CPU08
Abstract: MC68HC908 AN012302-0608 F64XX MC68HC908AB32 UM0128 LT 505-S adc 8-bit with bcd output CPU08RMAD
Text: Application Note Zilog’s eZ8TM CPU Versus Motorola’s CPU08 - A Comparison Study AN012302-0608 Abstract CPU08 CPU Description Zilog’s eZ8 TM CPU is a high-performance 8-bit microcontroller Central Processor Unit CPU designed to address continuing demand for faster
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CPU08
AN012302-0608
MC68HC908
16-bit
AN012302-0608
F64XX
MC68HC908AB32
UM0128
LT 505-S
adc 8-bit with bcd output
CPU08RMAD
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AN-979
Abstract: EIA-485
Text: INTRODUCTlON This application note discusses the EIA-485 standard for differential multipoint data transmission and its practical limits. It is commonly called RS-485, however its official name is EIA-485 which reflects the name of the committee at the time
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EIA-485
RS-485,
TIA/EIA-485-A.
an012358
AN-979
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AN012326-1
Abstract: AN-971 DS90C031 DS90C032 EIA-644 TR30 AN012326-8 AN012326-2 EIA-644 eye pattern
Text: National Semiconductor Application Note 971 Syed B. Huq John Goldie July 1998 INTRODUCTION Recent growth in high-end processors, multi-media, virtual reality and networking has demanded more bandwidth than ever before. But the point-to-point physical layer interfaces
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RS-422,
RS-485,
AN012326-1
AN-971
DS90C031
DS90C032
EIA-644
TR30
AN012326-8
AN012326-2
EIA-644 eye pattern
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26LS30
Abstract: AN012312-3 26LS32 DS3691 DS8925 RS-423 EIA-232 transformer Nelson Publishing
Text: National Semiconductor Application Note 967 Todd Nelson June 1994 INTRODUCTION This application note discusses three approaches to the LocalTalk physical layer. One approach uses the TIA/EIA-422-B RS-422 standard over a twisted pair wire medium. Another uses the RS-422 drivers and receivers but
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TIA/EIA-422-B
RS-422)
RS-422
TIA/EIA-232-E
RS-232)
26LS30
26LS32.
DS3691
DS26LS32A
AN012312-3
26LS32
DS8925
RS-423
EIA-232 transformer
Nelson Publishing
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PSC110F
Abstract: AN0123 AN-1037 SCAN18373T SCAN18540T SCANPSC110 SCANPSC110F
Text: Fairchild Semiconductor Application Note 1023 February 1996 INTRODUCTION IEEE Std. 1149.1 JTAG defines a standard Test Access Port (TAP), protocol and set of commands for built in test at both the chip and board level. A board designed with boundary scan components typically consists of one scan chain
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26LS30
Abstract: 26LS32 DS3691 DS8925 RS-423 application note 26LS32
Text: National Semiconductor Application Note 967 Todd Nelson June 1994 INTRODUCTION This application note discusses three approaches to the LocalTalk physical layer. One approach uses the TIA/EIA-422-B RS-422 standard over a twisted pair wire medium. Another uses the RS-422 drivers and receivers but
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TIA/EIA-422-B
RS-422)
RS-422
TIA/EIA-232-E
RS-232)
26LS30
26LS32.
DS3691
DS26LS32A
26LS32
DS8925
RS-423
application note 26LS32
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26LS30
Abstract: 26LS32 LocalTalk DS3691 DS8925 RS-423 AN967 Nelson Publishing
Text: National Semiconductor Application Note 967 Todd Nelson June 1994 INTRODUCTION This application note discusses three approaches to the LocalTalk physical layer. One approach uses the TIA/EIA-422-B RS-422 standard over a twisted pair wire medium. Another uses the RS-422 drivers and receivers but
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TIA/EIA-422-B
RS-422)
RS-422
TIA/EIA-232-E
RS-232)
26LS30
26LS32.
DS3691
DS26LS32A
26LS32
LocalTalk
DS8925
RS-423
AN967
Nelson Publishing
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26LS30
Abstract: application note 26LS30 26LS32 AN-967 DS3691 DS8925 AN012312-6 Nelson Publishing twisted-pair receiver national application note 26LS32
Text: INTRODUCTION This application note discusses three approaches to the LocalTalk physical layer. One approach uses the TIA/EIA-422-B RS-422 standard over a twisted pair wire medium. Another uses the RS-422 drivers and receivers but the bus is transformer-coupled over standard phone cables.
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TIA/EIA-422-B
RS-422)
RS-422
TIA/EIA-232-E
RS-232)
26LS30
26LS32.
DS3691
DS26LS32A
application note 26LS30
26LS32
AN-967
DS8925
AN012312-6
Nelson Publishing
twisted-pair receiver national
application note 26LS32
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DS90C032
Abstract: AN-808 AN-903 AN-977 DS90C031
Text: National Semiconductor Application Note 977 John Goldie Syed Huq October 1994 LVDS SIGNAL QUALITY This report provides data rate versus cable length recommendations for LVDS drivers and receivers in a typical application for a particular twisted pair cable. The questions of:
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an012338
DS90C032
AN-808
AN-903
AN-977
DS90C031
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AN-977
Abstract: AN-808 AN-903 DS90C031 DS90C032
Text: LVDS SIGNAL QUALITY This report provides data rate versus cable length recommendations for LVDS drivers and receivers in a typical application for a particular twisted pair cable. The questions of: How Far? and How Fast? seem simple to answer at first, but
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an012338
AN-977
AN-808
AN-903
DS90C031
DS90C032
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AN-972
Abstract: No abstract text available
Text: INTRODUCTION When communication is required between systems that support different interfaces is required, a detailed study of driver output and receiver input characteristics is required to determine if direct “electrical” inter-operation is possible. The results of this study may also conclude that some translation
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an012330
AN-972
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AN-972
Abstract: No abstract text available
Text: National Semiconductor Application Note 972 J. Goldie November 1994 INTRODUCTION When communication is required between systems that support different interfaces is required, a detailed study of driver output and receiver input characteristics is required to determine if direct “electrical” inter-operation is possible. The results of this study may also conclude that some translation
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AN012358-4
Abstract: AN-979 EIA-485 EIA-485-A RS-485 timing diagram
Text: National Semiconductor Application Note 979 Todd Nelson March 1995 INTRODUCTlON This application note discusses the EIA-485 standard for differential multipoint data transmission and its practical limits. It is commonly called RS-485, however its official name is
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EIA-485
RS-485,
TIA/EIA-485-A.
AN012358-4
AN-979
EIA-485-A
RS-485 timing diagram
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TTL / RS 422
Abstract: AN-972 National Semiconductor an rs 485
Text: National Semiconductor Application Note 972 J. Goldie November 1994 INTRODUCTION When communication is required between systems that support different interfaces is required, a detailed study of driver output and receiver input characteristics is required to determine if direct “electrical” inter-operation is possible. The results of this study may also conclude that some translation
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an012330
TTL / RS 422
AN-972
National Semiconductor an rs 485
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AN-808
Abstract: AN-847 AN-903 AN-979 EIA-485
Text: National Semiconductor Application Note 979 Todd Nelson March 1995 Introductlon mum configuration of two nodes; and with the full load of 32 nodes. The terms used in the specification are: VOA True output voltage with respect to ground This application note discusses the EIA-485 standard for
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EIA-485
RS-485,
TIA/EIA-485-A.
AN-808
AN-847
AN-903
AN-979
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pulse generator module at 4 KHZ
Abstract: AN-982 COP888GW transistor TC-11
Text: INTRODUCTION The COP888GW is a member of National Semiconductor’s COP888 family of microcontrollers fabricated in M2CMOS technology. The device was established using CCM Configurable Controller Methodology design techniques which provide a fast and reliable way to create new derivatives for
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COP888GW
COP888
emphasi959
pulse generator module at 4 KHZ
AN-982
transistor TC-11
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AN-808
Abstract: AN-903 AN-977 DS90C031 DS90C032 LVDS scsi cable DS90C03
Text: National Semiconductor Application Note 977 John Goldie Syed Huq October 1994 LVDS SIGNAL QUALITY This report provides data rate versus cable length recommendations for LVDS drivers and receivers in a typical application for a particular twisted pair cable. The questions of:
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LVDS lcd receiver
Abstract: DS90C031 LVDS scsi cable IEEE1596.3 DS90C032 AN-971 IEEE1596 TR30 cable lvds
Text: ご注意：日本語のアプリケーション・ノートは参考資料として提供しており内容が 最新でない場合があります。製品のご使用に際しては、必ず最新の英文アプ リケーション・ノートをご確認ください。
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500MT/s
RS-422
RS-485SCSI
DS90C031
DS90C032
AN-971
LVDS lcd receiver
DS90C031
LVDS scsi cable
IEEE1596.3
DS90C032
AN-971
IEEE1596
TR30
cable lvds
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AN-971
Abstract: C032 DS90C031 DS90C032 TR30 AN012326-12
Text: National Semiconductor Application Note 971 Syed B. Huq November 1994 INTRODUCTION Recent growth in high-end processors, multi-media, virtual reality and networking has demanded more bandwidth than ever before. But the point-to-point physical layer interfaces
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RS-422,
RS-485,
an012326
AN-971
C032
DS90C031
DS90C032
TR30
AN012326-12
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delay loop subroutine
Abstract: Zilog eZ8 AN520 CPU08 MC68HC908AB32 UM0128 DLY10
Text: Application Note ZiLOG eZ8 CPU Performance Benchmarking AN012501-1202 ZiLOG Worldwide Headquarters • 532 Race Street • San Jose, CA 95126-3432 Telephone: 408.558.8500 • Fax: 408.558.8300 • www.zilog.com Application Note ZiLOG eZ8 CPU Performance Benchmarking
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AN012501-1202
DLY10
DLY10:
39bytes
delay loop subroutine
Zilog eZ8
AN520
CPU08
MC68HC908AB32
UM0128
DLY10
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AN-971
Abstract: DS90C031 DS90C032 EIA-644 TR30 5V RS422 Driver transmission lines Twisted Pair
Text: INTRODUCTION Recent growth in high-end processors, multi-media, virtual reality and networking has demanded more bandwidth than ever before. But the point-to-point physical layer interfaces have not been able to deal with moving information at the data rates required. Some of today’s biggest challenges that
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RS-422,
RS-485,
an012326
AN-971
DS90C031
DS90C032
EIA-644
TR30
5V RS422 Driver
transmission lines Twisted Pair
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TTL to RS 422
Abstract: TTL / RS 422 422 ttl AN-972 EIA-422-A EIA-485 RS-423
Text: National Semiconductor Application Note 972 J. Goldie November 1994 Introduction eters should be compared to determine if they are directly compatible: driver load to receiver input resistance, driver output levels to receiver input voltage range, and driver
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AN-972
TTL to RS 422
TTL / RS 422
422 ttl
AN-972
EIA-422-A
EIA-485
RS-423
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AN-979
Abstract: EIA-485
Text: National Semiconductor Application Note 979 Todd Nelson March 1995 INTRODUCTlON This application note discusses the EIA-485 standard for differential multipoint data transmission and its practical limits. It is commonly called RS-485, however its official name is
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EIA-485
RS-485,
TIA/EIA-485-A.
an012358
AN-979
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Untitled
Abstract: No abstract text available
Text: P UR DY UM J / (a n d ) A N D DIV LED Lamps 1ÖE' D • STANDARD BRIGHT 743275,^ 0GQ1572 7' ■ T i% 1 174 AND113(P) Series AND114(P) Series T1 -* AND163 Series AND123Seriefl AND124 Serie» FEATURES • • • • Low power requirement Stand-off or flush-mount
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0GQ1572
AND113
AND114
AND163
AND123Seriefl
AND124
AND113R
AND114R
AND164
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