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NAT4882 datasheet (1)

Part Manufacturer Description Type PDF
NAT4882BPL National Instruments IEEE 488.2 Controller Scan PDF

NAT4882 Datasheets Context Search

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1994 - DS1204U

Abstract: NAT4882 NAT4882BPL IC 75162 TMS9914A 75162 PD7210
Text: through 19 in a DIP package) to the NAT4882. Key Pins The key pins (KEYRST*, KEYDQ, and KEYCLK*) are , Technical Note 036 NATIONAL INSTRUMENTS ® The Software is the Instrument ® NAT4882 , pin descriptions that are given in the IEEE 488.2 Controller: NAT4882BPL Data Sheet (part number , described in the data sheet and the NAT4882 Programmer Reference Manual (part number 320383-01); this , . GPIB Device Status Pins The NAT4882 has seven device status pins: Controller-In-Charge (CIC), Talker


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PDF NAT4882 NAT4882BPL NAT4882 Addres62 NAT4882. DS1204U IC 75162 TMS9914A 75162 PD7210
1994 - NAT4882

Abstract: NAT4882BPL
Text: NAT4882. The SYNC bit behavior also depends on whether the NAT4882 is receiving data (as a GPIB Listener , To use the SYNC bit during DMA reads, the host interface must use the TC pin of the NAT4882. On the , ) by simultaneously asserting the DACK*, RD*, and TC pins of the NAT4882. The SYNC bit sets when all , SYNC bit during DMA writes, the host interface must use the TC pin of the NAT4882. On the last byte of , Technical Note 037 NAT4882 GPIB Synchronization Detection Supplement TM Andrew Thomson


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PDF NAT4882 NAT4882BPL
NAT4882D

Abstract: NAT4882BPL PD7210 XPD7210 TMS9914 9914A IPD7210 TMS9914A NAT4882 JPD7210
Text: NAT4882BPL. ADDRESS REGISTERS The NAT4882 contains several registers used to control the GPIB address mode , The NAT4882™ is an IEEE 488.2 controller chip that performs all the interface functions defined in , of the NAT4882. When in 7210 mode, the registers resemble the |iPD7210 register set with additional , supply IEEE 488.2 compatibility. The block diagram below shows the key components of the NAT4882. D(7-0 , determines the parallel poll response of the NAT4882. The following table shows each bit in the register


OCR Scan
PDF NAT4882BPL NAT4882D NAT4882BPL PD7210 XPD7210 TMS9914 9914A IPD7210 TMS9914A NAT4882 JPD7210
1993 - NAT4882

Abstract: 340646
Text: requirements for the NAT4882. · · · · · The CLOCK pin is a TTL input. The NAT4882 does not function , , is the most important section to consider to guarantee proper operation of the NAT4882. WR , Technical Note 035 NAT4882 ® CLOCK Signal Considerations Andrew Thomson Introduction This document describes requirements and issues to consider concerning the CLOCK pin of the NAT4882 GPIB Controller ASIC. This document is intended for use as a supplement to the NAT4882 Programmer Reference


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PDF NAT4882® NAT4882 NAT4882. NAT4882 340646
1994 - NAT4882BPL

Abstract: NAT4882
Text: data to or from the NAT4882. The SYNC bit behavior also depends on whether the NAT4882 is receiving , the NAT4882. On the last byte of a DMA transfer, the host interface should simultaneously assert , of the NAT4882. The SYNC bit sets when all devices participating in the transfer accept that byte , during DMA writes, the host interface must use the TC pin of the NAT4882. On the last byte of a DMA , Technical Note 037 NAT4882 GPIB Synchronization Detection Supplement ® Andrew Thomson


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PDF NAT4882 NAT4882BPL
1996 - TNT4882

Abstract: NAT4882 HS488
Text: TNT4882 and TNT4882I combine the circuitry of the NAT4882 IEEE 488.2 controller ASIC, Turbo488 , and TNT4882I contain a complete NAT4882 register set, which in turn has a complete NEC µPD7210 or , integrate the circuitry of the Turbo488, NAT4882 , and IEEE 488.1-compliant transceivers. The TNT4882 and , TNT4882I power up in two-chip mode (see Figure 2), which duplicates the Turbo488/ NAT4882 chipset exactly , TNT4882/TNT4882I Generic Mode Pin Configuration Software compatible with theTurbo488/ NAT4882


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PDF TNT4882/TNT4882I TNT4882 PD7210 TMS9914A TNT4882 TNT4882I TNT4882/TNT4882I TNT4882-AQ NAT4882 HS488
1996 - 9914A

Abstract: NAT4882 776113-01 PD7210 upd7210 776113-51
Text: Low-Cost GPIB Interface for PC/XT GPIB-PCII/IIA Features NAT4882 ASIC Completely IEEE 488.2 , in the GPIB-PCIIA mode. The NAT4882 chip performs the basic IEEE 488 Talker, Listener, and , integrating the complete PC bus interface into the NAT4882 , the GPIB-PCII/IIA has unsurpassed flexibility and reliability. The NAT4882 also significantly increases the throughput of the associated GPIB , nonconsecutive addresses distributed through high portions of the PC/XT/AT I/O space. NAT4882 GPIB Interface


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PDF NAT4882 PD7210 NI-488 24-pin 9914A 776113-01 PD7210 upd7210 776113-51
1997 - TNT4882-AQ

Abstract: NAT4882 TNT4882 HS488 PD7210 TMS9914A GPIB protocol
Text: Software compatible with theTurbo488/ NAT4882 combination 100-pin plastic quad flat pack (QFP , circuitry of the Turbo488, NAT4882 , and IEEE 488.1-compliant transceivers. The TNT4882 and TNT4882I , Turbo488/ NAT4882 chipset exactly for software compatibility. To achieve higher data transfer rates, you , (-40° to 85°C) applications. The TNT4882 and TNT4882I combine the circuitry of the NAT4882 IEEE 488.2 , 488.2 interface. Because the TNT4882 and TNT4882I contain a complete NAT4882 , NEC µPD7210 or Texas


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PDF TNT4882, TNT4882I theTurbo488/NAT4882 100-pin HS488 bits4882I TNT4882 TNT4882I TNT4882-AQ NAT4882 HS488 PD7210 TMS9914A GPIB protocol
1996 - Turbo488

Abstract: NAT4882 PD7210
Text: GPIB Interface for EXM Embedded Systems EXM-GPIB EXM-GPIB Features NAT4882 and Turbo488 ASICs Completely IEEE 488.2 compatible Compatible with NEC µPD7210 controller chip Reduced software , National Instruments NAT4882 and Turbo488 ASICs make the EXM-GPIB a maximum-performance IEEE 488.2 interface board. The NAT4882 chip Specifications IEEE 488 Compatibility Compatible with IEEE 488.1 and , NAT4882 and Turbo488 also significantly increase the throughput of the associated NI-488.2 driver


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PDF NAT4882 Turbo488 PD7210 16-bit NI-488 24-pin PD7210
1999 - TNT4882

Abstract: NAT4882 uPD7210 Turbo488 TNT4882-BQ TNT4882AQ TMS9914A TMS9914 9914 HS488
Text: range to the NAT4882. The Turbo488 also manages transfers between its internal first-in first-out , when there are no Listeners Software compatible with Turbo488 / NAT4882TM ASICs Reduces software , (GPIB). The TNT4882 combines the circuitry of the NAT4882 IEEE 488.2 application-specific integrated , 488.2 interface. Because the TNT4882 contains the NAT4882 register set, which in turn has the NEC , . The TNT4882 integrates the circuitry of the Turbo488, NAT4882 , and IEEE 488.1- compatible


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PDF TNT4882 100-pin HS488TM 16-deep Turbo488 /NAT4882TM los166 TNT4882 NAT4882 uPD7210 TNT4882-BQ TNT4882AQ TMS9914A TMS9914 9914 HS488
9914A

Abstract: TMS9914A NAT4882 uPD7210 gpib 776113-01 NEC uPD7210 DOS 107 TMS9914 777463-01
Text: Low-Cost GPIB Interface for ISA · NAT4882 ASIC · Completely IEEE 488.2 compatible · Compatible with NEC µPD7210 controller · Compatible with TI TMS 9914A controller · Reduced software overhead , Software (included) · NI-488.2 Overview bus interface into the NAT4882 , the GPIB-PCII/IIA has unsurpassed flexibility and reliability. The NAT4882 also significantly increases the throughput of the , mode. The NAT4882 chip performs the basic IEEE 488 Talker, Listener, and Controller functions, as


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PDF NAT4882 PD7210 NI-488 NAT4882, 24-pin 9914A TMS9914A uPD7210 gpib 776113-01 NEC uPD7210 DOS 107 TMS9914 777463-01
2006 - TNT4882-BQF66

Abstract: TNT4882-BQ66 TNT4882-BQ TNT4882 Turbo488 uPD7210 TNT4882BQ66 TMS9914A HS488 JESD97
Text: compatible with the Turbo488/ NAT4882 combination · Internal loop-back mode allows complete in-system , the circuitry of the NAT4882 IEEE 488.2 Controller ASIC, Turbo488 performanceenhancing ASIC, and GPIB transceivers to create a single-chip IEEE 488.2 interface. The TNT4882 contains a complete NAT4882 , NEC , TNT4882 Hardware Architecture and Modes The TNT4882 integrates the circuitry of the Turbo488, NAT4882 , two-chip mode, which duplicates the Turbo488/ NAT4882 chipset exactly for software compatibility. To


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PDF TNT4882 100-pin HS488) Turbo488/NAT4882 51424A-01* 51424A-01 TNT4882 2006-7906-385-101-D TNT4882-BQF66 TNT4882-BQ66 TNT4882-BQ Turbo488 uPD7210 TNT4882BQ66 TMS9914A HS488 JESD97
1997 - Turbo488

Abstract: NAT4882 PD7210
Text: EXM-GPIB GPIB Interface for EXM Embedded Systems EXM-GPIB NAT4882 and Turbo488 ASICs Completely IEEE 488.2 compatible Compatible with NEC µPD7210 controller chip Reduced software overhead , NAT4882 and Turbo488 also significantly increase the throughput of the associated NI-488.2 driver , embedded PC systems ­ VME, VXI, or EMC ­ equipped with 16-bit EXM slots. The National Instruments NAT4882 and Turbo488 ASICs make the EXM-GPIB a maximumperformance IEEE 488.2 interface board. The NAT4882 chip


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PDF NAT4882 Turbo488 PD7210 16-bit NI-488 24-pin PD7210
1997 - NAT4882

Abstract: NEC uPD7210 PD7210 upd7210 776113-51 gpib-pcii
Text: GPIB-PCII/IIA Low-Cost GPIB Interface for PC/XT GPIB-PCII/IIA NAT4882 ASIC Completely IEEE , 9914A controller chip. The board can also share interrupts when used in the GPIBPCIIA mode. The NAT4882 , the NAT4882 , the GPIB-PCII/IIA has unsurpassed flexibility and reliability. The NAT4882 also , nonconsecutive addresses distributed through high portions of the PC/XT/AT I/O space. NAT4882 GPIB Interface Controller The NAT4882 configures, controls, and monitors the GPIBPCII/IIA IEEE 488 interface functions, and


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PDF NAT4882 PD7210 NI-488 24-pin NEC uPD7210 PD7210 upd7210 776113-51 gpib-pcii
1999 - TNT4882-BQ66

Abstract: TNT4882-BQ TNT4882-BQF66 TNT4882-AQ PD7210 TMS9914 TNT4882 NAT4882 J-STD-033 DATA15
Text: and passes all accesses within a certain address range to the NAT4882. The Turbo488 also manages , with Turbo488/ NAT4882 ASICs Reduces software overhead ­ Does not lose a data byte if ATN is , combines the circuitry of the NAT4882 IEEE 488.2 application-specific integrated circuit (ASIC), Turbo488 , contains the NAT4882 register set, which in turn has the NEC PD7210 and TI TMS 9914A register sets , Turbo488, NAT4882 , and IEEE 488.1-compatible transceivers. The TNT4882 circuitry logically interconnects


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PDF TNT4882 100-pin HS488 16-deep Turbo488/Nducts. 372014B-01 Sep06 TNT4882-BQ66 TNT4882-BQ TNT4882-BQF66 TNT4882-AQ PD7210 TMS9914 TNT4882 NAT4882 J-STD-033 DATA15
1997 - block diagram laptop ac adapter

Abstract: RS232 Serial Interface cable 9-Pin D GPIB-232CV-A GPIB232CV-A NAT4882 IEEE-488 to rs 232 256KB-RAM 24-pin euro connectors 182238-04
Text: GPIB RS-232CV-A Converter GPIB-232CV-A GPIB-232CV-A NAT4882 ASIC Completely IEEE 488.2 compatible Reduced software overhead Increased reliability Built-in 256 KB RAM data buffer Switch-selectable interface parameters include IEEE 488 address, transfer rate, parity, stop bits, word length, and termination mode Special SRQ-ON-EMPTY feature for maximum GPIB performance Built-in DMA , operating system programs and maintains the NAT4882 GPIB controller chip, which implements all GPIB


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PDF RS-232CV-A GPIB-232CV-A NAT4882 RS-232 pow232 block diagram laptop ac adapter RS232 Serial Interface cable 9-Pin D GPIB-232CV-A GPIB232CV-A IEEE-488 to rs 232 256KB-RAM 24-pin euro connectors 182238-04
1997 - D-Sub 26-pin female

Abstract: MC68882 NAT4882 PD7210 hd26 connector
Text: LC-GPIB GPIB Interface for Macintosh LC Features Heading 2 LC-GPIB NAT4882 and Turbo488 ASICs Features Heading 3 Completely Features text IEEE 488.2 compatible Compatible with NEC µPD7210 controller chip Reduced software overhead FIFO buffers for decoupling GPIB transfers from LC bus transfers Maximum transfer rates Mbytes/s (reads and writes) 16-bit LC bus interface with byte-to-word packing , Instruments NAT4882 and Turbo488 ASICs, the LC-GPIB has maximum GPIB performance. The optional MC68882 FPU


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PDF NAT4882 Turbo488 PD7210 16-bit MC68882 NI-488 680x0 in882 MC68882 D-Sub 26-pin female PD7210 hd26 connector
1996 - gp-ib cable

Abstract: NAT4882 PD7210 IBM POS Turbo488
Text: GPIB Interfaces for IBM Computers and Workstations MC-GPIB, GPIB-RS/6000 MC-GPIB and GPIB-RS/6000 Features NAT4882 ASIC Completely IEEE 488.2 compatible Compatible with NEC µPD7210 controller chip Additional features reduce software overhead Turbo488 ASIC FIFO buffers for decoupling GPIB transfers from Micro Channel transfers 16-bit Micro Channel interface with byte-to-word packing , that have 16-bit Micro Channel plug-in slots, respectively. The National Instruments NAT4882 and


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PDF GPIB-RS/6000 NAT4882 PD7210 Turbo488 16-bit NI-488 RS/6000 Intel3-01 gp-ib cable PD7210 IBM POS
1997 - gp-ib cable

Abstract: NAT4882 PD7210 NI-488 IBM POS Turbo488
Text: GPIB Interfaces for IBM Computers and Workstations MC-GPIB, GPIB-RS/6000 MC-GPIB, GPIB-RS/6000 NAT4882 ASIC Completely IEEE 488.2 compatible Compatible with NEC µPD7210 controller chip Additional features reduce software overhead Turbo488 ASIC FIFO buffers for decoupling GPIB transfers from Micro Channel transfers 16-bit Micro Channel interface with byte-to-word packing and unpacking in hardware , Channel plugin slots, respectively. The National Instruments NAT4882 and Turbo488 ASICs make the boards


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PDF GPIB-RS/6000 NAT4882 PD7210 Turbo488 16-bit NI-488 24-pin gp-ib cable PD7210 IBM POS
1996 - D-Sub 26-pin female

Abstract: MC68882 hd26 connector apple macintosh NAT4882 PD7210 D-Sub 26-pin female Connector d-sub 26-pin
Text: GPIB Interface for Macintosh LC LC-GPIB Features NAT4882 and Turbo488 ASICs Completely IEEE 488.2 compatible Compatible with NEC µPD7210 controller chip Reduced software overhead FIFO buffers for decoupling GPIB transfers from LC bus transfers Maximum transfer rates 1 Mbytes/s (reads and writes) 16-bit LC bus interface with byte-to-word packing and unpacking in hardware Optional onboard , the powerful combination of the National Instruments NAT4882 and Turbo488 ASICs, the LC-GPIB has


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PDF NAT4882 Turbo488 PD7210 16-bit MC68882 NI-488 680x0 HD26-to-IEEE 26-pin, D-Sub 26-pin female hd26 connector apple macintosh PD7210 D-Sub 26-pin female Connector d-sub 26-pin
GPIB-232CV-A

Abstract: gp-ib cable GPIB connector GPIB controller NAT4882
Text: 641-642 GPIB RS-232/RS-485 GPIB 10/22/01 5:32 PM Page 641 RS-232 and GPIB RS-485 Controllers Serial Controllers GPIB-232CT-A, GPIB-485CT-A · NAT4882 ASIC - IEEE 488.2 compatible - Reduced software overhead - Increased reliability · 256 KB RAM buffer · 8 RS-232 or RS-485 data transfer rates up to 38.4 Kb/s; hardware handshaking, and the XON/XOFF protocols prevent data loss · , use with laptop computers or other computers that have no internal I/O slots available. The NAT4882


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PDF RS-232/RS-485 RS-232 RS-485 GPIB-232CT-A, GPIB-485CT-A NAT4882 GPIB-232CT-A GPIB-232CV-A gp-ib cable GPIB connector GPIB controller
1996 - PC-9800

Abstract: TNT4882 HS488 NAT4882 TNT4882C
Text: Controller interface, combines the circuitry of the NAT4882 IEEE 488.2 ASIC and Turbo488 , Software and register compatible with Turbo488/ NAT4882 chipset 16-bit NEC bus interface with byte-toword


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PDF PC-9800 TNT4882C 24-pin 3015C. TNT4882 HS488 NAT4882
1993 - 9914A

Abstract: TNT4882 IEEE-488 general purpose interface bus NAT9914 application code NAT9914 NAT7210 NAT4882 HS488 PD7210 a/a/NAT9914
Text: integrated circuits (ASICs). In 1990, National Instruments announced the NAT4882 ® , the industry's first , the older NEC µPD7210 and Texas Instruments TMS 9914A chips, the NAT4882 has additional registers , present. The NAT4882 also adds special last-byte handling circuitry for DMA transfers, which reduces the amount of software overhead and increases data throughput. Because the NAT4882 contains a complete NEC , directly to the NAT4882 , thereby significantly reducing software development time. Further, with just a


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PDF TNT4882 HS488, 9914A IEEE-488 general purpose interface bus NAT9914 application code NAT9914 NAT7210 NAT4882 HS488 PD7210 a/a/NAT9914
1996 - TNT4882C

Abstract: HS488 TNT488 NAT4882 TNT4882C asic
Text: / NAT4882 chipset Transfer rates More than 1.3 Mbytes/s using IEEE 488.1 handshake More than 1.6 Mbytes , , Listener, and Controller interface that combines the circuitry of the NAT4882 IEEE 488.2 Controller ASIC


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PDF 680x0, TNT4882C TNT4882C HS488 24-pin TNT488 NAT4882 TNT4882C asic
1996 - TNT4882C

Abstract: HS488 NAT4882 763061-03
Text: High-Performance GPIB Interface for EISA EISA-GPIB product EISA-GPIB Features TNT4882C ASIC Completely IEEE 488.2 compatible Reduced software overhead Software and register compatible with Turbo488/ NAT4882 chipset FIFO buffers to decouple GPIB transfers from EISA bus transfers 16-bit EISA bus interface with byteto-word packing and unpacking GPIB monitor port for board and bus-level , , Listener, and Controller interface, combines the circuitry of the NAT4882 IEEE 488.2 Controller ASIC and


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PDF TNT4882C Turbo488/NAT4882 16-bit HS488 NI-488 24-pin 3015C HS488 NAT4882 763061-03
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