ummmm u missedOriginally posted by lawrencema_1985
you really only have to know three: AND OR NOT...the rest you can work out pretty easily.
Are you serious??Originally posted by Winston
hehe logic gates get fun when u get it, i mean its just following a logical pattern
hence logic gates
yes im seriousOriginally posted by enak
Are you serious??
:rofl:..geez..he has to study maths again..my teacher just looks at the txtbook and then the air saying "good question, I'm trying to find a way to explain the answer without confusing you", and at the end I get it, but i still think its not true for other casesOriginally posted by -X-
Heres an example from about 2 weeks ago. He thought that -100 can be written as 10^-2. If u cant do that, how are u meant to do the conversions?
I said you need to know AND, OR, NOT...the others you can work out. "The others" being NAND, whose output is the opposite of the AND gate's output and similarly for NOR. XOR is the same as OR except for when both inputs are true.Originally posted by Winston
ummmm u missed
XOR
NAND
yes i know, but it seems like -X- was a little confused as to know what exactly he had to know, you shouldn't assume he would automatically know the complements of the gates are, and be able to derive it, especially the XOR gate since it is completely a different gate in comparison to a NAND and a NOR gateOriginally posted by lawrencema_1985
I said you need to know AND, OR, NOT...the others you can work out. "The others" being NAND, whose output is the opposite of the AND gate's output and similarly for NOR. XOR is the same as OR except for when both inputs are true.
That's why i said you really only have to know three, although it wouldn't hurt to learn all of them
obviously LOLOriginally posted by Johnny Corrupt
You REALLY need to know them if you are doing the 'Software developers view of hardware'
Also know your Binary.