AUTOMATIC DAISY CHAIN VME Search Results

harting 48 pin

Abstract: FIN-01510 vme 64x connector layout harting catalog VME64x COnnector harting 8 pin connector D-32381 harting 48 pin connector nl5203 automatic daisy chain VME
Contextual Info: HARTING New product information HAUTI NC HARTING, Inc. har-bus 64S, A reliable connector that offers passive switching for VME64x backplanes. HARTING presents the har-bus® 64S that offers an automatic Daisy Chain Solution for passive VME64x backplanes:

Contextual Info: Backplanes – VME ME bus 16 Monolithic J1/J2 backplanes 6 U VME bus ࡯ Conforming with VITA 1-1994 (VME standard) ࡯ Termination can be switched over between active/passive ࡯ Automatic daisy chain (switch connector) ࡯ 6-layer structure, signal layers shielded

E1302A

Abstract: VME ACFAIL automatic daisy chain VME
Contextual Info: PDFINFO H5 5 2 6 - 0 1 20-Slot B-Size VME/VXI Mainframe HP E1302A Technical Specifications ● ● ● ● ● VME power supplies that meet VXI Specifications Power supply/fans are serviceable in rack low MTTR Automatic daisy chain jumpering Easy access to P2 rows A and C at rear of

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
Contextual Info: 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

Contextual Info: 6U VME64x BACKPLANES FEATURES BOARD SPECIFICATIONS • Meets or exceeds ANSI/VITA 1.1-1997, VME extension • 10-layer board • 2 oz. copper power and ground standard • PCB UL recognized 94V-0 • Exceeds ANSI/VITA 1-1994 and IEEE P1014 • PCB FR-4 or equivalent

VME64X

Contextual Info: 7U VME64x BACKPLANES FEATURES BOARD SPECIFICATIONS • Meets or exceeds ANSI/VITA 1.1-1997, VME extension • 10-layer board • 2 oz. copper power and ground standard • Exceeds ANSI/VITA 1-1994 and IEEE P1014 • PCB UL recognized 94V-0 • PCB FR-4 or equivalent

23204-116

Abstract: vme backplane
Contextual Info: 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

Contextual Info: J1, J2, J3 VME BACKPLANE FEATURES BOARD SPECIFICATIONS • Exceeds ANSI/VITA 1-1994 and IEEE P1014 • 8-layer board • 2 oz. copper power and ground specifications • 8-layer stripline design • PCB UL recognized 94V-0 • Optional BUSGRANT/IACK daisy chain connectors

Contextual Info: 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

Augat

Abstract: D-8028 augat vme
Contextual Info: AUGAT/ INTCON PRDT GP S7E » • 1DRS33S D0D2flbfl 567 ■ AUIP Bus Grant Connector The Bus Grant connector is a version ofAugat's Switching Din connector which is specific to the VME and VXI systems. This connector Provides automatic jumpering between the bus grant

c32w

Contextual Info: NEWBRIDGE C R u MICROSYSTEMS m m S5E D • LSfifllQl Q O O O b ? a 3 ' c a s ic o 1 4 VMEbusAVICS CONTROL CIRCUIT ACC T -5 2 -3 3 -5 5 • Full VMEbus system controller functions • Auto-ID slot Identification • Automatic VMEbus SYSCON Identification

Contextual Info: C R L H B W CA91C014 ' VMEbusAVICS CONTROL CIRCUIT ACC • Full VMEbus system controller functions • Auto-ID slot Identification • Automatic VMEbus SYSCON identification • Bus Isolation (Bl-mode ) controller • Multiple VMEbus request and release options

C014

Abstract: CA91 DIODE 3L2
Contextual Info: o u .m m ~ C A 9 1 C 1 4 VMEbus AVICS CONTROL CIRCUIT ACC The CA91C014 Advanced System Architecture Control Circuit (ACC) is part of the Advanced VMEbus Interface Chip Set (AVICS); the other part being the CA91C015 Data and Address Register File (DARF). The AVICS in­

Contextual Info: Openbus I/F Components - VMEbus User Manual 2.0 2.1 ACC Description Introduction This section describes the AVICS Comrol Circuit ACC . A general architectural description of the ACC is provided, followed by detailed descriptions of the signal pins and major ACC functional modules, including

MD500

Abstract: automatic daisy chain VME VME DAISY CHAIN 700C1
Contextual Info: NEWBRIDGE MICROSYSTEMS CRUMBS' 2SE D • tSôfllOl 0 0 0 0 b 7 ô 3 CAS1C014 VMEbusAVICS CONTROL CIRCUIT ÀCC T-52 -33 -55 • Full VMEbus system controller functions • Auto-ID slot Identification • Automatic VMEbus SYSCON Identification • The CA91C014 Advanced System Architecture Control

Contextual Info: OEC 0 3 19 Œ U E U S ' MLV,m CA91C014 VMEbusAVICS CONTROL CIRCUIT ACC) • Full VMEbus system controller functions • Auto-ID slot Identification • Automatic VMEbus SYSCON Identification • Bus isolation (Bi-mode®) controller • Multiple VMEbus request and release options

KDS 1.540

Abstract: bq30ut
Contextual Info: OEC t 3 199' TM C R JULY 1991 CA91C014 L VMEbus AVICS CONTROL CIRCUIT ACC) Full VMEbus system controller functions Auto-ID slot Identification Automatic VMEbus SYSCON Identification Bus Isolation (Bl-mode*) controller Multiple VMEbus request and release options

Contextual Info: VITA 31.1 GIGABIT ETHERNET on VME64x BACKPLANES FEATURES BOARD SPECIFICATIONS • 10/100/1000BASE-T Ethernet switched network on a • 10-layer board • PCB thickness 4.6mm VME64x backplane • PCB Height: 262.09mm • 2 redundant VITA 31.1 Fabric Slots, right side of

Contextual Info: Lattice ISP in Cellular Switching Stations most important, ISP products provide the means to complete field upgrades efficiently and cost effectively. Introduction The challenges facing cellular telephone switching station manufacturers today reflect those facing the entire

automatic daisy chain VME

Abstract: isplsi architecture
Contextual Info: Lattice ISP in Cellular Switching Stations most important, ISP products provide the means to complete field upgrades efficiently and cost effectively. Introduction The challenges facing cellular telephone switching station manufacturers today reflect those facing the entire

automatic daisy chain VME

Abstract: VME COnnector embedded c programming examples
Contextual Info: Lattice ISP in Cellular Switching Stations most important, ISP products provide the means to complete field upgrades efficiently and cost effectively. Introduction The challenges facing cellular telephone switching station manufacturers today reflect those facing the entire

Contextual Info: VXI BACKPLANES FEATURES BOARD SPECIFICATIONS • Compliant with VXIbus spec. Rev. 1.4, VMEbus C.1 • 10-layer board • 10- layers, 6U controlled impedance srtipline design • 2 oz. copper and ground • Electronic BUSGRANT, IACK daisy chain • PCB UL recognized 94V-0

Augat

Abstract: MIL-T-10727 buss 2A augat "50 pin" MIL-G-45024
Contextual Info: AUGAT/ INTCON PRDT GP S7E D • imS33S 0Q02B0b H3T * A U I P Bus Grant Connector Features ■ Complies with DIN 41612 ■ No special press-fit fixture required ■ Auto switching of bus grant and interrupt acknowledge lines with card removal Materials-Connector

Contextual Info: Bus Grant Connector Features • Complies with DIN 41612 ■ No special press-fit fixture required ■ Auto switching of bus grant and interrupt acknowledge lines with card removal M aterials-Connector ■ Insulator: Black Glass Filled Polyester UL94V0 ■ Contact: Phophor Bronze per Federal