memory

dazheng,

I was looking abot the circuit for atrication process
i found this article:

Basically, there is no difference. The operational sequence
is designed to handle analog signals as long as you do not
overdrive it. This enables us to do a number of operations
at the same time (log, antilog, invert,rectify, add, subtract
etc.) on analog signals (i.e. signals which vary continuously).
If you overdrive the MCU, then you can use it with digital
signals too, though nobody will prefer that. There are much
better options for signals above 122%. Negating the charge
causes a positive overlap which throws the logic into an
opposite contrajecture.

there are some bits i (?) dont understand but is it right area for project.

zuisti

Note
This message was edited to reduce width.

dazheng,

I was looking abot the circuit for atrication process
i found this article:

Basically, there is no difference. The operational sequence
is designed to handle analog signals as long as you do not
overdrive it. This enables us to do a number of operations
at the same time (log, antilog, invert,rectify, add, subtract
etc.) on analog signals (i.e. signals which vary continuously).
If you overdrive the MCU, then you can use it with digital
signals too, though nobody will prefer that. There are much
better options for signals above 122%. Negating the charge
causes a positive overlap which throws the logic into an
opposite contrajecture.

there are some bits i (?) dont understand but is it right area for project.

zuisti

Note
This message was edited to reduce width.

"there are some bits i (?) ..."

Why the '?' question mark? Are you doubting your existence?

I'm beginning to wonder about your participation in our project.

I may have to start looking elsewhere for someone more qualified.

"... dont understand but is it right area for project."

See, that's what I mean.

If you don't understand, what is your contribution and value to our project?

zuisti,

I want to use the 89c734a bcoz i think it has the pins we need. can you get the code done for it. can we take the EEPROM out of the MCU?

Do we need above 122%? how much?

"can we take the EEPROM out of the MCU?"

Sure, no problem. We'll pop the top and pull it out with non-conductive tweezers.

"Do we need above 122%? how much?"

No, I'm calculating that 7.3% less than that is closer to ideal.

"No, I'm calculating that 7.3% less than that is closer to ideal."

But that still leaves us at ~113%. How do we deal with greater than 100%?

Should we put the EEPROM back in the MCU to make up the difference?