Thank you!! I wanted to learn how computers work and your content has been really helpful. I'm three videos in, I'm trying to watch the whole series. I'm excited to see the later content!
Great! That is a good way to learn how a computer works. Start with logic gates and work your way to more advanced circuits. It is quite fun to see how it all comes together to make a simple working computer.
Yeah you can use, 1K, 2K or 2.K for the resistors. You can even go lower than 1K but it uses more power. If you watch my video on LED current limiting resistors I provide more information.
I use a 5V 2 amp battery back. You can even use a 5V cell phone charger. As you say a 5v regulated power supply would work as well but the other two are simpler for most people. You can make a custom wire or use and breadboard adapter and power from a USB cable.
Sure, if you watch my how to use easyEDA video I show where to download it at the end of that video. The circuit diagram is drawn in easyEDA. Also, this video is in 4K so you should be able to see values and connections on the video. If you need anything else just let me know.
That is correct. This first bit is 1, second is 2, third is 4, the fourth is 8. Combine them and you can add to 15. With a fifth bit, which is 15 you can then add up to 31. If you have 8 bits this is a standard byte and you can hold 256 possibilities. If you watch the 4-bit computer video you will see that for a computer in additional to adding the Adder you will need one more flip flop in each register as well. For a calculator though you would just need the additional adder.
Hold on now, if we're counting in binary we count from the zero right? So "0Fh + 0Fh" should equate to "16 + 16" in decimal right? The correct result should be thirty-two (notated as 31 because the leading zero) in decimal, 2Fh in hexadecimal, and 0001-1111 in binary. EDIT: I confused the math. I could have sworn that maxed 4 bits would equal to 16. I should have held off until finishing the video before. Sorry about that.
Thank you!! I wanted to learn how computers work and your content has been really helpful. I'm three videos in, I'm trying to watch the whole series. I'm excited to see the later content!
Great! That is a good way to learn how a computer works. Start with logic gates and work your way to more advanced circuits. It is quite fun to see how it all comes together to make a simple working computer.
THIS IS AWESOME, love your content. keep it up man
Thanks Wesly, I will be adding more content!
I don't have enough of the same resistance resistor
Can I use different resistance resistors in different adder
Yeah you can use, 1K, 2K or 2.K for the resistors. You can even go lower than 1K but it uses more power. If you watch my video on LED current limiting resistors I provide more information.
@GlobalScienceNetwork thanks 🙏
I appreciate your hard work
What about the power supply any 5v regulator dc supply is okay or how it should be done
I use a 5V 2 amp battery back. You can even use a 5V cell phone charger. As you say a 5v regulated power supply would work as well but the other two are simpler for most people. You can make a custom wire or use and breadboard adapter and power from a USB cable.
Can We Have The Schematic?
Sure, if you watch my how to use easyEDA video I show where to download it at the end of that video. The circuit diagram is drawn in easyEDA. Also, this video is in 4K so you should be able to see values and connections on the video. If you need anything else just let me know.
@@GlobalScienceNetwork do u have the link for this stimulation on tinkercad
🎉🎉
Thank you!
So Simply By adding More Adder We Can Sum More Numbers, Right? For Ex Make 5Bit Adder?
That is correct. This first bit is 1, second is 2, third is 4, the fourth is 8. Combine them and you can add to 15. With a fifth bit, which is 15 you can then add up to 31. If you have 8 bits this is a standard byte and you can hold 256 possibilities. If you watch the 4-bit computer video you will see that for a computer in additional to adding the Adder you will need one more flip flop in each register as well. For a calculator though you would just need the additional adder.
Hold on now, if we're counting in binary we count from the zero right? So "0Fh + 0Fh" should equate to "16 + 16" in decimal right? The correct result should be thirty-two (notated as 31 because the leading zero) in decimal, 2Fh in hexadecimal, and 0001-1111 in binary.
EDIT: I confused the math. I could have sworn that maxed 4 bits would equal to 16. I should have held off until finishing the video before. Sorry about that.
No problem, sounds like you got it figured out!
what in the world is going on here??? subscribed
Great, thanks! This shows how to build a calculator, I have another video that shows how to build a computer at the transistor level.