BACKPLANE SPACE Search Results

Contextual Info: Note: When ordering the following Housings, order according to the number per box. Accessories for Backplane Systems Daughter board side Rear Side Backplane Housings for DIN Connectors Backplane Housing (MIL Flat, Double-row Double-row Type Type) Spacer (available in market) Nut (available in market)

VME64 Backplane

Abstract: VME64 VME64 Backplane mechanical SIGNAL PATH designer
Contextual Info: Revised March 2002 Section 3 - Backplane Architecture Backplane Designer’s Guide The primary criteria for backplane design are low cost, high speed, and high reliability. To attain these often-conflicting goals, it is necessary to maximize the performance of every aspect of the design, including the backplane configuration. A

Contextual Info: SUHNER FIBEROPTIC FIBERGATE BACKPLANE CONNECTOR HUBER+SUHNER The worldwide smallest sing From the FiberGate Backplane connector . New technologies like DWDM systems and SDH transmission facilities require new and innovative fiberoptic backplane solutions. In

Contextual Info: RK-210S, RK-210E 2U Rackmount Industrial Chassis with 6-slot Backplane Features EIA RS-310C 19” Rackmount Standard Supports PICMG 1.0 backplane RK-210S and PICMG® 1.3 backplane (RK-210E) Short depth chassis for space savings One 5.25” and one 3.5” drive bays

SUHNER ch-9100

Abstract: FGAT-BP-A002-4
Contextual Info: SUHNER FIBEROPTIC FIBERGATE BACKPLANE CONNECTOR HUBER+SUHNER The worldwide smallest singl From the FiberGate Backplane connector . New technologies like DWDM systems and SDH transmission facilities require new and innovative fiberoptic backplane solutions. In

AN-1242 national

Contextual Info: SCAN50C400 SCAN50C400A 1.25/2.5/5.0 Gbps Quad Multi-Rate Backplane Transceiver Literature Number: SNOSA22G February 2007 SCAN50C400A 1.25/2.5/5.0 Gbps Quad Multi-Rate Backplane Transceiver General Description Features The SCAN50C400A is a four-channel high-speed backplane

Contextual Info: DIAMOND F ib er Optic C om ponents E-2000 PS BACKPLANE The E-2000™ PS backplane is a solution fo r backplane systems suitable fo r high pow er applications. It com bines all the advantages of the E-2000™ PS std. connectors, and an optim al guiding mechanism fo r secure backplane connection. When

Contextual Info: Backplane for Yokogawa Centum IMB-BP-8-Y-R Up to eight interface cards have space on the 175 x 210 mm IMB Interfacemodul Backplane : I/O modules, HART transmissible analog cards and DTM parametrizable temperature measuring amplifiers. Up to 32 digital or 16 analog inputs and outputs can be arranged on the backplane. The I/O channels

Contextual Info: Backplane Honeywell C300 IMB-BP-8-H-OUT Up to eight interface cards have space on the 175 x 210 mm IMB Interfacemodul Backplane : I/O modules, HART transmissible analog cards and DTM parametrizable temperature measuring amplifiers. Up to 32 digital or 16 analog inputs and outputs can be arranged on the backplane. The I/O channels

Contextual Info: Backplane for Emerson Delta V IMB-BP-8-E Up to eight interface cards have space on the 175 x 210 mm IMB Interfacemodul Backplane : I/O modules, HART transmissible analog cards and DTM parametrizable temperature measuring amplifiers. Up to 32 digital or 16 analog inputs and outputs can be arranged on the backplane. The I/O channels

Contextual Info: Backplane Honeywell C300 IMB-BP-8-H-IN Up to eight interface cards have space on the 175 x 210 mm IMB Interfacemodul Backplane : I/O modules, HART transmissible analog cards and DTM parametrizable temperature measuring amplifiers. Up to 32 digital or 16 analog inputs and outputs can be arranged on the backplane. The I/O channels

MC141516

Abstract: COM23 MC141516FJ MC141518 MCC141516 14810 mc68hc05l11
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA MC141516 LCD Backplane Driver CMOS The MC141516 is a high voltage passive LCD Backplane driver. It is a low power silicon-gate CMOS LCD driver chip which consists of 64 backplane driving outputs for 64 MUX or lower LCD panel. The

M1050-00641

Abstract: M1050-00639 M1050
Contextual Info: Amphenol Printed Circuit Board Technology NAFI + UHD CONNECTORS STANDARD. RELIABLE. PROVEN. UHD FEATURES & BENEFITS 0.100” x 0.050” staggered grid - High density optimizes trace routing through the backplane Compliant press-fit termination of backplane connectors - Provides a gas-tight interface with the printed circuit backplane without

AN 34002

Abstract: 34002 PC
Contextual Info: DIAMOND Fiber Optic Components F-3000 Application notes BACKPLANE Fiber optic connectors for backplane also require the pre-mating of all involved components, to prevent lateral forces, while mated. For repeatable and secure pre-mating and mating procedures, the F-3000™ BACKPLANE has a high adaptation

focis-4

Abstract: Feeder, Quad Tyco 60874-1 InfiniBand 4x ddr TIA eia 604-2 sc Components rc-5720 6536555-2 SFF8470 CX4 RECEPTACLE Tyco
Contextual Info: Fiber Optic Products Catalog Table of Contents Cable Assemblies & Backplane Interconnects Cable Assemblies & Backplane Interconnects Cable Assemblies “NEW” Active Optical Cable Assemblies . . . . . . . . . . . . . . . . . . . . . . . 100, 101 LC Cable Assemblies . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 102-104

Contextual Info: VHDM Tooling 5, 6 and 8 Row Universal Alignment Block For HSD or VHDM Backplane Connector System Instruction Sheet Order No. 62202-0212 FEATURES Œ Œ Œ Designed to provide proper spacer and clearance on Backplane Connectors with guide pins and polarizing pins.

voltage regulator 4333

Abstract: AP-523 CY2260 EBSA-285 M66EN MP60 PAR64 REQ64 21285-aa PCI backplane Layout
Contextual Info: DIGITAL Semiconductor PCI Development Backplane User’s Guide Order Number: EC–R6M4B–TE Revision/Update Information: This manual supercedes the DIGITAL Semiconductor PCI Development Backplane User’s Guide, EC–R6M4A–TE. Digital Equipment Corporation

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
Contextual Info: 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

ASB27

Abstract: vhdl code for demultiplexer 16 to 1 using 4 to 1 8B10B ORT4622 PT10 PT11 STS-48
Contextual Info: Preliminary Data Sheet April 2002 ORCA ORT4622 Field-Programmable System Chip FPSC Four-Channel x 622 Mbits/s Backplane Transceiver Introduction Lattice has developed a solution for designers who need the many advantages of FPGA-based design implementation, coupled with high-speed serial backplane data transfer. The 622 Mbits/s backplane transceiver offers a clockless, high-speed interface for

CVM1D-CPU21

Abstract: CVM1 CPU21 OMRON CVM1 CV500-CN sysmac CV500 CVM1 CVM1D OMRON CVM1 CPU21 OMRON CPU21
Contextual Info: • Dimensions Unit: mm ● CPU Backplane ● Expansion CPU and Expansion I/O Backplanes 250 150 DUPLEX SYSTEM 250 150 100 465 100 465 123 486 123 486 The diagram above shows the Backplane without a Power Supply Unit and an I/O Control Unit. The diagram above shows the Backplane without a Power Supply Unit and an I/O Control Unit.

vhdl code for pcm bit stream generator

Contextual Info: Preliminary Data Sheet January 2002 ORCA ORT4622 Field-Programmable System Chip FPSC Four-Channel x 622 Mbits/s Backplane Transceiver Introduction Lattice has developed a solution for designers who need the many advantages of FPGA-based design implementation, coupled with high-speed serial backplane data transfer. The 622 Mbits/s backplane transceiver offers a clockless, high-speed interface for

buffer driver ic SPICE MODEL S

Abstract: backplane design SIGNAL PATH DESIGNER
Contextual Info: Revised April 2002 Section 9- Layout Considerations Backplane Designer’s Guide The best backplane designs allow the components to operate at peak efficiency. Minimizing compromises and enhancing all design parameters enable backplanes to do more with less. To increase efficiency, for example, the I/O technology chosen should allow the backplane to run at maximum frequency. This is achieved by minimizing impedance discontinuities

OM4085

Contextual Info: Philips Semiconductors Short-form product specification Universal LCD driver for low multiplex rates FEATURES • Selectable backplane drive configuration: static or 2, 3 or 4 backplane multiplexing • Selectable display bias configuration: static, V2 or V3

10Gb CDR

Abstract: 10GMII UNITED TECHNOLOGIES MICROELECTRONICS CENTER ORT82G5 STS-48 FPSC 020NC
Contextual Info: Preliminary Product Brief January 2001 ORCA ORT82G5 1.25/2.5/3.125 Gbits/s Backplane Interface FPSC Introduction Lucent Technologies Microelectronics Group has developed a next generation FPSC intended for highspeed serial backplane data transmission. Built on