kendrick Jude Mausisa i legit just made a minecraft calculator with this i know nothing about electrical engineering

[@JJRicks]

BYUI ECEN106, hi

[@hamrasnaseer4191]

Awesome

[@senorlelouch3987]

lol