Untitled
Abstract: No abstract text available
Text: CATALOG 126:CATALOG 126.qxd 3/28/2011 12:29 PM Page 16 Vectorbord Backplanes ELECTRONICS & TECHNOLOGY, INC. VME J1/J2 VME64 96-Pin J1/J2 Monolithic 6U VMEbus Backplanes 3 to 21-Slot Vector Monolithic Series backplanes are designed to meet VMEbus specification Rev. C1 and Rev. D. All termination is
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VME64
96-Pin
21-Slot
VMEBP20P00:
20-Slot
HD56-1
10-Pin
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96 pin DIN connector
Abstract: VME64 termination DIN 41612 connector 32 pin VME COnnector 4 pin connector power mate 96 pin vme DIN connector MATE-N-LOK VME64 20-SLOT Din connector 96pin
Text: CATALOG 126:CATALOG 126.qxd 4/1/2008 11:05 AM Page 16 Vectorbord Backplanes ELECTRONICS & TECHNOLOGY, INC. A A FINE FINE TECHNOLOGY TECHNOLOGY GROUP GROUP VME J1/J2 VME64 96-Pin J1/J2 Monolithic 6U VMEbus Backplanes 3 to 21-Slot Vector Monolithic Series backplanes are designed to meet
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VME64
96-Pin
21-Slot
96 pin DIN connector
VME64 termination
DIN 41612 connector 32 pin
VME COnnector
4 pin connector power mate
96 pin vme DIN connector
MATE-N-LOK
20-SLOT
Din connector 96pin
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VME64 termination
Abstract: 4,7uf capacitor UC563DP vme bus specification UC563 VME64
Text: UC563 32ĆLINE VME BUS BIAS GENERATOR ą SLUS169A - APRIL 1999 - REVISED NOVEMBER 2000 D Complies With VME64 Standard D 2.94-V Regulated Output Voltage With 1% DP PACKAGE TOP VIEW Tolerance at 25°C OUT HS/GND HS/GND N/C D Provides Bias for up to 32 Lines of Active
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UC563
32LINE
SLUS169A
VME64
575-mA
475-mA
VME64 termination
4,7uf capacitor
UC563DP
vme bus specification
UC563
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23204-116
Abstract: vme backplane
Text: User Manual VME / VME64x Backplanes 73972-103 Rev.002 VME / VME64x Manual Overview What is VMEbus The VMEbus started with the ANSI/VITA 1 specification in 1982. The original specification was sponsored by VITA and eventually standardized as IEEE 1014. It established a framework for 8-, 16- and 32-bit parallelbus computer architectures that can implement single and multiprocessor
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VME64x
32-bit
VME64
VME32
/-12V;
D-75334
23204-116
vme backplane
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VME 6U DIMENSIONS
Abstract: VME COnnector VME 5v 3.3v timing sequence VMEH22501 vme case mostek system development board VME64 termination LVTH16244A VME 133 connector SCEA026
Text: Application Report SCEA028 - November 2002 VMEH22501 in 2eSST and Conventional VME Backplane Applications Sagir Hasnain, Ernest Cox, and David Yaeger Standard Linear & Logic ABSTRACT VMEbus, one of the most widely used backplanes in the industry, has generated numerous
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SCEA028
VMEH22501
VME64
VMEH22501
VME 6U DIMENSIONS
VME COnnector
VME 5v 3.3v timing sequence
vme case
mostek system development board
VME64 termination
LVTH16244A
VME 133 connector
SCEA026
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23204-116
Abstract: SCHROFF "VME Backplane" MTBF VME64X* by vita schroff power supply schroff power supply vme 96 pin vme DIN connector vme 3u board standards automatic daisy chain VME 69001-106
Text: User Manual VME / VME64x Backplanes 73972-103 Rev.001 VME / VME64x Manual Overview What is VMEbus The VMEbus started with the ANSI/VITA 1 specification in 1982. The original specification was sponsored by VITA and eventually standardized as IEEE 1014. It established a framework for 8-, 16- and 32-bit parallelbus computer architectures that can implement single and multiprocessor
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VME64x
32-bit
VME64
VME32
/-12V;
D-75334
23204-116
SCHROFF
"VME Backplane" MTBF
VME64X* by vita
schroff power supply
schroff power supply vme
96 pin vme DIN connector
vme 3u board standards
automatic daisy chain VME
69001-106
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VME64 termination
Abstract: ISA backplane Layout VME320 64-BIT SOUND CARD MVE64 PCI Backplane VME32 VME64 VME to isa bridge vme backplane 3u 6 slot
Text: Revised April 2002 Section 2 - Backplane Protocols Backplane Designer’s Guide Backplane bus protocols determine - electrically and mechanically - how signals are dropped off or picked up at every device attached to the line. Protocols determine how cards pass information, the speed of data transfer, the maximum number and type of peripheral devices allowed, and the physical size and layout of the system. In general, the choice of the correct protocol for a backplane design is a complex decision that involves many design compromises. No one solution will
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Untitled
Abstract: No abstract text available
Text: Hardware Accessories Termination Products Acromag provides a broad selection of hardware accessories to simplify the use of our I/O boards. This collection of panels, cables, and adapters facilitate field wiring and cable connections between boards within
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19-inch
400mm)
143mm)
5400mm)
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VME64E10P01
Abstract: VMEBPE05P01
Text: VME64x BACKPLANES Home Page 1 of 2 About Vector Distributors Sales Contact Us Catalog Request VME64 / VME64x MONOLITHIC BACKPLANES VECTORBORD KEY FEATURES : Backplane Specification : ANSI / VITA 1.1-1997 Greater than 64MHz high speed design Shielded signal lines & Controlled Imepedence
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VME64x
VME64
64MHz
UL94V-0,
10-Layer
21-SLOT
VME64E10P01
VMEBPE05P01
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Untitled
Abstract: No abstract text available
Text: 7 U VME64 Extension Backplane with 15 Slots State of the art design for a wide range of applications General Description Features This standard backplane is member of the ERNI backplane familiy for use in VME64 Extension computer systems. This backplane serie is especially adequate for hard real time
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VME64
VME64X
15Slot
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vk501
Abstract: VME64 termination VME64 Backplane VME/vk501 LVTH16244 SN74VMEH22501 SN74VMEH22501DGGR SN74VMEH22501DGVR SN74VMEH22501GQLR VME64
Text: SN74VMEH22501 Universal Bus Transceiver for the VMEbus Backplane TM Overview of VMEbus Evolution Theoretical Achievable Data Transfer Performance Performance Date Backplane Protocol Protocol MBps (MBps) VME Asynchronous 32-bit 1981 BLT 40 ~20 3-row P1 and P2
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SN74VMEH22501
32-bit
64-bit
VME64
VME64x
VME64
vk501
VME64 termination
VME64 Backplane
VME/vk501
LVTH16244
SN74VMEH22501DGGR
SN74VMEH22501DGVR
SN74VMEH22501GQLR
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IP+6U
Abstract: AVME9670
Text: Industry Pack Carriers AVME967x VME64 6U, Non-intelligent, IP Carrier Cards Holds four IP modules ◆ VME64 high-density rear connectors ◆ Geographical or user-defined addressing Description Key Features & Benefits The AVME9670 and AVME9675 are nonintelligent slave boards that interface up to four
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AVME967x
VME64
AVME9670
AVME9675
VME64-compliant
AVME9675-2
IP+6U
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VME64
Abstract: WIN95 CLK10 PCI-MXI-2 VME64 termination
Text: VXIbus Interface Kits for PCI VXI-PCI8000 Series Features Overview The VXI-PCI8000 Series interface kits link any PCI-based computer directly to the VXIbus using the high-speed Multisystem eXtension Interface bus MXI . The VXI-PCI8000 kits make your computer
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VXI-PCI8000
VME64
WIN95
CLK10
PCI-MXI-2
VME64 termination
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VME 6U DIMENSIONS
Abstract: vme chassis vme bus specification VME controller MXI-2 VME pci VME64 termination VME64 mainframe VME-MXI-2
Text: VME-MXI-2 VMEbus Extender VME-MXI-2 Extends VME to several mainframes Bidirectional VMEbus transfers Up to 8 VXI or VME chassis can be connected using MXIbus Transparent interrupts between mainframes DMA transfers at rates up to 38 Mbytes/s using D64 Interfaces external MXIbus-equipped
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68EC060
Abstract: Motorola 68060 SCV64 EPAK FAS216 D64-MBLT PT-VME161-10493 82C54 PT-VME161 SCV-64
Text: PT-VME161 Extensible 68060 WAN Communications Processor Features ◆ Motorola 68060 50 Mhz Microprocessor ◆ 8, 16, 32 or 64 MBytes of Shared DRAM ◆ SCSI-2 Single-Ended Interface ◆ Ethernet Interface ◆ Various High-Speed Synchronous and Asynchronous I/O Options
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PT-VME161
VME/VME64
VME161
68060/68EC060
230mm
PT-EPAK/E-10253
Base-T/10
128KB
PT-EPAK/F-10254
68EC060
Motorola 68060
SCV64
EPAK
FAS216
D64-MBLT
PT-VME161-10493
82C54
PT-VME161
SCV-64
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1AM5
Abstract: No abstract text available
Text: TitlePage - 80A3010_MA001_01 Universe II VME-to-PCI Bus Bridge Manual User Manual Document Number: 80A3010_MA001_01 Document Status: Final Release Date: June 2002 This document discusses the features, capabilities, and configuration requirements of the Universe II. It is intended for
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80A3010
LD64EN
1AM5
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CA91C142X-33CB
Abstract: tundra universe M07AD Siemens matsushita capacitor A3 A5 nokia 1110 pci to vme64 361 pin 25mm Nokia 6070 circuits 1110 nokia VME to PCI Bridge tundra nokia 603
Text: TitlePage - 80A3010_MA001_03 Universe II VME-to-PCI Bus Bridge Manual User Manual Document Number: 80A3010_MA001_03 Document Status: Final Release Date: November 2002 This document discusses the features, capabilities, and configuration requirements of the Universe II. It is intended for
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80A3010
LD64EN
CA91C142X-33CB
tundra universe
M07AD
Siemens matsushita capacitor A3 A5
nokia 1110
pci to vme64 361 pin 25mm
Nokia 6070 circuits
1110 nokia
VME to PCI Bridge tundra
nokia 603
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TUNDRA CA91C042
Abstract: tundra scv64 tundra universe universe VME to PCI Bridge CA91C042 tundra nitrogen reflow VME64 pci to vme csr BGA reflow guide
Text: The information in this document is subject to change without notice and should not be construed as a commitment by Newbridge Microsystems. While reasonable precautions have been taken, Newbridge Microsystems assumes no responsibility for any errors that may appear in this document.
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MD300
SA-77
LD64EN
Index-10
TUNDRA CA91C042
tundra scv64
tundra universe
universe
VME to PCI Bridge
CA91C042
tundra nitrogen reflow
VME64
pci to vme
csr BGA reflow guide
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CA91C142B-33CE
Abstract: CA91C142B-33IB CA91C142D-33IE CA91C142D-33CE tundra universe II CA91C142B-33IE Nokia 6070 circuits CA91C142B-33CB tundra scv64 tundra universe tools
Text: TitlePage - 80A3010_MA001_02 Universe II VME-to-PCI Bus Bridge User Manual Document Number: 80A3010_MA001_02 Document Status: Final Release Date: October 2002 This document discusses the features, capabilities, and configuration requirements of the Universe II. It is intended for
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80A3010
CA91C142B-33CE
CA91C142B-33IE
CA91C142B-25EE
CA91C142B-33CB
CA91C142B-33IB
CA91C142B-25EB
CA91C142D-33CE
CA91C142D-33IE
tundra universe II
Nokia 6070 circuits
tundra scv64
tundra universe tools
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405 t14 n03
Abstract: MA186
Text: TitlePage - 80A3010_MA001_02 Universe II VME-to-PCI Bus Bridge User Manual Document Number: 80A3010_MA001_02 Document Status: Final Release Date: October 2002 This document discusses the features, capabilities, and configuration requirements of the Universe II. It is intended for
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LD64EN
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MA186
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VME64 termination
Abstract: VME/VME64 termination VME bus
Text: UC563 y UNITRQDE ADVANCED INFORMATION 32 Line VME Bus Bias Generator FEATURES DESCRIPTION • Complies with VME64 Standard The VME bus bias generator provides current for up to 32 lines of active termination for a VME64 parallel bus. The VME standards require term ina
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VME64
475mA
UC563
VME64 termination
VME/VME64 termination
VME bus
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Untitled
Abstract: No abstract text available
Text: UC563 U IM IT R O E 3 E ADVANCED INFORMATION 32 Line VME Bus Bias Generator FEATURES DESCRIPTION • Complies with VME64 Standard The VME bus bias generator provides current for up to 32 lines of active termination for a VME64 parallel bus. The VME standards require termina
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UC563
VME64
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VMEbus
Abstract: VME64 termination VME System Controller CA91C042 pci to vme SCV64 vme 3u board standards VMEbus and Universe I MD32 REQ64
Text: Openbus Interface Components - Universe User Manual 2 Functional Description 2.1 Architectural Overview This section introduces the general architecture of the Universe. This description makes frequent reference to the functional block diagram provided in Figure 2.1 on page 2-2. Notice
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313-Pin
D33HD
CA91C042
DD03341
VMEbus
VME64 termination
VME System Controller
pci to vme
SCV64
vme 3u board standards
VMEbus and Universe I
MD32
REQ64
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A63 A
Abstract: SCV64
Text: Openbus Interface Components - Universe User Manual 2 Functional Description 2.1 Architectural Overview This section introduces the general architecture of the Universe. This description makes frequent reference to the functional block diagram provided in Figure 2.1 on page 2-2. Notice
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313-Pin
DD03341
A63 A
SCV64
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