AN-108
Abstract: AN-214 DS1691 DS78LS120 EIA-422-B RS-423
Text: INTRODUCTION With the advent of the microprocessor, logic designs have become both sophisticated and modular in concept. Frequently the modules making up the system are very closely coupled on a single printed circuit board or cardfile. In a majority of these cases a standard bus transceiver will be adequate. However because of the distributed intelligence ability of the microprocessor, it is becoming common practice for
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an005854
AN-108
AN-214
DS1691
DS78LS120
EIA-422-B
RS-423
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an214
Abstract: 188-114 AN-108 AN-214 DS1691 DS78LS120 EIA-422-B RS-423
Text: National Semiconductor Application Note 214 John Abbott John Goldie August 1993 Introduction tor’s application note AN-108 and TIA/EIA standards TIA/ EIA-422-B balanced and TIA/EIA-423-B (unbalanced). In this application note the generic terms of RS-422 and
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AN-108
EIA-422-B
TIA/EIA-423-B
RS-422
RS-423
an214
188-114
AN-214
DS1691
DS78LS120
EIA-422-B
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DS1691
Abstract: AN-108 AN-214 DS78LS120 EIA-422-B RS-423 188-114 application note AN-214
Text: National Semiconductor Application Note 214 John Abbott John Goldie August 1993 INTRODUCTION With the advent of the microprocessor, logic designs have become both sophisticated and modular in concept. Frequently the modules making up the system are very closely
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Original
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PDF
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AN-214 Application Note
Abstract: DS88LS120 AN-108 AN-214 DS1691 DS78LS120 EIA-422-B RS-423
Text: National Semiconductor Application Note 214 John Abbott John Goldie August 1993 INTRODUCTION With the advent of the microprocessor, logic designs have become both sophisticated and modular in concept. Frequently the modules making up the system are very closely
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Original
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PDF
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an005854
AN-214 Application Note
DS88LS120
AN-108
AN-214
DS1691
DS78LS120
EIA-422-B
RS-423
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