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UCC5672PWPTR Texas Instruments 9 Line 2.7-5V Multimode Terminator for SCSI through Ultra320 with SPI-3 Mode Change Delay 28-TSSOP 0 to 70 ri Buy
UCC5672PWPTRG4 Texas Instruments 9 Line 2.7-5V Multimode Terminator for SCSI through Ultra320 with SPI-3 Mode Change Delay 28-TSSOP 0 to 70 ri Buy
UCC5672PWPG4 Texas Instruments 9 Line 2.7-5V Multimode Terminator for SCSI through Ultra320 with SPI-3 Mode Change Delay 28-TSSOP 0 to 70 ri BuyFREE Buy

SPI to IEEE-488

Catalog Datasheet Results Type PDF Document Tags
Abstract: is to comply with some additions to the 1975 IEEE-488 Standard incorporated in the 1978 Standard. 2. , processed. The IEEE-488 Standard does not permit users to define their own commands, but upgrades of the , to power up in certain states as specified in the IEEE-488 state diagrams. Thus, the following states , for connection to the GPIB, Ti is defined by IEEE-488 to be 2 jus. By writing 0010DDDD 0010DDDD into the , interface functions defined in the IEEE-488 Standard except for the controller function. If an ... OCR Scan
datasheet

32 pages,
2263.7 Kb

8080 intel microprocessor interfaces 8089 microprocessor block diagram microprocessors interface 8237 cpt21 intel d 8292 gpib IEEE-488 to intel 8291A- intel d 8293 8089 microprocessor architecture intel 8293 8089 microprocessor pin diagram 8291A datasheet abstract
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Abstract: is to comply with some additions to the 1975 IEEE-488 Standard incorporated in the 1978 Standard. 2. , processed. The IEEE-488 Standard does not permit users to define their own commands, but upgrades of the , to power up in certain states as specified in the IEEE-488 state diagrams. Thus, the following states , for connection to the GPIB, Ti is defined by IEEE-488 to be 2 jus. By writing 0010DDDD 0010DDDD into the , It implements all of the interface functions defined in the IEEE-488 Standard except for the ... OCR Scan
datasheet

32 pages,
2193.58 Kb

8089 microprocessor architecture B282 cpt21 DI01 IA05 limit switch input output processor 8089 MCS-48 intel 8293 0010DDDD intel 8291A 8291 gpib intel 8292 intel d 8293 datasheet abstract
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Abstract: to comply with some additions to the 1975 IEEE-488 Standard incorporated in the 1978 Standard. 2. The , commands can be processed. The IEEE-488 Standard does not permit users to define their own commands, but , Execute pon: This command resets the 8291A to a power up state (local pon message as defined in IEEE-488). , open-collector transceivers are used for connection to the GPIB, Ti is defined by IEEE-488 to be 2 jus. By , defined in the IEEE-488 Standard except for the controller function. If an implementation of the ... OCR Scan
datasheet

32 pages,
1267.14 Kb

using the 8292 gpib controller 8089 microprocessor Features 8291 gpib Intel 8237 dma controller block diagram intel 8257 interrupt controller Intel 8291 intel DOC intel 8293 intel d 8293 JST MSA 8089 microprocessor block diagram intel 8089 microprocessor Features datasheet abstract
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Abstract: as many as 32 secondary commands can be processed. The IEEE-488 Standard does not permit users to , to power up in certain states as specified in the IEEE-488 state diagrams. Thus, the following states , TWRDV2-TWRD15 TWRDV2-TWRD15). When open-collector transceivers are used for connection to the GPIB, Ti is defined by IEEE-488 , the 1975 IEEE-488 Standard incorporated in the 1978 Standard. 2. The BO interrupt is not asserted , IEEE-488 Standard except for the controller function. If an implementation of the Standard's Controller is ... OCR Scan
datasheet

32 pages,
1316.01 Kb

8292 8086 mnemonics 8048 intel microprocessor pin diagram 110B8 8291a intel 8291 SPI GPIB interfacing of 8237 with 8086 Microprocessor 8048 microprocessors interface 8237 SPI to IEEE-488 8291 gpib intel 8089 microprocessor Features datasheet abstract
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Abstract: commands can be processed. The IEEE-488 Standard does not per mit users to define their own commands, but , is designed to power up in certain states as specified in the IEEE-488 state diagrams. Thus, the , 8291A to a p o w e r up state (local pon mes sage as defined in IEEE-488). The following conditions , transceivers are used for con nection to the GPIB, T i is defined by IEEE-488 to be 2 ju-s. By writing 0010DDDD 0010DDDD , the 1975 IEEE-488 Standard incorporated in the 1978 Standard. 2. The BO interrupt is not asserted ... OCR Scan
datasheet

32 pages,
2178.36 Kb

IC 0001 SPMS intel 8291A intel 8292 intel d 8293 8291 gpib 8089 microprocessor block diagram 8089 microprocessor architecture SPI to IEEE-488 8089 microprocessor pin diagram datasheet abstract
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Abstract: * ndac" nrfd* sro" ren-ifc" opta optb to ieee-488 bus - Vcc to ieee-488 bus Figure 9. 8291A and 8293 , Components - Only Two 8293's Required per QPIB Interface - On Chip IEEE-488 Bus Terminations The Intel , and Function BUS1-BUS9 12, 13, 15-19, 21, 22 I/O GPIB Lines, GPIB Side: These are the IEEE-488 bus , EOI 3 EOI EOl ÏÛÎ EOI aTn 4 ST' ÁT' ätr ATN •Note: These pins are the IEEE-488 bua non-inverting , ATNO ATN" EOI EOI" EOI2 ATNI IFCL CIC CLTH OPTA SYC OPTB MODE 2 TO ieee'488 BUS -Vss - ... OCR Scan
datasheet

12 pages,
423.01 Kb

2 two pin ir receiver 8292 microprocessor CI 7474 CI 7473 intel 8291A 7472 truth table B041A intel 8291 SPI GPIB "intel 8293" pin diagram of ttl 7473 intel d 8293-10 TTL 7471 IEEE-488 IEEE-488 abstract
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Abstract: 8291 GPIB Talker/Listener and two 8293 GPIB Transceivers to form a complete IEEE-488 Bus Interface for , in CIDS. System Configuration The 8291 and 8292 must be interfaced to an IEEE-488 bus meeting a , IEEE-488 BUS -Vcc - Vcc . TO IEEE-488 ' BUS Figure 5. 8291, 8292, and 8293 System Configuration 8-310 , other bits. Receiving IFC The IFC pulse defined by the IEEE-488 standard is at least 100 pisec. In , when it is controller in charge. If true, SPI interrupt to the master will be generated. Af'i 22 1 ... OCR Scan
datasheet

15 pages,
644.16 Kb

using the 8292 gpib controller 8041A DI01 DL05 intel 8291 488 controller RC8T SPI GPIB intel d 8292 gpib fiinm 8313 interrupt mask intel 8293 SPI to IEEE-488 intel 8292 datasheet abstract
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Abstract: . Maxim 112 GPIB ( IEEE-488 ) ( DAS ) 16 RS-232 RS-232 PC GPIB Maxim / / 1. GPIB , DSP C2D EEPROM MAX1468 MAX1468 SPI * Motorola, Inc. 0.001pF TEMP DIGITAL FILTER , 1st-order resistor programmable 10mV/V to 30mV/V Current source* ­ Laser trim (±10%) 5V , 16-bit DACs (selectable from 1 to 179 point temp compensation) 1mV/V to 40mV/V Current/ voltage , , 2.5V ±2.5V Analog 16-bit DACs (selectable from 1 to 179 point temp compensation) 7mV/V to ... Original
datasheet

11 pages,
2674.75 Kb

MAX1452EVKIT MAX1455 MAX1459 MAX1460 "4-20mA" ic rs232 pc SPI GPIB MAX1478 MAX1475 MAX1458 4-20ma ADC maxim adc 16 bit MAX1457 4-20ma to digital ADC datasheet abstract
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Abstract: Only Two 8293's Required per GPIB Interface On-Chip IEEE-488 Bus Terminations T h e Intel® 8 293 G , BUS1BUS9 12, 13, 15-19, 21, 22 I/O N am e and Function GPIB U ne», GPIB S ide: These are th e IEEE-488 bus , DI01* T/R1 ir e i EOI ST' - - "Not*: Thes« pins are the IEEE-488 bus non-inverting , ~ t> ° TO M IC R O P R O C E S S O R RESET" CS TCI SPI OBFi I8 F I COUNT EO I? ATNI O S C ILL , Configuration Power Up/Power Down Protection to Prevent Disrupting the IEEE Bus Connects with the 8291A and ... OCR Scan
datasheet

11 pages,
463.25 Kb

SPI GPIB intel 8293 intel 8291A- ic 8293 gpib ic 8291A intel d 8293-10 intel d 8293 IEEE-488 IEEE-488 abstract
datasheet frame
Abstract: www.maxim-ic.com () www.maxim-ic.com/sensortips.htm * 1¥130/1 AV TO QU A FR ILABLE EE AL IFI ED CU ST O ME RS 112 16(DAS) PCGPIB(IEEE-488 , SPI EEPROM RISC (V) 5V ... Original
datasheet

11 pages,
861.79 Kb

16DAC MAX1462 max14622 MAX1474 max14521 MAX1452 oSC-70 max1457112 MAX1452EVKIT MAX1457 MAX1460 MAX1474SC70 max1477 MAX14680 SPI to IEEE-488 datasheet abstract
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Datasheet Content (non pdf)

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Over 1.1 million files (1986-2014): html articles, reference designs, gerber files, chemical content, spice models, programs, code, pricing, images, circuits, parametric data, RoHS data, cross references, pcns, military data, and more. Please note that due to their age, these files do not always format correctly in modern browsers. Disclaimer.
 
MC6805L3 MC6805L3 MC6805L3 MC6805L3 Using SPI ANE415/D ANE415/D ANE415/D ANE415/D MC68HC11 MC68HC11 MC68HC11 MC68HC11 Implementation of IEEE-488 Interface for Application Notes are found here Other documentation listed here can be found by returning to the Data Driving LCDs with M6805 M6805 M6805 M6805 Microprocessors AN449/D AN449/D AN449/D AN449/D An MC68340 MC68340 MC68340 MC68340 to M88000 M88000 M88000 M88000 MBUS Bus Translator AN451 AN451 AN451 AN451 AN991/D AN991/D AN991/D AN991/D Using the Serial Peripheral Interface to Communicate Between Multiple AN1066/D AN1066/D AN1066/D AN1066/D Interfacing the MC68HC05C5 MC68HC05C5 MC68HC05C5 MC68HC05C5 SIOP to an I2C Peripheral AN1082/D AN1082/D AN1082/D AN1082/D Simple Design for a
www.datasheetarchive.com/files/motorola/design-n/lit/html/br135a/interfac.htm
Motorola 25/11/1996 5.52 Kb HTM interfac.htm
IEEE and is now known by the three names GPIB, HP-IB, and IEEE-488 bus. Further information regarding order to characterize data converters more efficiently and with better repeatability, a laboratory test captures data, it stores it in a file, automatically eliminating errors due to incorrect data entry. When Thousands of data points can be acquired in minutes. Manually it could take several days to gather the same Another key advantage of an automated setup is that the design engineer doesn't need to know the equipment
www.datasheetarchive.com/files/maxim/0002/appno003-v1.htm
Maxim 02/05/2002 18.05 Kb HTM appno003-v1.htm
single-chip implementation of the GPIB protocol. This manual describes the IEEE-488 Standard and discusses MC68349 MC68349 MC68349 MC68349 is designed to serve as the central processor of personal intelligent communicators and similar MC68349 MC68349 MC68349 MC68349 is the first in a series of M68300 M68300 M68300 M68300 family integrated processors designed specifically to support flexibility and major extensions to capability. It incorporates four Serial Communications Controllers (SCC), two serial Management Controllers (SMC) and a Serial Peripheral Interface (SPI). This manual provides
www.datasheetarchive.com/files/motorola/design-n/lit/html/br101/user2_ma.htm
Motorola 25/11/1996 32.12 Kb HTM user2_ma.htm
MC68HC11 MC68HC11 MC68HC11 MC68HC11 Implementation of IEEE-488 Interface for DSP56000 DSP56000 DSP56000 DSP56000 Monitor ANE416/D ANE416/D ANE416/D ANE416/D Switching Circuits AN222A/D AN222A/D AN222A/D AN222A/D The ABCs of Solid-State DC to AC Inverters AN270/D AN270/D AN270/D AN270/D Nanosecond AN430/D AN430/D AN430/D AN430/D Adding Floating Point Support to an MC68030 MC68030 MC68030 MC68030 High Performance System AN431 AN431 AN431 AN431 Design AN447A/D AN447A/D AN447A/D AN447A/D Appendix to AN447/D AN447/D AN447/D AN447/D: "An MC88100/MC88200 MC88100/MC88200 MC88100/MC88200 MC88100/MC88200 20/25/33MHz System DRAM Design" AN448/D AN448/D AN448/D AN448/D "FLOF"Teletext Using M6805 M6805 M6805 M6805 Microcontrollers AN449/D AN449/D AN449/D AN449/D An MC68340 MC68340 MC68340 MC68340 to M88000 M88000 M88000 M88000
www.datasheetarchive.com/files/motorola/design-n/lit/html/br135a/br135apn.htm
Motorola 25/11/1996 72.26 Kb HTM br135apn.htm
short-duration, high-energy pulse to the external leads of an integrated circuit. ESD is often confused with the energy pulse. While ESD events may only take less than a microsecond to happen, EOS events are much slower to occur and typically last much longer. An electrostatic discharge happens when two objects at different potentials come in contact with one another. Charge is transferred from one body to the other until they are both at the same potential. The time required for this charge transfer to
www.datasheetarchive.com/files/motorola/faq/index.htm
Motorola 21/02/2000 441.5 Kb HTM index.htm
short-duration, high-energy pulse to the external leads of an integrated circuit. ESD is often confused with the energy pulse. While ESD events may only take less than a microsecond to happen, EOS events are much slower to occur and typically last much longer. An electrostatic discharge happens when two objects at different potentials come in contact with one another. Charge is transferred from one body to the other until they are both at the same potential. The time required for this charge transfer to
www.datasheetarchive.com/files/motorola/faq/index-v1.htm
Motorola 21/02/2000 441.62 Kb HTM index-v1.htm
68HC05 68HC05 68HC05 68HC05, 68HC08 68HC08 68HC08 68HC08, 68HC11 68HC11 68HC11 68HC11, 68HC12 68HC12 68HC12 68HC12, 68HC16 68HC16 68HC16 68HC16, 68300, MCORE, MPC500 MPC500 MPC500 MPC500 1999Mar04 What can I do to improve short-duration, high-energy pulse to the external leads of an integrated circuit. ESD is often confused with the energy pulse. While ESD events may only take less than a microsecond to happen, EOS events are much slower to occur and typically last much longer.An electrostatic discharge happens when two objects at different potentials come in contact with one another. Charge is transferred from one body to
www.datasheetarchive.com/files/motorola/faq/mcufaq.txt
Motorola 21/02/2000 401.87 Kb TXT mcufaq.txt
No abstract text available
www.datasheetarchive.com/download/64007008-139818ZD/00104f.zip (00104f.pdf)
Microchip 01/06/2002 87251.33 Kb ZIP 00104f.zip