PXI-8320
Abstract: WIN95
Text: VXI and VME MXI-2 Interface Kits for PXI and CompactPCI VXI-PXI8000 Series, VME-PXI8000 Series, PXI-8320 VXI-PXI8000 Series, VME-PXI8000 Series, PXI-8320 VXIplug&play compliant Frameworks – WINNT, GWINNT, WIN95, GWIN95 Complete interface to VXI or VME from PXI or CompactPCI
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VXI-PXI8000
VME-PXI8000
PXI-8320
WIN95,
GWIN95
64lative
MIL-T-28800E
PXI-8320
WIN95
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920106-04
Abstract: No abstract text available
Text: VMEbus Interface Kits for PCI VME-PCI8000 Series Features VME-PCI8000 Series Overview The VME-PCI8000 Series interface kits link any PCI-based computer directly to the VMEbus or B-size VXI using the highspeed Multisystem eXtension Interface bus (MXI). The VME-PCI8000 kits make your
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VME-PCI8000
softwar0112-04
920106-04
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vhdl code for MIL 1553
Abstract: motorola 68020 vhdl code 32 bit processor 68000 68020 motorola 68000 motorola vme INTERRUPTER Open-collector, buffer output DRAM arbiter vhdl code for 8 bit common bus vme bus specification CY7C961
Text: fax id: 5712 An SVIC to 68020 Arbiter Design Introduction VME board functionality and their interfaces vary quite widely from application to application. The most complex type of VME interface is a VMEbus System Controller, which has complete VME master and slave capability and is the VME
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VIC068A
VAC068A
32-bit
VIC64
vhdl code for MIL 1553
motorola 68020
vhdl code 32 bit processor 68000
68020 motorola
68000 motorola vme
INTERRUPTER Open-collector, buffer output
DRAM arbiter
vhdl code for 8 bit common bus
vme bus specification
CY7C961
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VME-PXI8000
Abstract: vme chassis VME pci VXI-PXI8000 MXI-2 VXI-PXI8015
Text: VXI-PXI8000 VXI and VME MXI-2 Interface Kits for PXI/CompactPCI VXI-PXI8000 Series, VME-PXI8000 Series VXIplug&play compliant Complete interface to VXI or VME from PXI or CompactPCI Uses standard MXIbus with high-performance MXI-2 connectors and cables VXI Slot 0 capability including
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VXI-PXI8000
VXI-PXI8000
VME-PXI8000
VME-PXI8015
VME-PXI8012
PXI-8320
vme chassis
VME pci
MXI-2
VXI-PXI8015
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monolithic vmebus 7 slot backplane
Abstract: 96 pin vme DIN connector slot 10pin vme bus specification POWER BUG 20Slot
Text: 15 Backplanes VME J1/J2 Monolithic 6U VME Backplanes 3 to 21-Slot Model VMEBP21AP00: showing “inboard termination” 21-slot 6U monolithic J1/J2 VME backplane with ABG connectors Vector Monolithic Series backplanes are designed to meet VMEbus specification Rev C1 and Rev D. All termination is
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21-Slot
VMEBP21AP00:
12-slot
14-slot
17-slot
20-slot
21-slot
BB21S
monolithic vmebus 7 slot backplane
96 pin vme DIN connector
slot 10pin
vme bus specification
POWER BUG
20Slot
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MIL-STD-704E
Abstract: CE101 CS115 CS114 CS116 CE102 CS101 VME SERIES
Text: FP VME Series – VME Form Factor Power Sources • Single and multiple outputs • 28 Vdc MIL-STD-704E/F • 270 Vdc MIL-STD-704E/F • 2N Redundant outputs FP548 380 Watt Ruggedized VME Single 270 V Output • 28 V input MIL-STD-704E/F • 270 V, 380 W isolated output
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MIL-STD-704E/F
FP548
MIL-STD-704E/F)
MIL-STD-461E
CE101,
CE102,
CS101,
CS114,
CS115,
MIL-STD-704E
CE101
CS115
CS114
CS116
CE102
CS101
VME SERIES
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Zilog 85230
Abstract: MVME2604 MVME761-001 53C825A PMCSPAN1-001 MVME712M SCANBE MVME2604-3361 MVME2600 SCSI 100 pin female panel mount
Text: Datasheet M V M E 26 0 0 S e r i e s V M E P ro c e s s o r M o d u l es PMC expansion combined with a high-performance VME processor The MVME2600 series is a family of VME processor modules based on the Motorola PowerPlus VME architecture with PowerPC architecture-compatible microprocessors.
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MVME2600
512MB
2600X-D6
Zilog 85230
MVME2604
MVME761-001
53C825A
PMCSPAN1-001
MVME712M
SCANBE
MVME2604-3361
SCSI 100 pin female panel mount
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Untitled
Abstract: No abstract text available
Text: PGA5 Series for FDI VME Boards Programmable Amplifiers Description The PGA5 Series programmable amplifiers are digitally controlled gain modules that were designed for Frequency Devices’ multi-channel VME board products to condition DC-coupled wide-band
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VM32PA)
PGA5-100
PR-00PGA5
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MVME2700
Abstract: MVME761 53C825A MVME761P2-011 MVME2700-1361 MVME761-011 MVME2700-4251A MVME761-001 SCANBE MVME2700-1251A
Text: Datasheet M V M E 27 0 0 S e r i e s V M E P ro c e s s o r M o d u l es Scalable high-performance VME computing with the flexibility of PMC expansion The MVME2700 series is a family of VME processor modules based on the Motorola PowerPlus VME Architecture with PowerPC architecture microprocessors that push
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MVME2700
MPC750
32-bit
32KB/32KB
2700X-D7
MVME761
53C825A
MVME761P2-011
MVME2700-1361
MVME761-011
MVME2700-4251A
MVME761-001
SCANBE
MVME2700-1251A
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vme bus specification
Abstract: No abstract text available
Text: 9-Slot VXI/VME Mainframe VXI-1200 FlexFrame VXI-1200 FlexFrame High-performance flexible VXI/VME mainframe 9 slots 6 C-Size VXIbus 3 B-Size VXI or VME Unique backplane design – Slot 0 control from either C or B slots High power – 720 W usable power Rugged lightweight design
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VXI-1200
VXIpc-650
vme bus specification
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PGA5-100
Abstract: vme fdi
Text: PGA5 Series for FDI VME Boards Programmable Amplifiers Description The PGA5 Series programmable amplifiers are digitally controlled gain modules that were designed for Frequency Devices’ multi-channel VME board products to condition DC-coupled wide-band
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VM32PA)
PGA5-100
PR-00PGA5
vme fdi
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920106-04
Abstract: No abstract text available
Text: VMEbus Interface Kits for PCI VME-PCI8000 Series VME-PCI8000 Series Bidirectional transfers between the VMEbus and computer memory High-performance DMA transfers Maximum throughput across MXIbus 33 Mbytes/s burst 23 Mbytes/s sustained Direct interrupt control
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VME-PCI8000
VXI-PCI8000
920106-04
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SNS12V
Abstract: IEEE Std. 1101.2-1992 IEEE 1101.2-1992 1101.2-1992 5V STANDBY
Text: VPTVME-28 Series HIGH RELIABILITY VME POWER SUPPLY DESCRIPTION FEATURES The VME series of isolated VME power supplies is an effective COTS solution for many demanding high reliability applications. A wide input voltage range accommodates nominal 28V inputs including
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VPTVME-28
MIL-STD-810,
MIL-STD-883
DS90108A
SNS12V
IEEE Std. 1101.2-1992
IEEE 1101.2-1992
1101.2-1992
5V STANDBY
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ISA to VME
Abstract: No abstract text available
Text: VMEbus Interface Kits for ISA and EISA VME-AT4000 Series VME-AT4000 Series Features Bidirectional transfers between the VMEbus and computer memory High-performance DMA transfers Maximum MXIbus throughput 5 Mbytes/s sustained Direct interrupt control Optional dual-ported DRAM expansion
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VME-AT4000
ISA to VME
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vme chassis
Abstract: VME pci pci to vme VME controller VME64 VME System Controller PCI-MXI-2
Text: VME-PCI8000 VMEbus Interface Kits for PCI VME-PCI8000 Series Bidirectional transfers between the VMEbus and computer memory High-performance DMA transfers Maximum throughput across MXIbus 33 Mbytes/s burst 23 Mbytes/s sustained Direct interrupt control Optional dual-ported DRAM expansion
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VME-PCI8000
VME-PCI8000
vme chassis
VME pci
pci to vme
VME controller
VME64
VME System Controller
PCI-MXI-2
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VM32PAFF
Abstract: NTE 334
Text: PGAB5 & PGAL5 Series for FDI VME Boards Fixed Frequency Filters with Programmable Amplifiers Description The PGAB5 and PGAL5 Series of fixed frequency filters with programmable gain amplifiers utilize digitally controlled gain modules that were designed for Frequency Devices’ multi-channel VME board
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VM32PAFF
PGAB5-100
PGAL5-100
NTE 334
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Untitled
Abstract: No abstract text available
Text: DIN Subracks, VME Subracks Home About Vector Page 1 of 2 Distributors Sales Contact Us Catalog Request DIN / VME : CCK Series Subracks Kits Part No. Width Height Depth Card Size CCK160-3U CCK160-6U CCK220-3U 19" 19" 19" 3U { 5.25" } 6U {10.50" } 3U { 5.25" }
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CCK160-3U
CCK160-6U
CCK220-3U
235mm
295mm
160mm
220mm
CCK220-6U
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sparcstation
Abstract: 776428-2
Text: VXIbus and VMEbus Interface Kits for Sun SPARCstation VXI-SB2020, VME-SB2020 Features VXI-SB2020, VME-SB2020 Overview Part Numbers The VXI-SB2020 is a hardware and software interface kit that links any Sun SPARCstation Series workstation with an SBus slot directly to the VXIbus. The
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VXI-SB2020,
VME-SB2020
VXI-SB2020
VME-SB2020
VXI/VME-SB2020
sparcstation
776428-2
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Untitled
Abstract: No abstract text available
Text: PGAB5 & PGAL5 Series for FDI VME Boards Fixed Frequency Filters with Programmable Amplifiers Description The PGAB5 and PGAL5 Series of fixed frequency filters with programmable gain amplifiers utilize digitally controlled gain modules that were designed for Frequency Devices’ multi-channel VME board
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VM32PAFF
PGAB5-100
PGAL5-100
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VM8PF
Abstract: band reject notch filter VME COnnector satellite received board 824BP 828BP 828BR D824 D828 VM8PF-8-D828H8E-2
Text: Model VM8PF Programmable VME Filter Board 8-Channel Description Frequency Devices’ Model VM8PF comprises a family of VMEbus filter boards offering eight channels of software programmable, precision linear analog filtering in a single width B-size 6U VME form
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25-pin
PR-VM8PF-01
VM8PF
band reject notch filter
VME COnnector
satellite received board
824BP
828BP
828BR
D824
D828
VM8PF-8-D828H8E-2
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824BP
Abstract: 828BP 828BR D824 D828 VM8PF-8-D828H8E-2
Text: Model VM8PF Programmable VME Filter Board 8-Channel Description Frequency Devices’ Model VM8PF comprises a family of VMEbus filter boards offering eight channels of software programmable, precision linear analog filtering in a single width B-size 6U VME form
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25-pin
PR-VM8PF-01
824BP
828BP
828BR
D824
D828
VM8PF-8-D828H8E-2
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VXI-AT2010
Abstract: VME controller AT2020 AT-2000
Text: VXIbus and VMEbus Interface Kits for IBM PC AT and EISA VXI/VME-AT2000 Series Features VXI-AT2000 Series Overview The VXI-AT2000 Series kits are hardware and software interface kits that link any IBM PC AT or EISA computer directly to the VXIbus. The VME-AT2000 Series kits are
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VXI/VME-AT2000
VXI-AT2000
VME-AT2000
VME-AT2000
VME-AT2010
VME-AT2015
VXI-AT2010
VME controller
AT2020
AT-2000
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wavetek* 1281
Abstract: VME card cage DIN41612-Plug VME COnnector SLLA088 Wavetek 1281 Wavetek DIN41612 female SN65LVDM176 SN65LVDM176D
Text: Application Report SLLA088 – November 2000 Transmission at 200 Mbps in VME Card Cage Using LVDM Frank Dehmelt E-MSLP ABSTRACT Test results of a TI LVDS Multipoint LVDM system show that a VME backplane with an LVDM electrical layer can support signaling rates to 200 Mbps.
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SLLA088
SN65LVDM176
wavetek* 1281
VME card cage
DIN41612-Plug
VME COnnector
SLLA088
Wavetek 1281
Wavetek
DIN41612 female
SN65LVDM176D
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wavetek* 1281
Abstract: Design Seminar Signal Transmission SLLD005 DIN41612-Plug Wavetek 1281 SN65LVDM176 SN65LVDM176D SLAA030B
Text: Application Report SLLA088A – January 2002 Transmission at 200 Mbps in VME Card Cage Using LVDM Frank Dehmelt High Performance Linear ABSTRACT Test results of a TI LVDS multipoint LVDM system show that a VME backplane with an LVDM electrical layer can support signaling rates to 200 Mbps.
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SLLA088A
SN65LVDM176
wavetek* 1281
Design Seminar Signal Transmission
SLLD005
DIN41612-Plug
Wavetek 1281
SN65LVDM176D
SLAA030B
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