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Hi,
using the internal osc. sets PB6/7 to be used as any other Pxn. So, like on every other I/O, it is a good idea to set unused pins to be inputs with pullups.
Anyway, letting them flow does not af ...

MWS, my attept is to help an absolute beginner to a first success the most simple way one can think of.

Suggestion for a simple try:
If you have more samples of the micro, swap them and count blinks until you find one with 30 blinks.
MWS concern about the precision of the the internal RC is only half ...

Welcome to this friendly forum and to the world of bascom!

The good news: If it's your first attempt ever to print something from a micro to a PC, seeing crap is better than seeing nothing, at leas ...

maybe it's faster to copy the eeprom byte to RAM at powerup, and after changing the content. Then use the RAM.
You could even easily do calculations on the RAM-byte, and afterwards copy it back to t ...

Hello Tim,

after a couple of hours here is the firt reply to you question. It might have take so long, because it seems there is a deeper fault in the structure of your prog.
I think the core of t ...

OK, you know what you are doing!
I thought you expectet to decrease the ADC's resolution from 10 to 8 bit by using a Byte....

Hi Don
You must use a word for the adc. A byte would not reduce accuracy, but lead to completely false results.

It is always a good idea to dim strings a bit longer than you would expect them to be.
Strings can be (invisibly) terminated by one or two characters, or grow for any other reason. The only disadvant ...

My opinion:

As a beginner, I would not spend time and money in an "as cheap as possible" programmer. What a beginner needs is a reliable, rock solid programmer, like the AVR MK2. Imagine your first ...

Hi Mark and welcome!

I'm afraid there is no simple answer, that why there is no response yet.
I got an ethernet bootloader running, but you cannot just copy it, unless you use

-WIZ820IO module ...

If that solves your problem of unstable reading - fine!
But please note that the reading does not show an exact value of what you acheive to measure, but the highest value out of a row over a time!
...

I edited my last post, due to the fact that I missed that naseeraks formula is not "moving".
As this is crutial, please read the edited version.

Naseeraks solution returns the arithmetic average of 16 measures, that's all.
It's integration time is as short as it takes to perform 16 a/d convertions.
We do not know how long that is, nor do ...

Your measured value varies unexpectedly.
First, I would find out why!
Maybe the values are good and load or voltage at load vary.
Maybe the current to voltage converter gives bad results for any r ...