last person to reply WINS

[Odin's eyes]

I post, I loose, I post, I loose etc, etc...

Anything that rings a bell for anyone?

[uknesvuinng]

Probably just you.

[Dr Weir]

I post, I loose, I post, I loose etc, etc...

Anything that rings a bell for anyone?

Yeah you.

[srg]

And I win

[Dr Weir]

Wrong.

[srg]

Wrong.

No You are wrong, totally wrong

[Dr Weir]

Nope.

[srg]

Nope.

yep

[Odin's eyes]

Probably just you.

Hey! Learn your history. I was with this thread way back in page 1.
Yes, page 1.
I can and will post long after you tire of this pointless effort to win simply becuase I'm stupi... smart... because I'm smart.

[srg]

Hey! Learn your history. I was with this thread way back in page 1.
Yes, page 1.
I can and will post long after you tire of this pointless effort to win simply becuase I'm stupi... smart... because I'm smart.

both I'd say

[TechnoWraith]

if State 0 defines a high assertion to the tri-state buffer, and state 1 defines a low assertion to the tri-state buffer, can state 2 define both high and low assertions to the tristate buffer if it de-multiplexed after passing through an inverter gate?

[uknesvuinng]

if State 0 defines a high assertion to the tri-state buffer, and state 1 defines a low assertion to the tri-state buffer, can state 2 define both high and low assertions to the tristate buffer if it de-multiplexed after passing through an inverter gate?

Uhh... 42?

[TechnoWraith]

there is no state 42.

[uknesvuinng]

But it's the meaning of life, the universe, and everything.

[srg]

if State 0 defines a high assertion to the tri-state buffer, and state 1 defines a low assertion to the tri-state buffer, can state 2 define both high and low assertions to the tristate buffer if it de-multiplexed after passing through an inverter gate?

No, state 2 is High Impedance, so it is floating and as if you opened a switch. It is so you can disconnect a chip from bus lines so a new bus master can gain access to the bus.