ON 20050221@1:49:04 PM at page:
http://www.piclist.com/microchip/math/radix/b2bu-10b4d-eag.htm#38404.1124768518
James Newton[JMN-EFP-786] Published and replied to post 38404.1124768518

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The 10 bit conversion routine seem to be incomplete.
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ON 20050224@2:59:35 PM at page:
http://www.piclist.com/microchip/math/radix/bu2b-5d16b-ph.htm#38406.9451851852
James Newton[JMN-EFP-786] published post 38406.9451851852

<A TITLE="P-24.201.101.196" NAME="38406.9451851852" HREF="mailto:roberthedan@xavierkamial.com">roberthedan@xavierkamial.com</A> <BLOCKQUOTE><A NAME="24.201.101.196" HREF="/techref/microchip/math/radix/bu2b-5d16b-ph.htm" TARGET="_top">
/techref/microchip/math/radix/bu2b-5d16b-ph.htm</A> 
This was what I was looking for, an efficient BCD to binary conversion.  I download data from a PC that was manipulated by EXCEL onto a PIC for storage on an external EEPROM.  This conversion was required to generate proper address bytes for the memory EEPROMs.<BR>
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I do have one request, is it possible to expand this logic to support the 17-bit addressing of the 128KB AT24C1024 Serial EEPROM?<BR>
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I'm not quite capable of expanding the code myself.  I can follow your explanation, but my math skills end about there.  An expanded version capable of supporting a number of 131,072 would be greatly appreciated.<BR>
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Thank you very much for the current version!<BR>
<BR>
Robert Hedan<BR>
:)<BR>
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