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Yes.

What exactly is confusing you? Feel free to ask. I'm a hardware design engineer.

Really? Wow!

So please just tell me if I'm right in the following:

AND = both inputs have to be on
OR = one input has to be on
NOT = output is on if the input is not on
NAND = AND followed by NOT (which means two not on inputs and a NOT gate result in an on output)
NOR = OR followed by NOT (two not on inputs and a NOT gate result in an on output)
 
Really? Wow!

So please just tell me if I'm right in the following:

AND = both inputs have to be on
OR = one input has to be on
NOT = output is on if the input is not on
NAND = AND followed by NOT (which means two not on inputs and a NOT gate result in an on output)
NOR = OR followed by NOT (two not on inputs and a NOT gate result in an on output)

Yes, pretty much.

AND, as suggested by the name means a AND b have to be on. So unless they're both on, the output won't be. Just remember that in a truth table (the four combinations 00, 01, 10, 11) the last entry 11 has an on output.

OR means a OR b should be on. So if a is on, or b is on, or both are on. The output will be too. That means that only a 00 combination results in a 0 at the output.

NOT is also called an inverter. It simply inverts the input.

NAND is AND inverted. In other words an AND followed by a NOT. So you perform the AND, and then invert it.

NOR is similar. OR followed by a NOT.
 
[MENTION=134963]96NotOut[/MENTION]:- Go to the 57th page and find it.:22:

I looked like a nerd and my hair sucked, then. I have epic hair now.:afridi
 
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Back when we first started studying digital logic design, we, being young men with minds in the gutter, had a completely different name for the NAND gate.

I will refrain from repeating it here. Wouldn't want to be banned or to corrupt the minds of the youth.
 
Back when we first started studying digital logic design, we, being young men with minds in the gutter, had a completely different name for the NAND gate.

I will refrain from repeating it here. Wouldn't want to be banned or to corrupt the minds of the youth.

I got the hint! :91:
 
Back when we first started studying digital logic design, we, being young men with minds in the gutter, had a completely different name for the NAND gate.

I will refrain from repeating it here. Wouldn't want to be banned or to corrupt the minds of the youth.
what happens if I say YES to Mullah Raj?
 
Yes, pretty much.

AND, as suggested by the name means a AND b have to be on. So unless they're both on, the output won't be. Just remember that in a truth table (the four combinations 00, 01, 10, 11) the last entry 11 has an on output.

OR means a OR b should be on. So if a is on, or b is on, or both are on. The output will be too. That means that only a 00 combination results in a 0 at the output.

NOT is also called an inverter. It simply inverts the input.

NAND is AND inverted. In other words an AND followed by a NOT. So you perform the AND, and then invert it.

NOR is similar. OR followed by a NOT.

Thank you sooooo much! :D
 
There we go.

After this set of basic gates, there are a few more, notable among them being the Exclusive-OR (XOR) gate. Which is "a or b but not both."

Feel free to look it up. We had a name for that one too.

Yeah, I just did XOR too. When both inputs are the same, the output is off.
 
A moment is the turning effect of a force i.e a spanner or a door handle...


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Same, feel exhausted and I have 4 :facepalm: only revised for 2 so far.



Exactly :s

On top of that, Asian culture demands A grades and when you have 5 exams in 4 days that ain't going to happen, I'm just hoping to get AABB from AS year.
 
On top of that, Asian culture demands A grades and when you have 5 exams in 4 days that ain't going to happen, I'm just hoping to get AABB from AS year.

Exactly, but dw it's possible. I found out how important AS was this year :facepalm: ended up with a BBDE, ( I still plan on getting A*AA or better though, In'Sha'Allah)
 
X plates deflect the e-beam horizontally and Y plates deflect vertically.
 
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