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Part Manufacturer Description Datasheet Download Buy Part
LTC4257CS8#TRPBF Linear Technology LTC4257 - IEEE 802.3af PD Power over Ethernet Interface Controller; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LTC4257CS8#TR Linear Technology LTC4257 - IEEE 802.3af PD Power over Ethernet Interface Controller; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LTC4257CS8#PBF Linear Technology LTC4257 - IEEE 802.3af PD Power over Ethernet Interface Controller; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LTC4257IS8 Linear Technology LTC4257 - IEEE 802.3af PD Power over Ethernet Interface Controller; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LTC4257IDD#TRPBF Linear Technology LTC4257 - IEEE 802.3af PD Power over Ethernet Interface Controller; Package: DFN; Pins: 8; Temperature Range: -40°C to 85°C
LTC4257IDD#TR Linear Technology LTC4257 - IEEE 802.3af PD Power over Ethernet Interface Controller; Package: DFN; Pins: 8; Temperature Range: -40°C to 85°C

IEEE-488 general purpose interface bus Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
SIM-31200

Abstract: SIM31201 IEEE-488 general purpose interface bus SIM312 fro 108
Text: -31201 or SIM-31202 w ith IEEE-488 General Purpose Interface Bus (GPIB), the user m ust program the , IEEE- 488 interface is available fo r using the SIM-31200 w ith in stru m ents connected to a General Pur pose IEEE Parallel Data Bus . The fro n t panel keyboard is fo r local p rogram m ing o f o u tp u , -31200 SERIES rear panel to fa cilita te co m m unication via the IEEE- 488 data bus . A ll GPIB signals are p , hen operating via the IEEE- 488 Interface , a rem ote m ode com m and signal is provided by the


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PDF SIM-31200 SIM-31205) 20-bit SIM-31203 SIM31201 IEEE-488 general purpose interface bus SIM312 fro 108
1989 - 18CV8PC-25

Abstract: nec7210 18cv8p IEEE-488 general purpose interface bus 18CV8PC PEEL 18CV8PC-25 AMI HP3478A pcld 785 hp3478 PCL-748
Text: in Section 9. is designed to give you a thorough understanding of how the IEEE-488 General Purpose Interface Bus (GP-IB) works. Topics in the TUTORIAL should be read in sequence if you have no IEEE- 488 , . 59 1. GENERAL INFORMATIQN 1.1. Introduction to the Product The PCL-848A/B IEEE- 488 interface , be able to program almost any IEEE- 488 bus system without interface problems. 2 PCL , and the concepts of the IEEE- 488 bus . CHAPTER 1 GENERAL INFORMATIQN 3 2. INSTALLATION 2.1


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PDF PCL-848A/B IEEE-488 PCL-848A/B IEEE-488 PCL848A/B PCL-848AB 18CV8PC-25 nec7210 18cv8p IEEE-488 general purpose interface bus 18CV8PC PEEL 18CV8PC-25 AMI HP3478A pcld 785 hp3478 PCL-748
TMS9914ANL

Abstract: TMS9914 TMS9914A TMS9900 SN75160AN tms9901 IEEE-488 general purpose interface bus SN75160 SN75162A 9914 GPIB
Text: intelligent instrument is required to communicate with an IEEE-488 General Purpose Interface Bus (GPIB). It , Microprocessor System and the General Purpose Interface Bus (GPIB) specified in the IEEE- 488 1 975/78 standards , Devices TMS9914A General Purpose Interface Bus (GPIB) Controller Data Manual Texas Instruments IMPORTANT , .1-1 1.4 Introduction to the IEEE- 488 1975/78 Interface Bus , THE IEEE- 488 1975/78 INTERFACE BUS The GPIB is designed to allow up to 1 5 instruments within a


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PDF TMS9914A HP3438A TMS9914ANL TMS9914 TMS9900 SN75160AN tms9901 IEEE-488 general purpose interface bus SN75160 SN75162A 9914 GPIB
1984 - LS2521

Abstract: IEEE-1014 uPD7210 GPIB-400 MSA13 transistor AS C2 DAB Clock Radio service manual IEEE-488 general purpose interface bus IEEE1014 GPIB-696P NEC uPD7210
Text: IEEE-488 General Purpose Interface Bus (GPIB). The GPIB-1014P provides a means to implement VMEbus , and conventions specified in the ANSI/IEEE Std. 1014-1987. Hereafter, the General Purpose Interface , General Description R&D Lab Microprocessor Work Station IBM PC with GPIB-PC IEEE- 488 Interface VMEbus Computer with GPIB-1014P IEEE- 488 Interface GPIB-100 Bus Extender Up to 300 Meters (RS , Corporation Section Two General Description Table 2-3. GPIB-1014P IEEE- 488 Interface Capabilities


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PDF GPIB-1014P 70944A-01 GPIB-1014P, GPIB-1014P Index-12 Index-13 LS2521 IEEE-1014 uPD7210 GPIB-400 MSA13 transistor AS C2 DAB Clock Radio service manual IEEE-488 general purpose interface bus IEEE1014 GPIB-696P NEC uPD7210
2002 - Not Available

Abstract: No abstract text available
Text: Information The IEEE- 488 interface , sometimes called the General Purpose Interface Bus (GPIB), is a general , . Major stand-alone general purpose instrument vendors include IEEE- 488 interfaces in their products , general control and coordination of bus activities: ATN: Attention I FC: Interface Clear REN: Remote , to reset its IEEE- 488 bus interface . Addressing The IEEE- 488 standard normally permits up to 15 , /O to quickly and easily access the IEEE- 488 bus . SUBROUTINE IEEE- 488 DRIVER INTERFACE An


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PDF IEEE-488 IEEE-488
1990 - NEC uPD7210

Abstract: VME bus controller tca 785 cp 68172 IEEE-1014 PD7210 MC68450 IEEE488 HD68450 MC68450L8
Text: double-height circuit board that interfaces the VMEbus to the IEEE-488 General Purpose Interface Bus (GPIB). , specified in the ANSI/IEEE Std. 1014-1987. Hereafter, the General Purpose Interface Bus is referred to as , -1014D is a high-performance IEEE- 488 interface for the VMEbus. By using the GPIB-1014D, a VMEbus-based , /Listener/Controller (TLC) capability for each IEEE- 488 interface using two NEC µPD7210 GPIB TLC chips · , · Data rates up to 500 kbytes/sec General purpose DMA capability Complete software control


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PDF GPIB-1014D Index-19 GPIB-1014D PD7210 Index-20 NEC uPD7210 VME bus controller tca 785 cp 68172 IEEE-1014 MC68450 IEEE488 HD68450 MC68450L8
1999 - Tms9914a Gpib Controller Users Guide Sppu013

Abstract: 9914A TMS9914 christmas tree light iee-488 altera epm7032 Sppu013 TMS9914A Altera 7032 75ALS160
Text: to the Texas Instruments' "TMS9914A General Purpose Interface Bus (GPIB) Controller Data Manual," , standard IEEE- 488 bus connector. The IP- 488 conforms to the Industry Pack Interface Specification. This , IP- 488 IEEE- 488 (GPIB) Instrumentation Bus IndustryPack® User Manual ©SBS Technologies, Inc , IEEE- 488 (GPIB) Instrumentation Bus IndustryPack® SBS Technologies, Inc. 1284 Corporate Center , .10 IEEE- 488 Bus Overview


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PDF IP-488 IEEE-488 Tms9914a Gpib Controller Users Guide Sppu013 9914A TMS9914 christmas tree light iee-488 altera epm7032 Sppu013 TMS9914A Altera 7032 75ALS160
1994 - Tms9914a Gpib Controller Users Guide Sppu013

Abstract: christmas tree light TMS9914 TMS9914A 9914A TMS9914A programming manual IEEE-4888 75ALS160 IEE-488 GREENSPRING
Text: easier if they have reference to the Texas Instruments' "TMS9914A General Purpose Interface Bus (GPIB , User Manual IP- 488 IEEE- 488 (GPIB) Instrumentation Bus IndustryPack® Manual Revision: 9 7/26/99 Hardware Revision: D IP- 488 IP- 488 IEEE- 488 (GPIB) Instrumentation Bus , .10 IEEE- 488 Bus Overview , .8 IEEE- 488 Bus Connector Pin Assignment .11


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PDF IP-488 IEEE-488 Tms9914a Gpib Controller Users Guide Sppu013 christmas tree light TMS9914 TMS9914A 9914A TMS9914A programming manual IEEE-4888 75ALS160 IEE-488 GREENSPRING
IEEE-488 GPIB

Abstract: DS75160AN N20B
Text: /MOS logic to the IEEE Standard 488-1978 General Purpose Interface Bus (GPIB). PNP inputs are used at , noise margin. The IEEE- 488 required bus termination is provided internally with an active turn-off feature which dis connects the termination from the bus when Vcc is removed. The General Purpose Interface Bus is comprised of 16 sig nal lines - 8 for data and 8 for interface management. The data lines are , National Semiconductor DS75160A/DS75161A IEEE- 488 GPIB Transceivers General Description


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PDF DS75160A/DS75161A IEEE-488 DS75160A, DS75160A DS75161AN DS75161AWM DS75160AN DS75160AWM IEEE-488 GPIB N20B
1996 - TNT4882C

Abstract: HS488 NAT4882 PCMCIA-GPIB IEEE 488
Text: Transceivers interface the PCMCIA-GPIB+ to the IEEE 488 bus , which provide power-up/power-down bus , GPIB controller and analyzer products. With the PCMCIA-GPIB+, a general purpose notebook PC can serve , general purpose notebook computer into a full-function portable GPIB Controller and Analyzer , . This increases the data transfer rate. IEEE 488 Interface Functions ­ The PCMCIA-GPIB+ contains program registers that configure, control, and monitor all IEEE 488 interface functions. All interface


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PDF TNT4882C HS488 captu-02 24-pin HS488 NAT4882 PCMCIA-GPIB IEEE 488
1998 - UC3843 spice model

Abstract: project on water level control using ic 7400 mosfet cross reference mhw612 mc146805g MC88110 MC68020 Minimum System Configuration smart UPS APC CIRCUIT diagram ASSIST09 mhw613
Text: MC68HC68T1 RTC with M6805 Microprocessors MC68HC11 Implementation of IEEE- 488 Interface for DSP56000 Monitor , Hardware and Software Interface for the MC68605 X.25 Protocol Controller MC68824 Token Bus Controller to , Interface of the MPX5100 Pressure Sensor. Integrated Sensor Simplifies Bar Graph Pressure Gauge , Sensors A Simple Sensor Interface Amplifier Carbon Monoxide Sensor Evaluation Board DMA08 Systems Compatibilities Principles of Sigma-Delta Modulation for Analog-to-Digital Converters DSP96002 Interface


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PDF BR101/D ECL300, UC3843 spice model project on water level control using ic 7400 mosfet cross reference mhw612 mc146805g MC88110 MC68020 Minimum System Configuration smart UPS APC CIRCUIT diagram ASSIST09 mhw613
1997 - HS488

Abstract: TNT4882C
Text: IEEE 488 interface functions. All interface functions are fully compatible with ANSI/IEEE Standard 488.2-1987. GPIB Transceivers Transceivers interface the PCMCIA-GPIB+ to the IEEE 488 bus , which provide , the PCMCIA-GPIB+, a general purpose notebook PC can serve as a GPIB analyzer plus instrument , PCMCIA slot. A Type II PCMCIA card, the PCMCIA-GPIB+ is ideal for transforming a general purpose , bus waiting for the other to complete a cycle. This increases the data transfer rate. IEEE 488


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PDF TNT4882C HS488 HS488
2013 - Not Available

Abstract: No abstract text available
Text: the IEEE-488 General Purpose Interface Bus (GPIB), Ethernet, or USB network. It contains a general , controllable locally from the front panel or remotely (except for power on/standby) via the IEEE-488 General Purpose Interface Bus (GPIB), Ethernet, or USB network ports. A complete instrument description with , FITNESS FOR A PARTICULAR PURPOSE , WITH REGARD TO THE SOFTWARE PRODUCT. THE USER ASSUMES THE ENTIRE RISK , that computer. However, installation on a network server for the sole purpose of internal distribution


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PDF MG3702xA MG369xC
CD 4093 DATASHEET

Abstract: DB15 MALE TO DB9 FEMALE Dt2 connector female IEEE-488 general purpose interface bus DAC488HR CA-90 ADC488A precision waveform generator Iotech DB15 connector female
Text: interface bus IEEE 488 interface Each DAC488HR output port features a separate microprocessor and , value under direct control from the IEEE 488 bus . This mode is useful for maintaining an initial value , continuously input from the IEEE 488 bus and output to an analog channel at rates up to 200 Kbytes/s upon , independent analog output modules are optically isolated from the IEEE 488 bus , digital circuitry, earth , 100 kHz for general purpose applications; the 5.6448-MHz clock can simulate 44.1-kHz audio CD signals


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PDF DAC488HR 16-bit 100-kHz/channel DAC488HR CA-89, CA-90, CD 4093 DATASHEET DB15 MALE TO DB9 FEMALE Dt2 connector female IEEE-488 general purpose interface bus CA-90 ADC488A precision waveform generator Iotech DB15 connector female
1999 - "IEEE-488 GPIB"

Abstract: 3.7v to 5v DS75160A DS75161A DS75161AN DS75161AWM N20B DS75160AN
Text: Standard 488-1978 General Purpose Interface Bus (GPIB). PNP inputs are used at all driver inputs for , termination from the bus when VCC is removed. The General Purpose Interface Bus is comprised of 16 signal , configured to implement the eight management signal lines of the IEEE- 488 bus . This device, paired with the DS75160A, forms the complete 16-line interface between the IEEE- 488 bus and a single controller , DS75160A/DS75161A IEEE- 488 GPIB Transceivers General Description Features This family of


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PDF DS75160A/DS75161A IEEE-488 DS75160A, "IEEE-488 GPIB" 3.7v to 5v DS75160A DS75161A DS75161AN DS75161AWM N20B DS75160AN
1996 - "IEEE-488 GPIB"

Abstract: DS75162AWM DS75161AN 5804 DS75160AN F 5804 F5804 DS75160A IEEE488 TRAnSCEIVER DS75162A
Text: logic to the IEEE Standard 488-1978 General Purpose Interface Bus (GPIB) PNP inputs are used at all , margin The IEEE- 488 required bus termination is provided internally with an active turn-off feature which disconnects the termination from the bus when VCC is removed The General Purpose Interface Bus , device paired with the DS75160A forms the complete 16-line interface between the IEEE- 488 bus and a , DS75160A DS75161A DS75162A IEEE- 488 GPIB Transceivers General Description Features This


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PDF DS75160A DS75161A DS75162A IEEE-488 "IEEE-488 GPIB" DS75162AWM DS75161AN 5804 DS75160AN F 5804 F5804 IEEE488 TRAnSCEIVER DS75162A
intel 8297

Abstract: "IEEE-488 GPIB" 8291 gpib ieee-488 gpib IEEE-468 intel 8296 IEEE-488 IEEE-48 di03 intel 8291
Text: be used as a general purpose high-current bus transceiver. i dma r I INTERFACE | J (OPTIONAL) ^ , GPIB Bus Including On-Chip IEEE- 488 Bus Terminations ■Only 8291, 8296, and 8297 Required to Form Complete IEEE- 488 Talker/ Listener Interface with No Additional Components The Intel® 8296/8297 GPIB Bus , to the IEEE Standard 488-1978 Instrumentation Interface Bus . The 8296 and 8297 are optimized to , DAV* □ NRFD" □ NDAC- □ IFC- □ SRO* □ ATN* » GPIB NON INVERTING BUS TRANSCEIVER. IEEE- 488


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PDF 20-Pin IEEE-488 IEEE-468 AFN-01463B intel 8297 "IEEE-488 GPIB" 8291 gpib ieee-488 gpib intel 8296 IEEE-48 di03 intel 8291
j 5804

Abstract: DS75160A DS75160AN DS75161A DS75162A IEEE-488 general purpose interface bus M-971
Text: 488-1978 General Purpose Interface Bus (GPIB). PNP inputs are used at all driver Inputs for minimum loading, and hysteresis is provided at all receiver inputs for added noise margin. The IEEE- 488 required bus , glitch-free operation during Vcc power up or down. The General Purpose Interface Bus is comprised of 16 , bus . This device, paired with the' DS75160A, forms the complete 16-line interface between the IEEE- 488 , /DS75161A/DS75162A IEEE- 488 GPIB Transceivers ~T~ ¿T5.-3 / General Description This family of


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PDF DS75160A/DS75161A/DS75162A IEEE-488 DS75162A j 5804 DS75160A DS75160AN DS75161A DS75162A IEEE-488 general purpose interface bus M-971
j 5804

Abstract: "IEEE-488 GPIB" M24B DS75162AWM DS75162AN DS75162A DS75161A DS75160AN DS75160A DS75161
Text: . The General Purpose Interface Bus is comprised of 16 signal lines — 8 for data and 8 for interface , /DS75161A/DS75162A IEEE- 488 GPIB Transceivers General Description This family of high-speed-Schottky 8-channel bi-directional transceivers is designed to interface TTL/MOS logic to the IEEE Standard 488-1978 General Purpose Interface Bus (GPIB). PNP inputs are used at all driver inputs for minimum loading, and hysteresis is , with the DS75160A, forms the complete 16-line interface between the IEEE- 488 bus and a single


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PDF DS75160A/DS75161A/DS75162A IEEE-488 DS75162A b50112t. j 5804 "IEEE-488 GPIB" M24B DS75162AWM DS75162AN DS75162A DS75161A DS75160AN DS75160A DS75161
B407 diode

Abstract: T222-20 T222 transputer IMSF00 t222 tl7705
Text: inter connection system defined by the standard is General Purpose Interface Bus , often abbreviated to , controller t * t IEEE- 488 BUS FEATURES IMS 1222 transputer 48 Kbytes of tw o-cycle RAM Full electrical com pliance with IEEE- 488 specification Size 4 TRAM Sw itchable GPIB bus address On-board , an IEEE- 488 interface with an INMOS transputer. The hardware design fo l lows the electrical , with considerable processing power in com parison with many existing IEEE- 488 interface products


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PDF IEEE-488 IMSF001 T222-20 B421-10 F001A-1 F001A-1 B407 diode T222 transputer IMSF00 t222 tl7705
1996 - TNT4882

Abstract: NAT4882 HS488
Text: TNT4882 and TNT4882I provide a single-chip IEEE 488.2 Talker/Listener interface to the General Purpose Interface Bus (GPIB). You can use the TNT4882I for industrial temperature (-40° to 85°C) applications. The , designs. ISA Interface Logic Byte Counter Read/ Write Control IEEE 488 Monitor IEEE 488 Transceivers IEEE 488 Interface Functions Configuration and Status Registers GPIB , and Status Registers IEEE 488 Interface Functions Local GPIB Signals TNT4882/TNT4882I


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PDF TNT4882/TNT4882I TNT4882 PD7210 TMS9914A TNT4882 TNT4882I TNT4882/TNT4882I TNT4882-AQ NAT4882 HS488
1997 - TNT4882-AQ

Abstract: NAT4882 TNT4882 HS488 PD7210 TMS9914A GPIB protocol
Text: inter-face to the General Purpose Interface Bus (GPIB). You can use the TNT4882I for industrial temperature , Counter Read/ Write Control IEEE 488 Monitor IEEE 488 Transceivers IEEE 488 Interface , and Status Registers IEEE 488 Interface Functions IEEE 488 Transceivers Timer , ), surface-mount package Built-in IEEE 488.1 compliant transceivers Built-in ISA bus glue logic Fast data , between GPIB and CPU Timer function for disciplined use of CPU bus bandwidth TNT4882I Industrial


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PDF TNT4882, TNT4882I theTurbo488/NAT4882 100-pin HS488 bits4882I TNT4882 TNT4882I TNT4882-AQ NAT4882 HS488 PD7210 TMS9914A GPIB protocol
intel 8293

Abstract: intel 8291 8291 gpib using the 8292 gpib controller 8292 microprocessor DAV21 DI01 IEEE-488 general purpose interface bus SPI GPIB
Text: with the 8291 and 8292 to Form an IEEE Standard 488 Interface Talker/Listener/Controller with no Additional Components Only Two 8293's Required per GPIB Interface On-Chip IEEE- 488 Bus Terminations The , Instrumentation Interface Bus . Each GPIB interface would contain two 8293 Bus Transceivers. In addition, the 8293 can also be used as a general purpose bus driver. T«1 C 1 28 □ Vcc TIR2 C 2 27 3 OPTA loie 3 26 , as a general purpose three-state (push-pull) or open-collectoir bus transceiver with nine receiver


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PDF 28-Pin IEEE-488 AFN-00825B intel 8293 intel 8291 8291 gpib using the 8292 gpib controller 8292 microprocessor DAV21 DI01 IEEE-488 general purpose interface bus SPI GPIB
2001 - Not Available

Abstract: No abstract text available
Text: to interface TTL/MOS logic to the IEEE Standard 488-1978 General Purpose Interface Bus (GPIB). PNP , inputs for added noise margin. The IEEE- 488 required bus termination is provided internally with an active turn-off feature which disconnects the termination from the bus when VCC is removed. The General Purpose Interface Bus is comprised of 16 signal lines - 8 for data and 8 for interface management. The , DS75160A, forms the complete 16-line interface between the IEEE- 488 bus and a single controller


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PDF DS75160A DS75161A DS75160A/DS75161A IEEE-488
Not Available

Abstract: No abstract text available
Text: Microprocessor Bus Interface .7-7 Magnetic R ead/W rite , , Meets GPIB/IEEE Standard 488 . 7 -7 For Current Party-Line Bus , eceivers. 7 -7 General Purpose , Interface Circuits In Brief. . . Described in this section is Motorola's line of interface , IEEE- 488 are addressed by these devices The peripheral drivers are designed to handle high


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PDF IEEE-488 28-Channel
Supplyframe Tracking Pixel