BFOOT-66501
Abstract: AN214 block diagram PIC16C62A PIC16F87X DS30292 93C86 MCP3201 P1451 PIC16C62A PIC16C717 PIC16C771
Text: AN214 The PICmicro MCU as an IEEE 1451.2 Compatible Smart Transducer Interface Module STIM Authors: The IEEE 1451.2 standard provides the means to connect sensors and actuators to a digital system, typically a network, via a Network Capable Application Processor (NCAP). Figure 2 depicts a general distributed
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AN214
IEEE-1451
DS00214A-page
BFOOT-66501
AN214
block diagram PIC16C62A
PIC16F87X DS30292
93C86
MCP3201
P1451
PIC16C62A
PIC16C717
PIC16C771
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block diagram PIC16C62A
Abstract: TRANSDUCER BFOOT-66501 an214 Q an214 microcontroller relay interfacing with mmt 8870 IEEE-1451 STIM 202 teds ph sensor
Text: AN214 The PICmicro MCU as an IEEE 1451.2 Compatible Smart Transducer Interface Module STIM Authors: The IEEE 1451.2 standard provides the means to connect sensors and actuators to a digital system, typically a network, via a Network Capable Application Processor (NCAP). Figure 2 depicts a general distributed
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AN214
IEEE-1451
D-81739
block diagram PIC16C62A
TRANSDUCER
BFOOT-66501
an214 Q
an214
microcontroller relay interfacing with mmt 8870
STIM 202
teds
ph sensor
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AN214
Abstract: AN214R AN214 audio AN214 audio integrated circuit data pc motherboard schematics TOTX173 CS4201 PW-6000 AN-214
Text: AN214 Application Note CS4201/CS4202 SIX CHANNEL AUDIO DESIGN 1. INTRODUCTION This application note describes how to create a six channel AC '97 audio sub-system on a PC motherboard that can accommodate either the CS4201 or the CS4202 audio codec. U2 CS4201 CS4202
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AN214
CS4201/CS4202
CS4201
CS4202
CS4202
1000pF
AN214
AN214R
AN214 audio
AN214 audio integrated circuit data
pc motherboard schematics
TOTX173
PW-6000
AN-214
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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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74F295
Abstract: Generator/AN214 amplifier circuit diagram
Text: INTEGRATED CIRCUITS AN214 74F extended octal-plus family applications June 1988 Revised June 1996 Philips Semiconductors Philips Semiconductors Application note 74F extended octal-plus family applications “light-load” inputs, “broadside” design and high functional
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AN214
10-bit
74F295
Generator/AN214 amplifier circuit diagram
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AN214 amplifier circuit diagram
Abstract: AN214 AN214 amplifier AN214 power amplifier F8234 74F861 F8212 74F series logic family LE841 74F863
Text: INTEGRATED CIRCUITS AN214 74F extended octal-plus family applications June 1988 Revised June 1996 Philips Semiconductors Philips Semiconductors Application note 74F extended octal-plus family applications “light-load” inputs, “broadside” design and high functional
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AN214
10-bit
AN214 amplifier circuit diagram
AN214
AN214 amplifier
AN214 power amplifier
F8234
74F861
F8212
74F series logic family
LE841
74F863
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"1 wire slave interface" verilog
Abstract: UART using VHDL AN214 1 wire verilog code IC AN214 uart verilog code vhdl code for uart communication DS1WM 2N7002 MC68SZ328
Text: Application Note 214 Using a UART to Implement a 1-Wire Bus Master www.maxim-ic.com INTRODUCTION 1-Wire devices provide economical solutions for identification, memory, time keeping, measurement and control. The 1-Wire data interface is reduced to the absolute minimum, i.e., a single data line plus
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16kbps
16-bit
32-bit
100MHz
"1 wire slave interface" verilog
UART using VHDL
AN214
1 wire verilog code
IC AN214
uart verilog code
vhdl code for uart communication
DS1WM
2N7002
MC68SZ328
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AN214
Abstract: IC AN214 DS1990A DS2401 DS2438 DS2740 DS9097E MC68SZ328 NC7WZ07 PXA250
Text: Maxim > App Notes > 1-Wire Devices UARTs Keywords: UART, DS9097E, 1-Wire, iButton, bus master, 1-Wire signals, microprocessor, 1wire Sep 10, 2002 APPLICATION NOTE 214 Using a UART to Implement a 1-Wire Bus Master Abstract: This application note explains how to use a microprocessor's UART to implement a 1-Wire® bus
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DS9097E,
DS1990A:
DS2401:
DS2438:
DS2740:
DS2751:
DS2760:
DS2761:
DS2762:
DS9097E:
AN214
IC AN214
DS1990A
DS2401
DS2438
DS2740
DS9097E
MC68SZ328
NC7WZ07
PXA250
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DS1990A
Abstract: DS2401 DS2438 DS2740 DS9097E MC68SZ328 NC7WZ07 PXA250 SA-1110 UART abstract
Text: Maxim > App Notes > 1-Wire Devices UARTs Keywords: UART, DS9097E, 1-Wire, iButton, bus master, 1-Wire signals, microprocessor, 1wire Sep 10, 2002 APPLICATION NOTE 214 Using a UART to Implement a 1-Wire Bus Master Abstract: This application note explains how to use a microprocessor's UART to implement a 1-Wire® bus
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DS9097E,
DS2740:
DS2762:
DS9097E:
com/an214
AN214,
APP214,
Appnote214,
DS1990A
DS2401
DS2438
DS2740
DS9097E
MC68SZ328
NC7WZ07
PXA250
SA-1110
UART abstract
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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 audio integrated circuit data
Abstract: AN214 pc motherboard schematics PW60 TOTX173 C2621
Text: AN213 Application Note CS4201/CS4202 TWO CHANNEL AUDIO DESIGN 1. INTRODUCTION This application note describes how to create a two channel AC '97 audio sub-system on a PC motherboard, with buffered Line Outputs, that can accommodate either the CS4201 or CS4202 audio
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AN213
CS4201/CS4202
CS4201
CS4202
1000pF
CS4201,
AN214 audio integrated circuit data
AN214
pc motherboard schematics
PW60
TOTX173
C2621
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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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an005854
AN-214 Application Note
DS88LS120
AN-108
AN-214
DS1691
DS78LS120
EIA-422-B
RS-423
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188-114
Abstract: application note AN-214 an-214 ir receiver transistor AN-108 C1996 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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AN-214
Abstract: AN-457 AN-805 DS26C31 DS34LV87T DS34LV87TM M16A
Text: DS34LV87T Enhanced CMOS Quad Differential Line Driver General Description Features The DS34LV87T is a high speed quad differential CMOS driver that meets the requirements of both TIA/EIA-422-B and ITU-T V.11. The CMOS DS34LV87T features low static ICC of 100 µA max which makes it ideal for battery powered
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DS34LV87T
DS34LV87T
TIA/EIA-422-B
AN-214
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AN-805
DS26C31
DS34LV87TM
M16A
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DS26C31
Abstract: DS34LV87T DS34LV87TM DS34LV87TN M16A N16A
Text: DS34LV87T Enhanced CMOS Quad Differential Line Driver General Description Features The DS34LV87T is a high speed quad differential CMOS driver that meets the requirements of both TIA/EIA-422-B and ITU-T V.11. The CMOS DS34LV87T features low static ICC of 100 µA max which makes it ideal for battery powered
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DS34LV87T
DS34LV87T
TIA/EIA-422-B
VOD959
DS26C31
DS34LV87TM
DS34LV87TN
M16A
N16A
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DS26C31
Abstract: DS34LV87T DS34LV87TM DS34LV87TN M16A N16A
Text: DS34LV87T Enhanced CMOS Quad Differential Line Driver General Description Features The DS34LV87T is a high speed quad differential CMOS driver that meets the requirements of both TIA/EIA-422-B and ITU-T V.11. The CMOS DS34LV87T features low static ICC of 100 µA max which makes it ideal for battery powered
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DS34LV87T
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TIA/EIA-422-B
VOD7018
DS26C31
DS34LV87TM
DS34LV87TN
M16A
N16A
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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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DS26C31
Abstract: DS34LV87T DS34LV87TM M16A
Text: DS34LV87T Enhanced CMOS Quad Differential Line Driver General Description Features The DS34LV87T is a high speed quad differential CMOS driver that meets the requirements of both TIA/EIA-422-B and ITU-T V.11. The CMOS DS34LV87T features low static ICC of 100 µA max which makes it ideal for battery powered
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M16A
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an214 circuit diagram
Abstract: DS26C31 DS34LV87T DS34LV87TM M16A
Text: DS34LV87T Enhanced CMOS Quad Differential Line Driver General Description Features The DS34LV87T is a high speed quad differential CMOS driver that meets the requirements of both TIA/EIA-422-B and ITU-T V.11. The CMOS DS34LV87T features low static ICC of 100 µA max which makes it ideal for battery powered
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TIA/EIA-422-B
an214 circuit diagram
DS26C31
DS34LV87TM
M16A
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an214 circuit diagram
Abstract: DS26C31 DS34LV87T DS34LV87TM DS34LV87TN M16A N16A
Text: General Description Features The DS34LV87T is a high speed quad differential CMOS driver that meets the requirements of both TIA/EIA-422-B and ITU-T V.11. The CMOS DS34LV87T features low static ICC of 100 µA max which makes it ideal for battery powered and power conscious applications. The TRI-STATE enable,
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TIA/EIA-422-B
ds012645
an214 circuit diagram
DS26C31
DS34LV87TM
DS34LV87TN
M16A
N16A
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eia 422 DS26C31
Abstract: DS26C31 DS26LV31T DS26LV31TM DS26LV31TN M16A N16A
Text: JOBNAME: No Job Name PAGE: 1 SESS: 2 OUTPUT: Wed Jan 29 12:49:19 1997 General Description Features The DS26LV31T is a high-speed quad differential CMOS driver that meets the requirements of both TIA/EIA-422-B and ITU-T V.11. The CMOS DS26LV31T features low static
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DS26LV31T
TIA/EIA-422-B
RS-422)
RS-422
eia 422 DS26C31
DS26C31
DS26LV31TM
DS26LV31TN
M16A
N16A
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DS26C31
Abstract: DS26LV31T DS26LV31TM DS26LV31TN M16A N16A DS012642
Text: DS26LV31T 3V Enhanced CMOS Quad Differential Line Driver General Description Features The DS26LV31T is a high-speed quad differential CMOS driver that meets the requirements of both TIA/EIA-422-B and ITU-T V.11. The CMOS DS26LV31T features low static ICC of 100 µA MAX which makes it ideal for battery powered
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DS26LV31T
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TIA/EIA-422-B
RS-422)
RS-422
pa7018
DS26C31
DS26LV31TM
DS26LV31TN
M16A
N16A
DS012642
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AN-214
Abstract: DS26C31 DS26LV31T DS26LV31TM DS26LV31W M16A W16A
Text: DS26LV31T 3V Enhanced CMOS Quad Differential Line Driver General Description The DS26LV31T is a high-speed quad differential CMOS driver that meets the requirements of both TIA/EIA-422-B and ITU-T V.11. The CMOS DS26LV31T features low static ICC of 100 µA MAX which makes it ideal for battery powered
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TIA/EIA-422-B
AN-214
DS26C31
DS26LV31TM
DS26LV31W
M16A
W16A
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AN214
Abstract: AN214D DS78LS12
Text: AN-214 Transmission Line Drivers and Receivers for EIA Standards RS-422 and RS-423 National Sem iconductor Application N ote 2 1 4 John Abbott With the advent of the microprocessor, logic designs have become both sophisticated and modular in concept. Fre
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AN-214
RS-422
RS-423
RS-423
AN214
AN214D
DS78LS12
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