ADvantage/GP Kit

ADvantage/GP Software Bundle. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage GP Target Complete.ADvantage/rtX Kit

ADvantage/rtX Software Bundle. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage rtX Target Complete.ADvantage/rtX Run Time Kit

ADvantage/rtX Run-Time Software Bundle. Includes: ADvantageVI, SIMplotter, ADvantage rtX Target Run Time.ADvantage/RTS Kit

ADvantage/RTS Software Bundle. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage RTS Target Complete.ADvantage/RTS Run Time Kit

ADvantage/RTS Run-Time Software Bundle. Includes: ADvantageVI, SIMplotter, ADvantage RTS Target Run Time.ADvantage/rtX-Mini Kit

ADvantage/rtX Mini-3 Software Bundle. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage rtX-Mini Target Complete. Supports up to three PCI slots.ADvantage/rtX-DT Kit

ADvantage/rtX Desktop-5 Software Bundle. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage rtX-Desktop Target Complete. Supports up to five PCI slots. ADvantageDE

ADvantageDE Brochure

http://www.adi.com/pdfs/product/ADvantageBrochureDE3.pdf

ADvantage Development Environment. ADvantageDE is used to architect and configure ADvantage projects for any one of the GP, rtX, and RTS targets. Includes C/C++ compilers.ADvantageFC

The Fault Insertion System (FIS) is controlled from ADvantageFC Fault Control Software. ADvantageFC is controlled from a PC connected to the Fault Insertion System via a standard TCP/IP Ethernet connection. Through ADvantageFC, faults can be commanded interactively or can be controlled from pre-programmed macros.ADvantageVI

ADvantageVI Brochure

http://www.adi.com/pdfs/product/ADvantageBrochureVI3.pdf

ADvantageVI Run-Time Environment for ADvantage projects. ADvantageVI is used to connect to any simulation target on the network and begin manual or automated interaction with the target. Includes graphical interface panels (ADEPT).ADvantage Conversion

ADvantage Conversion, UNIX to MS Windows.SIMplotter

SIMplotter Data Visualization and Analysis. Plotting tool for ADvantage. SIMplotter can connect to any ADvantage target data acquisition session to begin receiving and plotting data.Ada Toolbox

Ada Toolbox for ADvantage (GP only). Ada code language support for ADvantage projects.ADSIM Toolbox

ADSIM Toolbox for ADvantage. ADSIM modeling language support for ADvantage projects. Includes ADSIM compilers.ADSIM Toolbox NC

ADSIM Toolbox for ADvantage. ADSIM modeling language support for ADvantage projects. Includes ADSIM compilers. Altia

Altia FacePlate & Altia Toolbox. Graphical user interface panels for ADvantage. Altia provides photo-realistic user interface panels for manual interaction with, and display of, the simulation project at run-time.ARCal

ARCal for Advanced Rig Calibration and Verification. In addition to ARCal-loopback functionality, the full ARCal module includes relay system control and instrument control. Includes ADvantageTM.ARCal-LB

ARCal for Rig Loopback Test. ARCal-LB allows users to perform loopback rig checkout. Includes ADvantageTM (Test Manager).CANdb Toolbox

CANdb Manager to import CAN dbc files into ADI's CAN Manager for scheduling CAN messages as part of the real-time simulation.Fortran Toolbox

Fortran Toolbox for ADvantage. Fortran 77 code language support for ADvantage projects (uses f2c utility).IpProtect

Intellectual Property Software Protection. Allows you to provide models to your customers without releasing your valuable intellectual property. Requires ADvantageDE.Simulink Toolbox

MathWorks' Simulink 7

http://www.adi.com/pdfs/vendor/Software/MathWorksSimulink.pdf

Simulink Toolbox for ADvantage. Simulink modeling language support for ADvantage projects. Requires MATLAB R2006a, R2006b, R2007a, R2007b, R2008a, R2008b, 2009a, 2009b, 2010a and the Real-Time Workshop (RTW) from The MathWorks. SystemBuild Toolbox

NI's MatrixX SystemBuild

http://www.adi.com/pdfs/vendor/Software/NI_Matrixx_SystemBuild.pdf

SystemBuild Toolbox for ADvantage. National Instruments' MatrixX / SystemBuild modeling language support for ADvantage projects. Requires SystemBuild v6.2, v6.3, v7.1, or v8.1 from National Instruments.C040 Rehost 1

C/040 Rehost with current maintenance. Required when changing RTS system host.C040 Rehost 2

C/040 Rehost without current maintenance. Required when changing RTS system host.Driver Dev Kit

Driver Development Kit allows users to develop their own drivers for their own IO boards. Includes instructions on how to develop your own driver, sample code, and board licenses (ADvantageRT IO Board Token) for up to five third-party boards. Requires one each of the RC000-DDK per order.I/O Dev 1

IO Device Driver, standard type.I/O Dev 2

IO Device Driver, complex type.I/O Board Token

IO Board Token. Needed for customer provided IO board and customer developed driver (10 or more: $800 each).ADvantage GP TC

ADvantage/GP Target Complete. Provides the ability to run ADvantage simulations executing the simulation run-time on a Windows PC.ADvantage rtX TC

ADvantage rtX Target Complete. Provides the ability to run ADvantage simulations on a 2, 4, or 8 CPU real-time PC system in Interactive Development Mode. This provides the ability to perform the following activities with ADvantageVI: 1) attach to an idle target and load a project; 2) attach to a target running “stand-alone”; 3) perform “gets” and “puts”; 4) utilize DAS streams with tools such as SIMplotter; 5) utilize Triggers & Schedules; 6) utilize overrides; 7) script simulation interaction. Includes the QNX real-time OS.ADvantage rtX Mini TC

ADvantage rtX Mini Target Complete. Provides the ability to run ADvantage simulations on the rtX Mini dual core processor PC system in Interactive Development Mode. This provides the ability to perform the following activities with ADvantageVI: 1) attach to an idle target and load a project; 2) attach to a target running “stand-alone”; 3) perform “gets” and “puts”; 4) utilize DAS streams with tools such as SIMplotter; 5) utilize Triggers & Schedules; 6) utilize overrides; 7) script simulation interaction. Includes the QNX real-time OS. Supports up to three PCI slots.ADvantage rtX DT TC

ADvantage rtX Desktop Target Complete. Provides the ability to run ADvantage simulations on the rtX Desktop dual core processor PC system in Interactive Development Mode. This provides the ability to perform the following activities with ADvantageVI: 1) attach to an idle target and load a project; 2) attach to a target running “stand-alone”; 3) perform “gets” and “puts”; 4) utilize DAS streams with tools such as SIMplotter; 5) utilize Triggers & Schedules; 6) utilize overrides; 7) script simulation interaction. Includes the QNX real-time OS. Supports up to five PCI slots.ADvantage rtX TRT

ADvantage rtX Target Run-Time. Provides the ability to run ADvantage simulations on a rtX real-time system in Basic Interactive Mode. This provides the ability to perform the following activities with ADvantageVI: 1) attach to a target running “stand-alone”; 2) perform “gets” and “puts”; 3) utilize DAS streams with tools such as SIMplotter; 4) utilize overrides; 5) script simulation interaction. Includes Linux real-time OS.ADvantage rtX TB

ADvantage rtX Target Basic. Provides the ability to run ADvantage simulations on a two, four, or eight CPU real-time PC system in Basic Mode (run autoboot simulation without ability to connect and interact with the simulation). Includes the QNX real-time OS.ADvantage RTS TC

ADvantage RTS Target Complete. Provides the ability to run ADvantage simulations on a VME real-time system in Interactive Development Mode. This provides the ability to perform the following activities with ADvantageVI: 1) attach to an idle target and load a project; 2) attach to a target running “stand-alone”; 3) perform “gets” and “puts” 4) utilize DAS streams with tools such as SIMplotter; 5) utilize Triggers & Schedules; 6) utilize overrides; 7) script simulation interaction. Includes Linux real-time OS.ADvantage RTS TB

ADvantage RTS Target Basic. Provides the ability to run ADvantage simulations on a VME real-time system in Basic Mode (run autoboot simulation without the ability to connect and interact with the simulation). This Target license is used for secondary nodes in a distributed simulation lab. Includes Linux real-time OS.ADvantage RTS TBT

ADvantage RTS Target Run-Time. Provides the ability to run ADvantage simulations on a VME real-time system in Basic Interactive Mode. This provides the ability to perform the following activities with ADvantageVI: 1) Attach to a target running “stand-alone”; 2) Perform “gets” and “puts”; 3) Utilize DAS streams with tools such as SIMplotter; 4) Utilize overrides; 5) Script simulation interaction. Includes Linux real-time OS.D700C0501MKT

ADI's BEACON

http://www.adi.com/pdfs/product/BEACON_DS3.pdf

BEACON Software CD ROM.RL020-002

BEACON Graphical Front-End and electronic documentation, floating license.RL020-003

BEACON Graphical Front-End and electronic documentation, node-locked license.RL021-002

BEACON C Code Generator, floating license.RL021-003

BEACON C Code Generator, node-locked license.RL022-002

BEACON Ada Code Generator, floating license.RL022-003

BEACON Ada Code Generator, node-locked license.RL024-002

BEACON AUTT, floating license.RL024-003

BEACON AUTT, node-locked license.D700C0502MKT

BEACON for Simulink

http://www.adi.com/pdfs/product/BEACON4S_DS3.pdf

BEACON for Simulink Software CD ROM.RL030-002

BEACON for Simulink Designer, floating license.RL030-003

BEACON for Simulink Designer, node-locked license.RL032-002

BEACON for Simulink Coder, Ada, floating license.RL032-003

BEACON for Simulink Coder, Ada, node-locked license.RL034-002

BEACON for Simulink Coder, C, floating license.RL034-003

BEACON for Simulink Coder, C, node-locked license.RC000-0NT

ADvantage CD-ROM initial system purchase for Microsoft® Windows host. One per RTS, one per rtX, one per rtX-V, one per ADvantageGP, one per set of multiple rtX/RTS systems used as distributed systems (one DE and one VI), but with multiple targets. Only one if HIL and ADvantageGP use a shared hostRC000-SIS

Custom software CD-ROM.RC000-UPD

ADvantage update CD-ROM.RC000-DDK

ADvantage Driver Development Kit CD-ROM.RTC.300

ADvantage Users' Course. Three day course: two days ADvantageGP, one day hardware-in-the-loop. Charge per student.RTC.350

ADvantage Users' Course conducted at customer site. Up to eight students. Three day course: two days ADvantageGP, one day hardware-in-the-loop. Travel and living expenses additional (charged at cost).RTC.600

Advanced ADvantage Users' Course. One day course. Charge per student.RTC.650

Advanced ADvantage Users' Course conducted at customer site. One day course. Up to eight students. Travel and living expenses additional (charged at cost).RTC.500

ADSIM Programming. Two day course. Charge per student.RTC.550

ADSIM Programming conducted at customer site. Two day course. Up to eight students. Travel and living expenses additional (charged at cost).RTC.400

Introduction to BEACON. Two day course. Charge per student.RTC.450

Introduction to BEACON conducted at customer site. Two day course. Up to eight students. Travel and living expenses additional (charged at cost).RTC.470

Introduction to BEACON for Simulink. One and one-half day course. Charge per student.RTC.480

Introduction to BEACON for Simulink conducted at customer site. Two day course. Up to eight students. Travel and living expenses additional (charged at cost).RTC.700

Personalized training course at ADI. Daily charge. Up to eight students. .RTC.800

Personalized training conducted at customer site. Daily charge. Up to eight students. Travel and living expenses additional (charged at cost).SIS

Systems & Services Datasheet

http://www.adi.com/pdfs/product/ADIServices_DS3.pdf

Consultancy/Integration Services provided by one of ADI's Engineers. Hourly rate, excluding travel, lodging and other expenses (invoiced additionally based on actual hours and expenses incurred).SIS-1

Systems & Services Datasheet

http://www.adi.com/pdfs/product/ADIServices_DS3.pdf

Consultancy/Integration Services provided by one of ADI's Staff Engineers. Hourly rate, excluding travel, lodging and other expenses (invoiced additionally based on actual hours and expenses incurred).SIS-2

Systems & Services Datasheet

http://www.adi.com/pdfs/product/ADIServices_DS3.pdf

Consultancy/Integration Services provided by one of ADI's Senior Engineers. Hourly rate, excluding travel, lodging and other expenses (invoiced additionally based on actual hours and expenses incurred).rtX Installation

Assistance with installing and implementing your rtX by one of ADI's experts.rtX Technical Service

Assistance with the implementation of your project using the ADvantage software and the rtX simulator. Hourly rate. Travel and lodging additional "at cost" charge.rtX Hardware Maintenance

rtX hardware maintenance services and support - 9% of system hardware current value. Add $4,290 for on-site support.R1.1040

Assistance with installing your RTS by one of ADI's experts. Base installation is $2,000 plus 4% of any optional hardware (other than base RTS system). R1.2060

Hardware Maintenance, 6U systems. Cost based on system content: $4,290 for basic system (9U, call ADI) plus optional hardware at 9.0% of list price (excluding basic system). Multiple system discounts: 2 Systems - 11.1%; 3 or more Systems - 22.2%.R1.2062

RTS Systems Hardware Maintenance reinstatement /recertification fee for systems with lapsed hardware maintenance.RFS.020

Maintenance services per hour (normal business hours).RFS.030

Maintenance services per hour (after normal business hours).RFS.040

Maintenance services per hour (Sundays and holidays).RFS.050

Travel time per hour.RFS.060

Transportation and expenses. RFS.070

Daily per diem.RFS.080

Overnight per diem.rtX DX-4 RM

ADI's rtX Simulator

http://www.adi.com/pdfs/product/rtX_DS3.pdf

Preferred Dual Core Solution. Simulation computer includes: Dual-core high performance Intel processor, 2.8 GHz or greater, and 2 GB high-speed memory. Rackmount system supports five PCI slots and one PCIe slot, network interface, and QNX Posix-compliant real-time OS. Excludes ADvantage software CD. Additional IO slots are available with an expansion chassis.rtX MX-4P-2 RM

ADI's rtX Simulator

http://www.adi.com/pdfs/product/rtX_DS3.pdf

Preferred Quad Core Solution. Simulation computer includes: Quad-core high performance Intel processor, 2.4 GHz or greater, and 2 GB high-speed memory. Rackmount system supports five PCI slots and one PCIe slot, network interface, and QNX Posix-compliant real-time OS. Excludes ADvantage Software CD. Additional IO slots are available with an expansion chassis.rtX DX-4 Mini

ADI's rtX Simulator

http://www.adi.com/pdfs/product/rtX_DS3.pdf

Simulation computer includes: Dual-core high performance Intel processor, 2.8 GHz or greater, and 2 GB high-speed memory. mid-size tower system supports two PCI slots and one PCIe slot, network interface, and QNX Posix-compliant real-time OS. Excludes ADvantage software CD. The rtX-Mini is limited to slot quantity of the motherboard boards and cannot be expanded.rtX DX-4 DT

ADI's rtX Simulator

http://www.adi.com/pdfs/product/rtX_DS3.pdf

Simulation computer includes: Dual-core high performance Intel processor, 2.8 GHz or greater, and 2 GB high-speed memory. Large tower system supports five PCI slots and one PCIe slot, network interface, and QNX Posix-compliant real-time OS. Excludes ADvantage software CD. The rtX DX-4 DT is limited to slot quantity of the motherboard boards and cannot be expanded.rtX MX-4P-1 RM

ADI's rtX Simulator

http://www.adi.com/pdfs/product/rtX_DS3.pdf

Simulation computer includes: Quad-core high performance AMD processor, 2.4 GHz or greater, and 2 GB high-speed memory. Rackmount system supports four PCI slots and one PCI-X slot, network interface, and QNX Posix-compliant real-time OS. Excludes ADvantage software CD. Expandable to eight cores. Additional IO slots are available with an expansion chassis.rtX MX-8P-1 RM

ADI's rtX Simulator

http://www.adi.com/pdfs/product/rtX_DS3.pdf

Simulation computer includes: Two Quad-core high performance AMD processors, 2.4 GHz or greater, and 2 GB high-speed memory. Rackmount system supports four PCI slots and one PCI-X slot, network interface, and QNX Posix-compliant real-time OS. Excludes ADvantage software CD. Additional IO slots are available with an expansion chassis.rtX PXI-1

PXI-based real-time simulation target including one NI PXI-8104 1.86 GHz Intel Celeron M 440 controller board for model execution and user interface processing, 512MB DDR2 memory, QNX POSIX-compliant RTOS, 14-slot PXI chassis, 10/100/1000 Ethernet port, and hard drive. Rackmount kit optional. U.S. standard type 110V power cable provided (220V power cable available upon request). Excludes ADvantage software CD.RTS/1007 BSS

ADI RTS 10-slot Tower Unit, 9U, Linux UIP, 1 CE-5500. Includes side panel cut-out, backup disk drive, and CD/DVD-ROM. U.S. standard type 110V power cable provided (220V power cable available upon request). Excludes ADvantage software CD.RTS/6216L-64x-A

ADI's RTS Simulator

http://www.adi.com/pdfs/product/RTS_DS3.pdf

ADI RTS 21-slot table top unit, 6U, VME 64x backplane including Linux UIP and one CE-5500/512 processor. U.S. standard type 110V power cable provided (220V power cable available upon request). Excludes ADvantage software CD.RTS/69217 BSS

ADI RTS 20-Slot Chassis, Linux UIP, one CE-5500. 6U and 9U slots. Includes side panel cut-out, backup disk drive, and CD/DVD-ROM. U.S. standard type 110V power cable provided (220V power cable available upon request). Excludes ADvantage software CD.rtX-V SX-1

VME-based real-time simulation target including one 1.8 GHz Intel Pentium M processor board for model execution and user interface processing, 1 GB ECC SDRAM, QNX POSIX-compliant RTOS, 21-slot VME chassis, 64x backplane, dual 10/100/1000 Ethernet ports, and hard drive. U.S. standard type 110V power cable provided (220V power cable available upon request). Rackmount kit optional. Excludes ADvantage software CDPCI eXpansion 13

eXpansion Box Datasheet

http://www.adi.com/pdfs/product/EXpansionBox_DS3.pdf

Extension chassis for rtX. Thirteen PCI slot eXpansion Box. Compatible with PCI and Industry Pack IO cards. Rackmountable case. Front-mounted fans with integrated dust filter. Consumes one slot in the rtX and includes cable and board to connect to an rtX. Requires the use of a Power Sequencer.PXI eXpansion 18

NI PXI-1045

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_1045.pdf

PXI eXpansion system containing 18 PXI slots. Consumes one slot in the rtX system and includes 18-slot chassis and MXI-4 interface. Requires the use of a Power Sequencer. Rackmount is optional. rtX PXI NI-8105

NI PXI-8105

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_8105_ds.pdf

NI PXI-8105 core duo 2.0 GHz controller with WindowsXP.VME Chassis 21

Expansion 21-slot table top 6U VME Chassis, VME 64x backplane. U.S. standard type 110V power cable provided (220V power cable available upon request). DIOS System

ADI's DIOS System

http://www.adi.com/pdfs/product/DIOS/DIOS System.pdf

Distributed I/O System Chassis. Designed for connecting to one of ADI's real-time simulators (RTS or rtX) via IEEE-1394 (FireWire) for specialized distributed IO. A set of signal conditioning boards is also available for the DIOS system (see Distributed I/O Interfaces section) that connects to IO boards in the simulator. Eight-slot 4U chassis. Rackmount or desktop. Standard type US 110V power cable provided (220V power cable available upon request). System Rack 12U

25-inch (12U) rack enclosure for rtX systems, eXpansion Boxes, Fault Insertion systems, conneXion Boxes, power supplies, and break-out panels. Desktop model.System Rack 16U

33-inch (16U) rack enclosure for rtX systems, eXpansion Boxes, Fault Insertion systems, conneXion Boxes, power supplies, and break-out panels. Desktop model.System Rack 24U

54-inch (24U) rack enclosure for rtX systems, eXpansion Boxes, Fault Insertion systems, conneXion Boxes, power supplies, and break-out panels. Floor model. Includes two fixed and two locking swivel castors.System Rack 35U

73-inch (35U) rack enclosure for rtX systems, eXpansion Boxes, Fault Insertion systems, conneXion Boxes, power supplies, and break-out panels. Floor model. Includes two fixed and two locking swivel castors.Custom Racks

Variety of racks supported from several vendors. Ask for details.621RM-A

Sliding rackmount option for the RTS/621xL-64X-A or rtX-V (factory installed only).621RMST-A

Stationary rackmount option for the RTS/621xL-64X-A or rtX-V.Filler Panel-1U

1U 19" filler panel, black textured finish.Filler Panel-4U

4U 19" filler panel, black textured finish.A600A3041MKT

Power Cable - 200-240 volt (Europe-partial).A600A3042MKT

Power Cable - 120 volt (Standard U.S. type). A600A3046MKT

Power Cable - 200-240 volt (UK).rtX ConneXions Panel-8

Connector panel, rackmount (rtX IO to back of rack). Two rows of four cutouts for D-Shell, total eight connector cutouts. Panel mount type cables required.rtX ConneXions Panel-12

Connector panel, rackmount (rtX IO to back of rack). Three rows of four cutouts for D-Shell, total 12 connector cutouts. Panel mount type cables required.rtX ConneXions 0

ADI's The conneXions Box

http://www.adi.com/pdfs/product/ConneXionsBox_DS3.pdf

Configurable loads, terminal blocks, and connector transitions. An unassembled kit that can be configured and assembled by the user. rtX ConneXions 1

ADI's The conneXions Box

http://www.adi.com/pdfs/product/ConneXionsBox_DS3.pdf

Configurable loads, terminal blocks, and connector transitions with standard (prewired at factory defaults) pinouts/loads.rtX ConneXions 2

ADI's The conneXions Box

http://www.adi.com/pdfs/product/ConneXionsBox_DS3.pdf

Configurable loads, terminal blocks, and connector transitions with customer specified wiring.Virginia Panel Interconnects

Virginia Panel units can be used to provide a flexible, project specific mapping of simulator IO to DUT. Can also be used as a system hub for allowing flexible use of system resources (i.e., signal conditioning, fault channels, etc.) ADI can provide integrated units with cabling to simulator and project adapters. Ask for details.Power Sequencer-US

Sequencing power controller for 120V, 1U, 19". Rackmount, eight controlled circuits, four second delay each (default), Ethernet/RS232 remote control with manual override, EMI filtered, and surge protected. US and Canada only.Power Sequencer-Int'l

Sequencing power controller for 120/240V, 1U, 19". Rackmount, eight controlled circuits, four second delay each (default), Ethernet/RS232 remote control with manual override, EMI filtered, and surge protected. Includes required system power cables and power panel to accept local power cord. Outside US & Canada only.California Instruments Power Supplies

Various models can be integrated with your simulator including drivers and run-time control from test scripts. Ask for details.Xantrex Power Supplies

Various models can be integrated with your simulator including drivers and run-time control from test scripts. Ask for details.rtX Variable Power Supply

Power supply Kepco variable 0-75V 0-33A. rtX PXI NI-4070

NI 4070

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_4070.pdf

DMM - 6½-digit multimeter with 12 built-in functions, .8 MS/s isolated digitizer, .8 MS/s real-time sampling, ±300 VDC/Vrms isolation, 10 to 23-bit flexible resolution, acquire voltage and current waveforms up to ±300 V and ±1A. Not supported for real-time measurements. May only be used in a Windows-based PXI chassis.rtX PXI NI-5112

NI 5112

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_5112.pdf

Digitizer - 100 MHz, 100 MS/s 8-bit digitizer; 25 mV to ±25 V input range with maximum DC offset of ±37 V. Deep memory of 16 or 32 MB with multi-record capture mode. Timestamping of records to 2 ns accuracy, 2 channels, simultaneously sampled, 100 MS/s real-time and 2.5 GS/s random-interleaved sampling, 100 MHz bandwidth. Not supported for real-time measurements. May only be used in a Windows-based PXI computer.rtX PXI NI-6602

NI 6602

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_6602.pdf

Timer/Counter - eight 32-bit counter/timers and 32 lines of TTL/CMOS-compatible digital IO. Eight digital IO lines are dedicated and the remaining 24 are shared with the counter/timers. Not supported for real-time measurements. May only be used in a Windows-based PXI computer.rtX TPCI200 Carrier

TEWS TPCI 200

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_tpci200.pdf

PCI based IP carrier board with room for up to four single-size or two dual-size industry pack modules. Ribbon cabling only. Requires two slots if more than two IP's.L009.0485MKT

rtX IP Installation Kit. Includes the hardware and instructions to mount IPs to either the TEWS rtX IP carrier board or the PCI-Engine board.rtX PCI IP Carrier

PCI based IP carrier board with room for up to two single-size or one dual-size industry pack modules. Cabling to allow for CE Mark requirements.rtX PCI PMC Carrier

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci-B-PMC-Carrier.pdf

Standard PCI PMC carrier board for a single PMC module. Non-bridged.rtX PCI B PMC Carrier

Dynamic Eng's PCI BPMC

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci-B-PMC-Carrier.pdf

Standard PCI PMC carrier board for a single PMC module. Bridged.rtX PCI AO32A

ADI's rtx PCI AO32A

http://www.adi.com/pdfs/product/pciAO32-rtx.pdf

Standard PCI analog output board, 32 16-bit D/As, ±10V at 10mA, high speed. Board contains 32 channels of high speed digital-to-analog converters (DACs). Each DAC is a 16-bit device with 500 nanosecond conversion time. The board is designed for minimum PCI bus latency with an on-board DMA engine and configuration memory. Output voltage range is +/-10V with up to 10 mA drive. Any combination of channels can be updated simultaneously.rtX PCI AI32

Standard PCI-AI board containing 32 channels of high speed analog-to-digital converters (ADCs). Each ADC is a 16-bit device with <5 microsecond conversion time. The board is designed for minimum PCI bus latency with an on-board DMA engine and configuration memory. Input voltage range is +/-10V.rtX PCI GS16AI64SSA-32

GS's PMC 16AI64SSA

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc16ai64ssa.pdf

Preferred solution for general-purpose analog inputs. Samples and digitizes 32 input channels simultaneously at rates up to 200,000 samples per second for each channel. The resulting 16-bit sampled data is available to the PCI bus through a 256K sample FIFO buffer. Each input channel contains a dedicated 16-bit sampling ADC. 64K sample data buffer.rtX PCI GS16AI64SSA-64

GS's PMC 16AI64SSA

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc16ai64ssa.pdf

Preferred solution for general-purpose analog inputs. Samples and digitizes 64 input channels simultaneously at rates up to 200,000 samples per second for each channel. The resulting 16-bit sampled data is available to the PCI bus through a 256K sample FIFO buffer. Each input channel contains a dedicated 16-bit sampling ADC. 64K sample data buffer.rtX PCI GS12AISS8AO4

GS's 12AISS8AO4

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_GS12AISS8AO4.pdf

Twelve-channel, 12-bit PCI analog input/output board with eight 2.0 MSPS per channel analog inputs. Simultaneous input sampling, wide-range analog inputs, ±100mV to ±10V full scale. rtX PCI GS16AISS8AO4

GS's 16AISS8AO4

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_GS16AISS8AO4.pdf

Twelve-channel, 16-bit PCI analog input/output board with eight 2.0 MSPS per channel analog inputs. Simultaneous input sampling, wide-range analog inputs, ±100mV to ±10V full scale. rtX IP230

Acromag IP230

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip230.pdf

Eight-channel, 16-bit DAC IP module, ribbon cable. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX IP-3DAC

Three multiplying DACs of 16-bit resolution. The board is rated at ±10V reference input and ±10V, ±20mA output on all channels. The MDACs can be updated individually or simultaneously. Each channel can be configured to use an external or internal reference. The logical devices include control of the basic MDAC capability as well as simulations of the following transducers: an LVDT, a thermocouple, a potentiometer, a resolver, a synchro and a strain gauge. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX NI PCI-6052E

NI PCI-6052E

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_6052.pdf

Sixteen-channel, 16-bit multiplexed ADC - 333 kS/s maximum sampling rate. Selectable input range: +/-0.05 to +/-10V (range set for all 16 channels). J32. For 5V PCI slot only.rtX PCI 6208A

ADLINK's PCI-6208

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_ad6208_um.pdf

Eight-channel analog output (+/- 5mA) or 8 4-20/0-20/5-25 mA outputs, 16-bit D/As. For 5V PCI slot only.rtX PCI A12-16A

Acces PCI-A12-16A

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci-aca12_16a_um.pdf

Eight-channel 4-20 mA current inputs.rtX PCI ACRO341

Acromag PCI APC341

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-acro341.pdf

High performance analog inputs PCI board. Provides 8 x 2 channels of 14-bit simultaneous sampling, parallel ADCs, 125kHz, ±10V differential input. For 5V PCI slot only. rtX IP341

Acromag's IP341

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip341s.pdf

High performance analog inputs IP board. Provides 8 x 2 channels of 14-bit simultaneous sampling, parallel ADCs, 125kHz, ±10V differential input. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX PCI NI-6224

NI's PCI NI-6224

http://www.adi.com/pdfs/vendor/rtx_pci/rtX PCI NI_6224.pdf

Sixteen-bit, 250 kS/s, 32 analog inputs. The PCI NI-6224 board provides 32 channels of 16-bit ADCs in a PCI format. 1) Single-ended or differential inputs. A differential input uses two channels thus the maximum number of differential inputs is 8 (NI-6220) or 16 (NI-6224). 2) Adjustable gain for ranges of ±10.0, ±5.0, ±1.0, or ±0.20 volts. 3) Selectable bipolar or unipolar input. 4) Adjustable channel-to-channel multiplex timing. 5) Either a PCI or PXI form factor. The cable requirements are common to both form factors. rtX PCI UEPD2A032/16

UEI's PD2-AO-32/16

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci-uepd2a032-16.pdf

Thirty two-channel analog output board, 16-bit D/As, ±10V at 20mA. For 5V PCI slot only.rtX PCI NI-6704

NI-PCI-6704

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_6704.pdf

Sixteen-bit static-update analog output board. Provides 16 voltage outputs and 16 current outputs that can be used at the same time independently, as well as eight digital IO lines. Each output can be set independently from ±10V or 0 to 20 mA.rtX PCI RTA-LVDAC

ADI's PCI-RTA Family

http://www.adi.com/pdfs/product/PCIRTA_DS3.pdf

Low voltage DAC (aka O2 sensor). A high performance analog waveform with linear interpolation between points. Contains eight DACs that are scaled for ±1V range. Each channel can be crank-synchronous. eXp PCI RTA-RATIO

ADI's PCI-RTA Family

http://www.adi.com/pdfs/product/PCIRTA_DS3.pdf

Eight-channel ,16-bit DACs with simultaneous outputs, ±10V including a Motorola MPC565 processor with an on-board 16-bit ADC. An external voltage may be supplied as a multiplier for the output as a ratiometric signal. For use in an eXpansion Box only (versus rtX).rtX PCI RTA-RATIO

ADI's PCI-RTA Family

http://www.adi.com/pdfs/product/PCIRTA_DS3.pdf

Eight-channel, 16-bit D/As with simultaneous outputs, ±10V. Includes a Motorola MPC565 processor. An external voltage may be supplied as a multiplier for the output as a ratiometric signal. For use in an rtX only (versus eXpansion Box).eXp PCI RTA-HVRATIO

ADI's PCI-RTA Family

http://www.adi.com/pdfs/product/PCIRTA_DS3.pdf

Eight 16-bit D/As with simultaneous outputs, ±20V. Includes a Motorola MPC565 processor. An external voltage may be supplied as a multiplier for the output as a ratiometric signal. For use in an eXpansion Box only (versus rtX).rtX PCI RTA-HVRATIO

ADI's PCI-RTA Family

http://www.adi.com/pdfs/product/PCIRTA_DS3.pdf

ADI's PCI-RTA Family

http://www.adi.com/pdfs/product/PCIRTA_DS3.pdf

Eight-channel thermocouple. Output Signal: ±100mV. Resolution: 16 bits. Accuracy: +/- 4LSBs. Can be used in an rtX or in an eXpansion Box.rtX PCI RTA-THERMIST

ADI's PCI-RTA Family

http://www.adi.com/pdfs/product/PCIRTA_DS3.pdf

An intelligent IO board providing eight independent thermistor simulators. Resistance covers typical range of 40 ohms to 100K ohms. Performance equivalent to using a 15-bit DAC. Outputs are protected against shorts to +/- 50V (8 channels). rtX PCI 7256 DI

ADLINK's PCI 7256

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-7256-di.pdf

Discrete IO board. Sixteen SPDT relay outputs (latching relays, 125VAC@0.5A or 30VDC@1A) and 16 digital inputs, isolated, ±24VDC. (The change-of-state interrupt capability for input channels 0 and 1 are currently not supported within ADvantage.)rtX PCI DI

ADI's rtX PCI-DI

http://www.adi.com/pdfs/product/PCIDIDO_DS3.pdf

Thirty-two channels high voltage isolated discrete inputs. Adjustable threshold 0-20V. Microsecond-level dynamic performance. Software selectable individually by channel.rtX PCI DO

ADI's rtX PCI-DO

http://www.adi.com/pdfs/product/PCIDIDO_DS3.pdf

Thirty-two channels of high-side or low-side selectable discrete drivers, eight groups of four isolated discrete inputs, groups isolated from each other. Each channel can be individually selected for high- or low-side operation. The outputs are protected against shorts both to ground and to 50V. May require a user provided external power supply depending on the application.rtX PCI NI6509

NI-PCI-6509

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci_ni6509.pdf

Industrial 96-channel digital IO interface for PCI bus computer systems from The National Instruments. Has 96 bidirectional digital input/output lines with high current drive capability (24 mA). With the PCI-6509, you can input and output at 5 VDC digital levels and directly drive external digital devices such as solid-state relays (SSRs) with current up to 24 mA per channel.rtX IP-TIP672-10

TEWS TIP672

http://www.adi.com/pdfs/vendor/RTS_boards/6v-672.pdf

Twenty-four channel digital differential IO industry pack (using EIA-422/EIA-485 compatible drivers). Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX IP440-2

Acromag's IP440

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip440.pdf

Thirty-two channel, optically isolated inputs, digital IP module, +/-16 to +/-40 V, ribbon cable. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX IP408

Acromag's IP408

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip408.pdf

Thirty-two channel, 0-60 V digital IO IP module, ribbon cable. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX IP-DIO316I

CW's IP DIO316l

http://www.adi.com/pdfs/vendor/RTS_boards/6v-dio3161s.pdf

Forty-eight channel, tristateable, digital IO IP module, ribbon cable. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX PCI ACRO730

Acromag PCI APC730

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pc-acro730.pdf

Multifunction board, 32 single ended/16 differential inputs, 16-bit, multiplexed 100K S/s A/D, eight 16-bit D/A, 16TTL IO.rtX PCI NI-7831r

PCI NI7831r

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxnipxi-7831r.pdf

Reconfigurable analog and digital IO board. The heart of the board is an FPGA (field programmable gate array) which is configurable with the National Instruments LabVIEW FPGA Module. Eight channels of 16-bit simultaneous sampled analog input and eight channels of 16-bit simultaneous analog output are provided along with 16 channels of standard TTL IO, all under control of the FPGA.rtX PCI RS232

Blastronix RS232

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-rs232.pdf

High performance four-port RS232 card. All four-port units come with 16C954 UARTS that feature 128 byte transmit and receive buffers. Requires four A609A0247MKT cables each. rtX PCI SIO4BX

GS PCI-SI04BX

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-SIO4BX.pdf

A four-channel, RS-232/RS-422/RS-485 serial communications controller implemented in a PCI Mezzanine Card (PMC) format. The SIO4BX has high-speed synchronous capability. The PMC card is mounted on a PMC-to-PCI adapter that can be installed in any slot in a PCI rtX system. When using RS-485, may require additional programming (available through ADI).rtX PCI RS422/485 RS232-8

Blastronix RS422/485

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_RS422-485_ds.pdf

PCI board with eight ports. Each port is jumper selectable between RS422/485 and RS232. Price includes cable (1 to 8). Must order one each A609A0313MKT or D600A0157MKT (panel mount).rtX PCI RS422-2

Blastronix RS422-2

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_RS422_2.pdf

PCI two-port serial RS422, Blastronix.rtX PCI RS422-4

Blastronix RS422-4

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_RS422_4.pdf

PCI four-port serial RS422, Blastronix, takes two PCI slots.rtx PCI PMC-HS

GE's PMC-HS-Serial

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc-hs.pdf

Four-channel high speed serial PMC mounted on a PCI carrier, RS-232, RS-422, RS-423. ROHS compliant. Requires D600A0063MKT cable.rtX IP-ARB

Designed for the generation of arbitrary waveforms. The IP-ARB features: 1) 65536 16-bit words of WRAM, subdividable into 1 to 8 banks; 2) sampling clock frequency 0 to 10 MHz with resolution of 0.0149 Hz; 3) 12-bit, 10Msps waveform reconstruction DAC; 4) 12-bit gain and offset DACs; 5) 10V analog output with 500 ohm load, 5V offset, and jumper-selectable remote sense; 6) external clock input and output, external run control input and output; 7) 16-bit registered digital pattern output. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX IP-DigPat

Digital pattern generator for a digital crank sensor output. The IP-DigPat features: 1) 65536 16-bit words of WRAM, subdividable into 1 to 8 banks; 2) sampling clock frequency 0 to 10 MHz with resolution of 0.0149 Hz; 3) external clock input and output, external run control input and output; 4) 16-bit registered digital pattern output. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX IP-Knock

Simulation of one or two analog knock sensor outputs with variable amplitude and frequency. Amplitude: 10 to 20V peak-to-peak with 12-bits resolution. Frequency: 0-100KHz, frequency resolution 0.0009Hz. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX IP-Sine

Four independent sine wave generators utilizing direct digital synthesis (DDS) technology and generating 6V peak (10V maximum) outputs from 0.5 Hz to 23 kHz with frequency resolution of 0.0149 Hz. Amplitude and offset are fixed. Extended frequency range of 0.1Hz to 100kHz with 2V peak minimum. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX IP-uc68336

ADI's IP-uc336

http://www.adi.com/pdfs/product/6VIP336_DS3.pdf

Up to 16 TPU channels, four pulse width modulated (PWM) channels, and four bits of discrete digital outputs. Input and output signal levels are TTL compatible. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX PCI DPGA

ADI's rtX PCI DPGA

http://www.adi.com/pdfs/product/pciDpga-rtX.pdf

Digital Pulse Generation & Analysis Board is a platform for performing a wide range of digital waveform generation and analysis using a high performance microprocessor. Eight dedicated channels for PWM waveform generation, eight dedicated channels for PWM frequency and duty cycle measurement, eight channels of general purpose IO, and 48 channels of programmable waveform generation and/or measurement. TTL voltage levels only.rtX PCI Engine w/SCR-2

ADI's PCI Engine

http://www.adi.com/pdfs/product/PCIEngineAll_DS3.pdf

The PCI Engine Board and Signal Routing and Conditioning Board Set. The PCI Engine acts as a high-performance engine interface supporting up to eight cylinders. Four channels cam output and one crank output. Eight PWM outputs, eight PWM inputs,16 fuel and spark measurement inputs and two CANbus channels. General purpose digital. Version 2.rtX PCI Engine-2

ADI's PCI Engine

http://www.adi.com/pdfs/product/PCIEngineAll_DS3.pdf

PCI Engine acts as a high-performance engine interface supporting up to eight cylinders. Four channels cam output and one crank output. Eight PWM outputs, eight PWM inputs, 16 fuel and spark measurement inputs and two CANbus channels. General purpose digital. Requires an rtX SCR Engine. Version 2.rtX SCR Engine

ADI's PCI Engine

http://www.adi.com/pdfs/product/PCIEngineAll_DS3.pdf

Signal Routing and Conditioning Board for the rtX PCI Engine. It provides: 1) encoded and non-encoded input signal handling for TTL and Vbatt-level logic inputs where the encoded signals are quadrature encoded signals from the controller under test for operating stepper motors; 2) output drivers configurable via jumpers to meet either high-side or low-side output drive requirements; and 3) three jumper-selectable transceivers for each of the two CAN interface controllers. Requires an rtX PCI Engine.rtX PCI VRS

Four channels of VRS (variable reluctance sensor) simulated outputs. It employs an arbitrary waveform generator with variable gain. Though its output is limited to ±10V, it reproduces the zero-crossing dv/dt behavior of a ±100V VSR output. For 5V PCI slot only.rtX PCI ARB

Four channels of arbitrary waveform generator outputs with variable gain. Designed for the generation of arbitrary waveforms. The PCI ARB features: 1) 65536 16-bit words of WRAM, subdividable into 1 to 8 banks; 2) sampling clock frequency 0 to 10 MHz with resolution of 0.0149 Hz; 3) 12-bit, 10Msps waveform reconstruction DAC; 4) 12-bit gain and offset DACs; 5) 10V analog output with 500 ohm load, 5V offset, and jumper-selectable remote sense; 6) external clock input and output, external run control input and output. For 5V PCI slot only.rtX SCR_A

Provides interface for four specific IPs: two ADI IPuc68336 modules, one ADI IP-Sine module, and one IP-6CAN IP (TEWS TIP816) module. Input and output drivers for the IPuc68336 are capable of working with current and future automotive battery voltages (Vbatt), 8 VDC ≤ Vbatt ≤ 50 VDC. Selectable AC coupling is provided for the IP-Sine outputs.rtX PCI IRIGB

Brandywine PCI-SyncClock32

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-irigb.pdf

Brandywine IRIG board (PCI-SyncClock32). Highly accurate clock for synchronizing systems, devices, or for time stamping.rtX PCI IRIGB 1ppm

Brandywine PCI-SyncClock32

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-irigb.pdf

Brandywine IRIG board (PCI-SyncClock32 Universal). Highly accurate clock for synchronizing systems, devices, or for timestamping. Upgraded oscillator, disciplined TCXO, and 1PPM.rtX PCI 76CL1-006CLA-05

NAI PCI-76CL1

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-76_CL1.pdf

PCI LVDT DLV card, six-channel LVDT with 2-28 Vrms on-board reference, 3KHzrtX PCI 76CL1-004CL0-02

NAI PCI 76CL1

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-76_CL1.pdf

PCI LVDT DLV card, four-channel LVDT with no on-board reference, 2.8k - 3.2KHzrtX PCI 6CAN

TEWS TPMC901

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pciTPMC901.pdf

Preferred solution for CANbus implementation. Six-channel CAN PMC without Opto Iso with PMC to PCI adapter and shielded cable. Meets CE-Mark requirements within the rtX environment. Consists of a carrier and CAN module.rtX IP-CAN

TEWS TIP816

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_ip_can.pdf

CANbus interface using the Intel 82527 CAN controller, ISO 11898 compatible transceiver. Optically isolated. Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX IP376CAN

One 68376-based CAN industry pack with selectable physical layer plus LIN interface. Requires a Signal Conditioning Board (rtX SCR_CAN) and one slot on an IP carrier (rtX TPCI200 Carrier). Requires one each C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.rtX IP376CAN Board Set

One 68376-based CAN industry pack with selectable physical layer plus LIN interface. Includes one IP, one carrier board, and one SCR board.rtX SCR CAN

Signal conditioning and routing board for the rtX IP376CAN. Includes multiple CAN and LIN transceivers for each of four channels.rtX PCI BTI ARINC 429

Ballard's ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

Preferred solution for ARINC429 implementation. Ballard Technologies PCI ARINC 429. Includes an Excel interface to this board enabling the user to specify signal handling within 429 messages. Available in many configurations up to and including 16R/16T.rtX PCI BTI ARINC 429 0R/8T

Ballard's ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

Ballard Technologies PCI 429 0R/8T one core. Includes an Excel interface to this board enabling the user to specify signal handling within 429 messages.rtX PCI BTI ARINC 429 8R/8T

Ballard's ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

Ballard Technologies PCI 429 8R/8T one core. Includes an Excel interface to this board enabling the user to specify signal handling within 429 messages.rtX PCI BTI ARINC 429 16R/16T

Ballard's ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

Ballard Technologies PCI 429 16R/16T two core. Includes an Excel interface to this board enabling the user to specify signal handling within 429 messages.rtX PCI BTI1553-1 PMC

Ballard's MIL-STD-1553

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_MIL-STD 1553.pdf

Preferred solution for 1553 interfaces. Ballard Technologies PMC card for MIL-STD-1553 with one dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multi-function (BC and RT and Monitor) C-Level. PMC-1553 mounted to PCI-PMC carrier.rtX PCI BTI1553-2 PMC

Ballard's MIL-STD-1553

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_MIL-STD 1553.pdf

Preferred solution for 1553 interfaces. Ballard Technologies PMC card for MIL-STD-1553 with two dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multi-function (BC and RT and Monitor) C-Level. PMC-1553 mounted to PCI-PMC carrier.rtX PCI SBS1553-1

Single channel, dual redundant MIL-STD-1553 interface to the PCI backplane. Allows concurrent and independent operation of a bus controller (BC), 31 remote terminals (RT), and dual function bus monitor (BM). PCI board. Includes a cable (A609A0245 -CA-2088).rtX PCI SBS1553-2

Dual channel, dual redundant MIL-STD-1553 interface to the PCI backplane. Allows concurrent and independent operation of a bus controller (BC), 31 remote terminals (RT), and dual function bus monitor (BM). PCI board. Includes a cable (A609A0246 - CA-2087).rtX PCI Gigabit

Gigabit Ethernet PCI.rtX PCI MR1394

High speed 3-port 1394 interface.rtX PCI NI-488

NI PCI-GPIB

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-ni488.pdf

Single channel GPIB IEEE 488 interface.rtX PCI Intel PRO/1000-4

Four channel Gigabit Ethernet card. 64-bit, 3.3V PCI-X only.rtX PCI Intel PRO/1000-2

Two channel Gigabit Ethernet card. 64-bit, 3.3V PCI-X only.rtX PCI Intel PRO/1000-1

Single channel Gigabit Ethernet card. 64-bit, 3.3V PCI-X only.rtX PCI 5565RC-110

GE's PCI-5565

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci_5565.pdf

PCI-based reflective memory, 128Mb, 4k FIFOs, fiber optic cable IF, multimode, maximum distance 300 meters.rtX PCIe 5565RC-100

GE's PCle 5565

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc5565rm.pdf

PCI express-based reflective memory, 128Mb, 4k FIFOs, fiber optic cable IF, multimode, maximum distance 300 meters.rtX PCI SCRAMnetGT-2a

CW's SCRAMNet GT

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc-SCRAMNet_GT.pdf

SCRAMNetGT PCI network interface, 128-Mbyte memory, single shortwave fiber optic media. 5.0V slot only.rtX PCI SCRAMNet-1

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci_SCRAMnet.pdf

PCI SCRAMNet+ network interface, 2-Mbyte with standard fiber optic IF TX/RX media card. A286A0303MKT

Terminal block rtX HD50.A286A0304MKT

Terminal block rtX HD68.A286A0314MKT

Terminal block, rtX DB50F.A286A0315MKT

Terminal block, rtX HD96 for UEI PD2-AO.A286A0319MKT

Terminal block, shielded, for NI PCI-6052E.A286A0325MKT

Terminal block, shield HD68M, NI SH68 cable.A286A0332MKT

Terminal block, rtX DB37F.A289A0001MKT

rtX cable HD68 plus terminal block for the rtX PCI 7256 DI digital IO board (1 meter).A289A0002MKT

rtX cable HD 100 1 (1 meter) plus terminal block for the rtX PCI DAS6025 multi-function board.A289A0003MKT

rtX cable HD96, (1 meter) plus terminal block.A289A0004MKT

LPK-rtX VHDCI50 1.5M cable plus terminal blockA600A3041MKT

Power cable, 200-240 volt (Europe-partial).A600A3042MKT

Power cable, 120 volt (U.S. and Canada).A600A3046MKT

Power cable, 200-240 volt (UK)A609A0171MKT

SCRAMNet+ standard (type) fiber optic cable, twin conductor (30 meter).A609A0194MKT

SCRAMNet+ standard (type) fiber optic cable, twin conductor (20 meter).A609A0200MKT

SCRAMNet+ standard (type) fiber optic cable, twin conductor (50 meter).A609A0220MKT

Cable IEEE1394 6pin-6pin (10 feet, 3m).A609A0229MKT

5565 fiber optic cable; multimode, simplex (ring configuration), (150 feet, 45.72m).A609A0233MKT

rtX cable, MC6205 HD100 to DB25, DB37 (D-shell), for rtX PCI DAS6025 multi-function board.A609A0234MKT

rtX SCR-A cable.A609A0235MKT

rtX cable, AD7256 HD68 to DB25, DB50 (D-shell), for rtX PCI 7256 DI digital IO board.A609A0236MKT

rtX cable, SCR-B cable.A609A0237MKT

rtX cable, HD50 (1 meter).A609A0238MKT

rtX cable, HD68 (1 meter).A609A0239MKT

rtX cable, HD100 (1 meter).A609A0243MKT

rtX cable, HD100 to 2 D50M (3 feet).A609A0244MKT

rtX cable for PCI-DO male / DB50 male (3 feet).A609A0245MKT

rtX cable for PCI SBS 1553-1 single channel. A609A0246MKT

rtX cable for PCI SBS 1553-2 dual channel.A609A0247MKT

rtX cable, RJ45 to DB9 (1 meter).A609A0248MKT

rtX cable, HD 96 (male) to 2 / D50 (male) .A609A0250MKT

rtX Cable, LFH60 to 2) DB25 Ballard Technologies (3 feet). A609A0251MKT

rtX cable, HD100 to DB25M (3 feet).A609A0252MKT

rtX cable, HD68 to D25M / D50M (3 feet).A609A0253MKT

rtX cable, HD96 to HD96 for use with the rtX PCI UEPD2A032/16 (1 meter).A609A0254MKT

rtX cable, HD80 to 2xD50M for use with the rtX PCI-GS16AI64SSA-32, -64 (4.5 feet).A609A0263MKT

rtX cable, HD68 to HD68, for NI PCI-6052E (1 meter).A609A0281MKT

rtX cable for SIO4BX HD68 to 4xD25M (3 feet).A609A0283MKT

SCRAMNet+ standard (type) fiber optic cable; twin conductor (3 meter).A609A0285MKT

rtX cable, VHDCI68m to HD68F NI (1 meter).a609a0286MKT

5565 fiber optic cable; multimode, simplex (ring configuration), (100 feet, 30.49m).A609A0287MKT

rtX cable, HD78F to HD78M, two pair, 4 feet/5 feet, North Atlantic Industries.A609A0288MKT

rtX cable, LFH60 to 2)PL75, (3 feet), for Ballard Technologies 1553 single channel (transformer-coupled).A609A0289MKT

rtX cable LFH60 to 4)PL75, (3 feet), for Ballard Technologies 1553 dual channel (transformer-coupled).A609A0294MKT

SCRAMNetGT standard (type) fiber optic cable (25 meter).A609A0295MKT

SCRAMNetGT standard (type) fiber optic cable (70 meter).A609A0296MKT

rtX cable, VHDCI68M to HD68F 1m NI (1 meter).A609A0301MKT

rtX cable, HD50 to DB25M (3 feet).A609A0310MKT

rtX cable, HD68 to 2) DB37 twisted pair (4 feet).A609A0313MKT

rtX cable, DB78 to 8)DB9M (3 feet), Blastronix. Can only be used with rtX PCI RS422/485 RS232-8. Price is included in board.A609A0tbdMKT

5565 fiber optic cable, multimode, simplex (ring configuration), (25 feet, 7.62m).A609A0tbdMKT

5565 fiber optic cable; multimode, simplex (ring configuration), (350 feet, 106.68m).B144A2271MKT

Mounting Plate, IO Panel- 2) DB50. For mounting IP cables to ConneXions Panel, one each plate per two each IP cables.C603A0661MKT

rtX cable for IP's, RC50 to DB50F(4 feet). For ConneXions Panel applications, requires one each B144A2271MKT for each two IP cables. C603A0667MKT

rtX cable, CHAMP24 M to F (4 feet). For 488/GPIB.C603A0703MKT

rtX cable for IP's, RC50 to 2)D9F+2)D9M (4 feet).C603A0985MKT

rtX cable, CAN DB25F to DB25M TPMC901 (4 feet).C603A1081MKT

rtX cable, DB37M to DB37M - AD6208.C603A1082MKT

rtX cable, for PCI-ACA12-16A, DB37F to DB37M - ACCA1216.C603A1086MKT

rtX cable, DB9 to DB9, four twisted pair (3 feet).D600A0063MKT

Panel Mount rtX cable for PMC-HS HD68 to 4 D25F.D600A0134MKT

Panel Mount rtX cable A609A0235, AD7256 HD68 to DB25, DB50 (D-shell), for rtX PCI 7256 DI digital IO board.D600A0135MKT

Panel Mount rtX cable A609A0243, HD100 to 2 D50M (3 feet).D600A0136MKT

Panel Mount rtX cable A609A0244 for PCI-DO male / DB50 male (3 feet).D600A0137MKT

Panel Mount rtX cable A609A0247, RJ45 to DB9 (1 meter).D600A0138MKT

Panel Mount rtX cable A609A0248, HD 96 (male) to 2 / D50 (male) .D600A0139MKT

Panel Mount rtX cable A609A0250, LFH60 to 2) DB25 Ballard Technologies.D600A0140MKT

Panel Mount rtX cable A609A0252, HD68 to D25M / D50M (3 feet).D600A0141MKT

Panel Mount rtX cable A609A0254, HD80 to 2xD50M for use with the rtX PCI-GS16AI64SSA-32, -64 (4.5 feet).D600A0142MKT

Panel Mount rtX cable A609A0281, SIO4BX HD68 to 4xD25M (3 feet).D600A0143MKT

Panel Mount rtX cable A609A0287, HD78F to HD78M, two pair, 4'/5' North Atlantic Industries.D600A0144MKT

Panel Mount rtX cable A609A0288, LFH60 to 2)PL75, (3 feet), for Ballard Technologies 1553 single channel (transformer-coupled).D600A0145MKT

Panel Mount rtX cable A609A0289, LFH60 to 4)PL75, (3 feet), for Ballard Technologies 1553 dual channel (transformer-coupled).D600A0146MKT

Panel Mount rtX cable A609A0310, HD68 to 2) DB37 twisted pair (4 feet).D600A0147MKT

Panel Mount rtX cable C603A0677, CHAMP24 M to F (4 feet). For 488/GPIB.D600A0148MKT

Panel Mount rtX cable C603A0703 for IP's, RC50 to 2)D9F+2)D9M (4 feet).D600A0149MKT

Panel Mount rtX cable C603A0985, CAN DB25F to DB25M TPMC901 (4 feet).D600A0150MKT

Panel Mount rtX cable C603A1081, DB37M to DB37M - AD6208.D600A0151MKT

Panel Mount rtX cable C603A1082, for PCI-ACA12-16A, DB37F to DB37M - ACCA1216.D600A0152MKT

Panel Mount rtX cable C603A1086, DB9 to DB9, 4 twisted pair (3 feet).D600A0153MKT

Panel Mount rtX cable for North Atlantic Industries PCI-NAI76CL1-2 D600A0157MKT

Panel Mount rtX cable A609A0313, DB78 to 8)DB9M, 3' Blastronix. Can only be used with rtX PCI RS422/485 RS232-8.rtX PXI TPC212-10 Carrier

TEWS TCP212

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxiTCP212.pdf

Two slot IP carrier board with EMI protection.rtX PXI TPC270-10 Carrier

TEWS TCP270

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxiTCP270.pdf

The TCP270 is a standard 3U Compact PCI carrier that provides front IO and rear IO for a single width PMC module.rtX PXI AO16

Analog output board, sixteen 16-bit D/As, ±10V at 10mA, high speed. The cPCI/PXI-AO16 board is a standard cPCI/PXI board containing 16 channels of high speed digital-to-analog converters (DACs). Each DAC is a 16-bit device with 500 nanosecond conversion time. The board is designed for minimum PCI bus latency with an on-board DMA engine and configuration memory. Output voltage range is +/-10V with up to 10 mA drive. Any combination of channels can be updated simultaneously.rtX PXI GS16AI64SSA-64

GS's 16AI64SSA

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_GS_16AI64SSA.pdf

Samples and digitizes 64 input channels simultaneously at rates up to 200,000 samples per second for each channel. The resulting 16-bit sampled data is available to the PXI/cPCI bus through a 256K sample FIFO buffer. Each input channel contains a dedicated 16-bit sampling ADC. 64K sample data buffer.rtX PXI NI-6052E

NIs NI-6052

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_6052.pdf

Sixteen-channel, 16-bit, multiplexed ADC - 333 kS/s maximum sampling rate. Selectable input range: +/-0.05 to +/-10V (range set for all 16 channels). rtX PXI NI-6704

NI 6704

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_6704.pdf

Current and voltage output board. Voltage output - 16 channels, 16-bit +/-10.1V. Current output - 16 channels, 16-bit 0.1 to 20.2 mA. Does not require external excitation source.rtX PXI NI-6224

NIs NI-6224

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_6224.pdf

Thirty-two channels of 16-bit , 250 kS/s, ADCs in a PXI format. 1) Single-ended or differential inputs. A differential input uses two channels thus the maximum number of differential inputs is 8 (NI-6220) or 16 (NI-6224). 2) Adjustable gain for ranges of ±10.0, ±5.0, ±1.0, or ±0.20 volts. 3) Selectable bipolar or unipolar input. 4) Adjustable channel-to-channel multiplex timing. 5) Either a PCI or PXI form factor. The cable requirements are common to both form factors. rtX PXI UEPDX1A032/16

32-channel analog output, 16-bit, 100 kS/s per channel, three counter/timers, 16 digital IO.rtX PXI 6208A

ADLINK's PCI-6208

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_ad6208_um.pdf

Eight analog output (+/- 5mA) or 8 4-20/0-20/5-25 mA outputs, 16-bit D/As.rtX PXI NI-2570

NI PXI-2570

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_2570.pdf

General purpose relay switch with 40 independent SPDT relays.rtX PXI NI-6220

NIs NI-6220

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_6220.pdf

32 channels of 16-bit , 250 kS/s, ADCs in a PXI format. 1) Single-ended or differential inputs. A differential input uses two channels thus the maximum number of differential inputs is 8 (NI-6220) or 16 (NI-6224). 2) Adjustable gain for ranges of ±10.0, ±5.0, ±1.0, or ±0.20 volts. 3) Selectable bipolar or unipolar input. 4) Adjustable channel-to-channel multiplex timing. 5) Either a PCI or PXI form factor. The cable requirements are common to both form factors. rtX PXI NI-6509

NI 6509

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_6509.pdf

High current, 24mA source/sink, 96-channel organized as twelve 8-bit ports, 5V bidirectional TTL/CMOS digital IO.rtX PXI NI-6528

NI 6528

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_6528.pdf

Twenty-four channel-to-channel optically isolated sink/source inputs (±60 VDC). Twenty-four channel-to-channel isolated sink/source outputs (±60 VDC, 0-30 Vrms).rtX PXI NI-7813r

NI PXI-7813r

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_7813R.pdf

The National Instruments 160 DIO FPGA Board PXI-7813R.rtX PXI NI-7831r

NI PXI-7831r

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxnipxi-7831r.pdf

NI PXI-7833r

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_7833.pdf

NI-8420

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi-8420.pdf

Four-channel RS232 board.rtX PXI SIO4BX

GS PCI-SI04BX

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-SIO4BX.pdf

A four-channel RS-232/RS-422/RS-485 serial communications controller implemented in a PXI Mezzanine Card (PMC) format. The SIO4BX has high-speed synchronous capability. The PMC card is mounted on a PMC-to-PXI adapter that can be installed in any slot in a PXI slot. When using RS-485, may require additional programming (available through ADI).rtX PXI IRIGB

Brandywine CPCI SyncClock32

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_CPCI_IRIGB.pdf

Brandywine IRIG-B SyncClock32 cPCI. Highly accurate clock for synchronizing systems, devices, or for timestamping.rtX PXI PR-40-290-021-S26

Pickering 40-290

http://www.adi.com/pdfs/vendor/accessories/resistor_module/Pickering_40-290.pdf

The Pickering 40-290-021 programmable resistor card provides dual 16-bit resistors.rtX PXI PR-40-290-121

Pickering 40-290

http://www.adi.com/pdfs/vendor/accessories/resistor_module/Pickering_40-290.pdf

The Pickering 40-290-121 programmable resistor card provides dual 16-bit resistors with 16 x SPDT reed relays.rtX PXI NI-7811R

NI PXI-7811r

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_7811R.pdf

Reconfigurable digital IO board. The heart of the board is an FPGA (field programmable gate array) which is configurable with the National Instruments LabVIEW FPGA Module. Forty channels of standard TTL IO, all under control of the FPGA (5 8-bit ports).rtX PXI 75DL1-4CLF00-05

NAI cPCI-75DL1

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-75_DL1.pdf

The NA75DL1 driver board provides up to eight 2-wire, 16-bit LVDT/RVDT channels or four 3- or 4-wire LVDT/RVDT. Each LVDT/RVDT channel consists of two transformer output (pairs A and B), an excitation input, and a programmable armature. The transformation ratio for each LVDT channel is program controlled.rtX PXI 75DS1-04CRF0-67

NAI cPCI-75DS1

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_75DS1.pdf

The NA75DS1 driver board (PXI format) provides up to four 16-bit digital-to-resolver channels. Each resolver channel consists of two outputs: sin(q) times the maximum output and sin(q+90) times the maximum output where q is the model output angle and the maximum output is specified in the board's options.rtX PXI 75LD1-08CF1A-62

NAI cPCI-75DL1

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-75_DL1.pdf

The North Atlantic Industries 75LD1 L/D 8Ch 2.8KHz w/Ref cPCI.rtX PXI 75SD1-08CRFA-91

NAI cPCI-75SD1

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_75_SD1.pdf

The North Atlantic Industries 75SD1 S/D 8Ch 3.5KHz w/Ref cPCI.rtX PXI NI-8231

NI PXI-8231

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_8232.pdf

Gigabit Ethernet PXI controller for Windows.rtX PXI ARINC 429 8R/8T RS2/4

Ballard's ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

ARINC 429 8R/8T with two serial RS232/422 UARTs two core to cPCI interface card; ARINC 429 channels are parametric.rtX PXI BTI ARINC 429 8R/8T

Ballard's ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

Ballard Technologies cPCI 429 8R/8T one core. Includes an Excel interface to this board enabling the user to specify signal handling within 429 messages.6CE-5500/512

VME 5500 Series

http://www.adi.com/pdfs/vendor/RTS_boards/6ce-5500512.pdf

5500-based compute engine, 6U, 1 GHz, 512 Mb, 2 Mb cache. Provides two PMC slots and a PCI link to PMC carrier (SCB-4s). Note: AltiVec is not supported. Supports 10/100/1000BaseT (UDP point-to-point, not a LAN) through a front panel connector. 6CEX-5110/512

VME 5100 Series

http://www.adi.com/pdfs/vendor/RTS_boards/6cex-5110-512.pdf

5110-based compute engine, 6U, 500 MHz, 512 Mb, 2 Mb cache. Provides two PMC slots and PCI link to PMC carrier (SCB-3). Note: AltiVec is not supported. Supports 10/100BaseT (UDP point-to-point, not a LAN) through a front panel connector. 9U version is available for an additional $450.CE-5500/512

VME 5500 Series

http://www.adi.com/pdfs/vendor/RTS_boards/6ce-5500512.pdf

5500-based compute engine, 9U, 1 GHz, 512 Mb, 2 Mb cache. Provides two PMC slots and a PCI link to PMC carrier (SCB-4s). Note: AltiVec is not supported. Supports 10/100/1000BaseT (UDP point-to-point, not a LAN) through a front panel connector. UIP LX/UIP 6U

Linux UIP upgrade for a 6U RTS System. Includes hard disk. Requires minimum software versions Windows-ADvantage 8.1 or greater, Unix-SIMsystem 7.2.12 or greater.rtX-V CE-1

XVME-690

http://www.adi.com/pdfs/vendor/RTS_boards/XVME690.pdf

One 1.8 GHz Intel Pentium M processor board for model execution and user interface processing, 1GB ECC SDRAM, QNX POSIX-compliant RTOS, dual 10/100/1000 Ethernet ports, and hard drive. Xycom 690 Board, 1.8GHz, 1GB, 6U, Standard Ejector, QNX License. Primarily to be used for upgrading existing 6U RTS system to an rtX-V configuration.UIP LX/UIP 9U 100x

Linux UIP upgrade for a 9U 10-slot RTS System. Includes hard disk. Requires minimum software versions Windows-ADvantage 8.1 or greater, Unix-SIMsystem 7.2.12 or greaterUIP LX/UIP 9U 210x

Linux UIP upgrade for a 9U 21-slot RTS System. Includes hard disk. Requires minimum software versions Windows-ADvantage 8.1 or greater, Unix-SIMsystem 7.2.12 or greater6PAM-TM761

Transition module for CE-2604s.C200A0155MKT

Hard disk for AIX based RTS. SCSI, includes AIX-EN Client for 26xx based UIP.C200A0157MKT

Hard disk for Linux based RTS. SCSI, includes Linux Client for 55xx based UIP.6V-SCB-1

TEWS TVME200

http://www.adi.com/pdfs/vendor/RTS_boards/6v-scb-1.pdf

IP slave carrier board (four IP sites, data through VMEbus). (Note: replacement for VIPC616.)6V-SCB-1s

TEWS TVME201

http://www.adi.com/pdfs/vendor/RTS_boards/6v-scb-1s.pdf

IP slave carrier board (four IP sites, data through VMEbus, shielded cables).6V-SCB-3

PMCspan Board

http://www.adi.com/pdfs/vendor/RTS_boards/6v-scb-3.pdf

PMC slave carrier board (two PMC sites, data through PCI connector on 51xx/5500-based compute engine).6V-SCB-4s

TEWS TVME 230

http://www.adi.com/pdfs/vendor/RTS_boards/6v-scb-4.pdf

Slave carrier board (four industry pack sites, data through PCI connector on 5100/5500-based compute engine).6V-SCB-5

XVME976-209

http://www.adi.com/pdfs/vendor/RTS_boards/6v-scb-5.pdf

Xycom VME PMC carrier 2-site VME plug-on for an rtX-V.6V-IP1224

CW's ADM 1224F

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip1224_spec.pdf

Twenty-four channel, 12-bit, ADC IP, differential or single-ended. 6V-IP1224s

CW's ADM 1224F

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip1224_spec.pdf

Twenty-four channel, 12-bit, ADC IP, differential or single-ended, shielded cable. 6V-IP220-16s

Acromag's IP220

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip220.pdf

Sixteen-channel, 12-bit DAC. Each output channel has its own DAC, shielded cables.6V-IP220-8s

Acromag's IP220

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip220.pdf

Eight-channel, 12-bit DAC. Each output channel has its own DAC, shielded cables.6V-IP230

Acromag IP230

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip230.pdf

Eight-channel, 16-bit DAC IP.6V-IP230s

Acromag IP230

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip230.pdf

Eight-channel, 16-bit DAC IP, shielded cable.6V-IP340s

Acromag's IP340

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip341s.pdf

Sixteen channel, 12-bit ADC with 16 analog inputs sampled as two 8-channel banks, eight 12-bit 125K S/s A/Ds, shielded cable.6V-IP341s

Acromag's IP341

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip341s.pdf

Sixteen channel, 14-bit ADC with 16 analog inputs sampled as two 8-channel banks, eight 14-bit 125K S/s A/Ds, shielded cable.6V-IP3DACs

Three multiplying DACs of 16-bit resolution. The board is rated at ±10V reference input, and ±10V, ±20mA output on all channels. The MDACs can be updated individually or simultaneously. Each channel can be configured to use an external or internal reference. The logical devices include control of the basic MDAC capability as well as simulations of the following transducers: an LVDT, a thermocouple, a potentiometer, a resolver, a synchro and a strain gauge.6V-PAS9715/AO

PAS 9715/AO

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pas9715ao_ds.pdf

Thirty-two channels of +/- 10 V analog outputs, 12-bit resolution DAC per channel (replaces 1612DA, XVME531). 6V-PAS9716/AO

PAS 9716/AO

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pas9716ao_ds.pdf

Sixteen channels of +/- 10 V analog outputs, plus two digital outputs, 16-bit resolution. 6V-PAS9737/AI

PAS 9737/AI

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pas9737ai_ds.pdf

Sixty-four differential analog input channels multiplexed into a 16-bit 100KHz scanning ADC (replaces 1612AD,XVME566). 6V-PMC-16AO12

GS's PMC-16A0-12

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc-16ao12_spec.pdf

Twelve-channel, 16-bit high speed analog output PMC card.6V-PMC-ADADIO

GS's PMC-ADADIO

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc-adadio_spec.pdf

Twelve-channel (8 AI, 4 AO), 16-bit analog IO PMC card. 6V-PMC-GS16AI64SSA-32

GS's 16AI64SSA-32

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc16ai64ssa.pdf

Analog input board, 32 16-bit simultaneous 200K S/s A/Ds, 256K sample FIFO buffer.6V-PMC-GS16AI64SSA-64

GS PMC 16AI64SSA

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc16ai64ssa.pdf

Analog input board, 64 16-bit simultaneous 200K S/s A/Ds, 256K sample FIFO buffer.6V-9431

AVME943x-i

http://www.adi.com/pdfs/vendor/RTS_boards/6v-9431.pdf

Sixty-four channel, optically isolated outputs.6V-DIO316Is

CW's DIO316I

http://www.adi.com/pdfs/vendor/RTS_boards/6v-dio3161s.pdf

Forty-eight channel, tristateable, digital IO IP module; 16 bit In, 16 bits out, 16 bi-directional.6V-PAS9796/DIO

PAS 9796/DIO

http://www.adi.com/pdfs/vendor/RTS_boards/6v-PAS9796_DIO.pdf

128-channel, TTL level, 16 byte wide bi-directional digital IO (replaces 64DIO, XVME240).6V-IP408

Acromag's IP408

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip408.pdf

Thirty-two channel, 0-60 V digital IO IP.6V-IP408s

Acromag's IP408

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip408.pdf

Thirty-two channel, 0-60 V digital IO IP, shielded cable.6V-IP440-1

Acromag's IP440

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip440.pdf

Thirty-two channel, optically isolated inputs, digital IP, +/-4 to +/- 18V.6V-IP440-1s

Acromag's IP440

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip440.pdf

Thirty-two channel, optically isolated inputs, digital IP, +/-4 to +/- 18V, shielded cable.6V-IP440-2

Acromag's IP440

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip440.pdf

Thirty-two channel, optically isolated inputs, digital IP, +/-16 to +/-40V.6V-IP440-2s

Acromag's IP440

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip440.pdf

Thirty-two channel, optically isolated inputs, digital IP, +/-16 to +/-40V, shielded cable.6V-IP440-3

Acromag's IP440

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip440.pdf

Thirty-two channel, optically isolated inputs, digital IP, +/-38 to +/-60V.6V-IP440-3s

Acromag's IP440

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip440.pdf

Thirty-two channel, optically isolated inputs, digital IP, +/-38 to +/-60V, shielded cable.6V-IP470

Acromag's IP470

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip470.pdf

Forty-eight bidirectional channels, TTL-digital IP.6V-IP470s

Acromag's IP470

http://www.adi.com/pdfs/vendor/RTS_boards/6v-ip470.pdf

Forty-eight bidirectional channels, TTL-digital IP, shielded cable.6V-IP-TIP672-10

Tews TIP672

http://www.adi.com/pdfs/vendor/RTS_boards/6v-672.pdf

Twenty-four channel digital differential IO industry pack (using EIA-422/EIA-485 compatible drivers).6V-IP-TIP672-10s

Tews TIP672

http://www.adi.com/pdfs/vendor/RTS_boards/6v-672.pdf

Twenty-four channel digital differential IO industry pack (using EIA-422/EIA-485 compatible drivers), shielded cable.6V-32SPDT

GE's VME 2232a

http://www.adi.com/pdfs/vendor/RTS_boards/6v-32spdt.pdf

VMIVME 2232 relay board with 32 SPDT relays.6V-PMC-SIO4BX

GS's PCI-SI04BX

http://www.adi.com/pdfs/vendor/rtx_pci/rtx-pci-SIO4BX.pdf

A four-channel, RS-232/RS-422/RS-485 serial communications controller implemented in a PCI Mezzanine Card (PMC) format. Internal 512 byte FIFOs on each channel (both Tx & Rx, 8 total). 6V-PMC-HS

GE's PMC-HS-Serial

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc-hs.pdf

Four-channel high speed serial PMC, RS-232, RS-422, RS-423. ROHS compliant.6V-IPARB

ADI's 6V-IPARB

http://www.adi.com/pdfs/product/6VIPARB_DS3.pdf

Single-channel arbitrary function generator. Shielded cable version is recommended.6V-IPARBs

ADI's 6V-IPARB

http://www.adi.com/pdfs/product/6VIPARB_DS3.pdf

Single-channel arbitrary function generator, shielded cable.6V-IPSQW

3x square wave generator, 0 to 1MHz, TTL output, +/-0.0037 frequency resolution over the entire frequency range (only shielded cables available).6V-IPuc336

ADI's 6V-ipuc336

http://www.adi.com/pdfs/product/6VIP336_DS3.pdf

68336-based microcontroller industry pack with TPU. Needs to be located on a compute engine-based IP carrier (SCB-2s / SCB-4s). Shielded cable version is recommended.6V-IPuc336s

ADI's 6V-ipuc336

http://www.adi.com/pdfs/product/6VIP336_DS3.pdf

68336-based microcontroller industry pack with TPU, shielded cable. Needs to be located on a compute engine-based IP carrier (SCB-2s / SCB-4s).6V-IPWave

ADI's 6V-IPWAVE

http://www.adi.com/pdfs/product/6VIPWAVE_DS3.pdf

Single-channel analog sine or triangular wave generator (only shielded cables available).6V-IRIGB

Brandywine VME SyncClock32

http://www.adi.com/pdfs/vendor/RTS_boards/6v-irigb.pdf

Single channel IRIGB Interface.6V-IRIGB-1

Brandywine VME SyncClock32

http://www.adi.com/pdfs/vendor/RTS_boards/6v-irigb.pdf

Single channel IRIGB Interface (high accuracy clock). Oscillator upgrade disciplined TCXO, 1 PPM.6V-IPSINEs

Four independent sine wave generators utilizing direct digital synthesis (DDS) technology and generating 10-V (nominal) outputs from 0 Hz to 20 kHz with frequency resolution of 0.0149 Hz. Amplitude and offset are fixed.6V-PMC-SCRAMnetGT-1a

CW's SCRAMNet GT

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc-SCRAMNet_GT.pdf

SCRAMNetGT PMC Network Interface 128-Mbyte memory, single shortwave fiber optic media.6V-DTR16-6

NAI's VME-64DS1

http://www.adi.com/pdfs/vendor/RTS_boards/6v-dtr16-6_spec.pdf

North Atlantic Industries digital to resolver six-channel, 16-bit output 11.8 VL-L, reference 26 Vrms, 400Hz load 1.2 VA, without on-board reference, 6U.6V-DTR-ER-16-8

NAI's VME-64DL1

http://www.adi.com/pdfs/vendor/RTS_boards/6v-lvdt-rvdt-2.pdf

RVDT Output Board. Contains eight channels of digitally controlled, 3- or 4-wire Digital to LVDT / RVDT simulation. The resolution of each Digital to LVDT/RVDT simulator is 16-bits. Each circuit is transformer isolated.6V-LVDT/RVDT-2

NAI's VME-64DL1

http://www.adi.com/pdfs/vendor/RTS_boards/6v-lvdt-rvdt-2.pdf

North Atlantic Industries Digital to LVDT/RVDT eight-channel, 16-bit, reference input 2-28 Vrms, 400Hz, output 2-28 VL-L without on-board reference, 6U.6V-LVDT/RVDT-3

NAI's VME-64DL1

http://www.adi.com/pdfs/vendor/RTS_boards/6v-lvdt-rvdt-2.pdf

North Atlantic Industries Digital to LVDT/RVDT eight-channel, 16-bit, reference input 2-28 Vrms, 400Hz, output 2-28 VL-L without on-board reference, 6U. (NAI 64DL1 LVDT/RVDT )6V-RTD-16-16

NAI's VME-64LD2

http://www.adi.com/pdfs/vendor/RTS_boards/6V-RTD-16-16_VME64_LD2.pdf

RVDT Input Board. Contains 16 LVDT/RVDT to Digital measurement channels. Each channel is transformer isolated and has 16-bit resolution.6V-RTD-8-16

NAI's VME-64DL1

http://www.adi.com/pdfs/vendor/RTS_boards/6v-RTD-8-16_64_DL1.pdf

RVDT Input Board. Contains eight LVDT/RVDT to Digital measurement channels. Each channel is transformer isolated and has 16-bit resolution.6V-RTD-OBR16-4

NAI's VME-64SD1

http://www.adi.com/pdfs/vendor/RTS_boards/6v-RTD-OBR16-4.pdf

North Atlantic Industries resolver to digital, four-channel, 16-bit, input 11.8 VL-L, reference 26 Vrms, 400Hz, one common reference input tied to on-board reference supply.6V-PMC-6CAN

TPMC901

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc-6can_spec.pdf

Six-channel CAN PMC without optical isolation. 6V-CAN-1s

TEWS TIP816

http://www.adi.com/pdfs/vendor/RTS_boards/6v-can-1.pdf

CAN interface IP, Intel 82527 chip, shielded cables. Optically isolated.6V-CAN-1

TEWS TIP816

http://www.adi.com/pdfs/vendor/RTS_boards/6v-can-1.pdf

CAN interface IP, Intel 82527 chip, nonshielded cables. Optically isolated.6V-IPCAN-2s

TEWS TIP 903

http://www.adi.com/pdfs/vendor/RTS_boards/6V_IPCAN_2s_TIP903.pdf

Industry Pack® compatible module with three complete CANbus interfaces using three Intel 82527 CAN controllers. The controller supports the standard data and remote frame as well as the extended data and remote frame according to CAN specification 2.0 part A and part B. It has the capability to transmit, receive and perform messages filtering on extended and standard messages. Shielded cables.6V-BTI ARINC 429

Ballards ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

Ballard Technologies VME ARINC 429. Available in many configurations up to and including 32R/32T.6V-BTI ARINC 429 8R/8T

Ballards ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

ARINC 429 8R/8T one core. Consists of a 6U VMEbus motherboard with provision for four daughter boards. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each daughter board. Includes an Excel interface to this board enabling the user to specify signal handling within 429 messages.6V-BTI ARINC 429 32R/32T

Ballards ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

ARINC 429, 32R/32T. Consists of a 6U VMEbus motherboard with provision for four daughter boards. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each daughter board. Configured with four 423 daughter boards (each configured as 8R/8T) this provides 32R/32T channels of ARINC 429. Includes cables (inside the RTS) and IO plates (for the rear of the RTS).6V-BTI ARINC 429 0R/32T

Ballards ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

ARINC 429, 0R/32T. Consists of a 6U VMEbus motherboard with provision for four daughter boards. Two of them used, providing 0R/32T ARINC 429 channels. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each daughter boards. The 425 daughter board is configured with 0R/16T channels of ARINC 429. Includes cables (inside the RTS) and IO plates (for the rear of the RTS).6V-BTI ARINC 429 0R/64T

Ballards ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

ARINC 429, 0R/64T. Consists of a 6U VMEbus motherboard with provision for four daughter boards. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each daughter board. The 425 daughter board is configured with 0R/16T channels of ARINC 429. Includes cables (inside the RTS) and IO plates (for the rear of the RTS).6V-BTI ARINC 429 64R/0T

Ballards ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

ARINC 429, 64R/0T. Consists of a 6U VMEbus motherboard with provision for four daughter boards. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each daughter board. Configured with four 429 daughter boards (each configured as 16R/0T) this provides 64R/0T channels of ARINC 429. Includes cables (inside the RTS) and IO plates (for the rear of the RTS).6V-ARINC 429 16R/16T RS232/422

Ballards ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

ARINC 429, 16R/16T. Consists of a 6U VMEbus motherboard with provision for four daughter boards. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each daughter board. The 436 daughter board is configured with 4R/4T channels of ARINC 429 and four full-duplex serial IO ports which can be used as RS 422 or RS 232 ports. Includes cables (inside the RTS) and IO plates (for the rear of the RTS).6V-ARINC 717 4R/4T

Ballards ARINC 429

http://www.adi.com/pdfs/vendor/rtx_pxi/rtxpxi_ARINC429.pdf

Omnibus VME interface card with ARINC 717 4R4T, with two cores. One core is available for future expansion. 6V-PMC-BTI1553-1

Ballard's MIL-STD-1553

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_MIL-STD 1553.pdf

OmniBus commercial temperature, front panel IO, MIL-STD-1553 PMC interface card with one dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multi-function (BC and RT and Monitor) C-Level. Temperature Extended. Includes internal cabling and IO plate for the rear panel of the RTS.6V-PMC-BTI1553-2

Ballard's MIL-STD-1553

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_MIL-STD 1553.pdf

OmniBus commercial temperature, front panel IO, MIL-STD-1553 PMC interface card with two dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multi-function (BC and RT and Monitor) C-Level. Temperature Extended. Includes internal cabling and IO plate for the rear panel of the RTS. 6V-BTI1553-4

Ballard's MIL-STD-1553

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_MIL-STD 1553.pdf

VME card for MIL-STD-1553 with one dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multi-function (BC and RT and Monitor) C-Level. Includes internal cabling and IO plate for the rear panel of the RTS.6V-BTI1553-5

Ballard's MIL-STD-1553

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_MIL-STD 1553.pdf

VME card for MIL-STD-1553 with two dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multi-function (BC and RT and Monitor) C-Level. Includes internal cabling and IO plate for the rear panel of the RTS.6V-BTI1553-6

Ballard's MIL-STD-1553

http://www.adi.com/pdfs/vendor/rtx_pci/rtx_pci_MIL-STD 1553.pdf

VME card for MIL-STD-1553 with four dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multi-function (BC and RT and Monitor) C-Level. Includes internal cabling and IO plate for the rear panel of the RTS.6V-488-1

NI GPIB 1014 Series

http://www.adi.com/pdfs/vendor/RTS_boards/6v-488.pdf

Dual IEEE 488 GPIB interface controller.6V-PMC-1394

BVM's PMC 1394

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc-1394.pdf

BVM IEEE1394 PMC Interface module (aka FireWire). PMC Module only.6V-5565-110

GE's VME 5565

http://www.adi.com/pdfs/vendor/RTS_boards/6v-5565RM.pdf

VME-based Reflective Memory, 128Mb, 4k FIFOs, fiber optic cable IF, Multimode, maximum distance 300 meters.6V-PMC5565RC-110

GE's PMC-5565

http://www.adi.com/pdfs/vendor/RTS_boards/6v-pmc5565rm.pdf

PMC for VME-based Reflective Memory, 128Mb, 4k FIFOs, fiber optic cable IF, Multimode, maximum distance 300 meters.6V-RFM-1

GE's VME 5565

http://www.adi.com/pdfs/vendor/RTS_boards/6v-5565RM.pdf

VME to VME-based Reflective Memory, 256Kb, 512 FIFO. Includes two boards and one cable.6V-SCRAMNET-1a

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ interface, first board, 4-Kbyte, long-link fiber optic cable IF.6V-SCRAMNET-1b

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ interface, additional boards, 4-Kbyte, long-link fiber optic cable IF.6V-SCRAMNET-2a

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ IF, first board, 4Kb, standard fiber optic cable IF.6V-SCRAMNET-2b

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ IF, second board, 4Kb, standard fiber optic cable IF.6V-SCRAMNET-3a

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ IF, first board, 128Kb, standard fiber optic cable IF.6V-SCRAMNET-3b

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ IF, second board, 128Kb, standard fiber optic cable IF.6V-SCRAMNET-4a

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ IF, first board, 512Kb, coax cable.6V-SCRAMNET-4b

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ IF, second board, 512Kb, coax cable.6V-SCRAMNET-5a

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ IF, first board, 2Mb standard fiber optic cable IF.6V-SCRAMNET-6a

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ IF, first board, 512KB standard fiber optic cable IF.6V-SCRAMNET-7a

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ IF, first board, 8Mb, standard fiber optic cable IF.6V-SCRAMNET-7b

CW's SCRAMNet+

http://www.adi.com/pdfs/vendor/RTS_boards/6v-SCRAMNET.pdf

SCRAMNet+ IF, second board, 8Mb, standard fiber optic cable IF.DIOS MULTIARB

ADI's DIOS MultiArb

http://www.adi.com/pdfs/product/DIOS/diosMultiArb.pdf

The DIOS MultiARB board supports a wide range of analog waveform generation, and digital waveform generation and measurement. Eight channels of programmable waveform generation using DDS techniques are provided, with synchronization between channels and gated initiation of output. Sixteen digital channels can generate and measure various kinds of digital waveforms and pulse trains. Operation of the board is controlled through IEEE-1394.DIOS RATIO

ADI's Ratio Sensor Board

http://www.adi.com/pdfs/product/DIOS/DIOS-ratio1394.pdf

The DIOS Ratiometric Sensor Board contains eight independent strain gauge sensor circuits that simulate 4-wire bridge strain gauges including common-mode voltage. Each circuit is totally isolated from the other circuits and from ground. Operation of the board is controlled through IEEE-1394.DIOS RESLADDER

The DIOS Resistor Ladder Board provides six channels of a 12-bit resistor ladder with 1 ohm resolution. Operation of the board is controlled through IEEE-1394.DIOS VARRES

ADI's DIOS RTD Sensor Board

http://www.adi.com/pdfs/product/DIOS/DIOS-rtd1394.pdf

The DIOS Variable Resistor Sensor Board contains eight independent RTD sensor circuits that simulate 2-wire, 3-wire, and 4-wire RTDs with a high level of accuracy and resolution. Each circuit is totally isolated from the other circuits and from ground. Operation of the board is controlled through IEEE-1394.DIOS I-SENSE-1

ADI's VCM DIOS Board

http://www.adi.com/pdfs/product/DIOS/DIOS-vcm.pdf

The DIOS Current Sense Board provides eight channels of isolated current measurement. The board is configured for AC current measurement of up to 5A with gain selection for each channel. Operation of the board is controlled through IEEE-1394.DIOS I-SENSE-2

ADI's VCM DIOS Board

http://www.adi.com/pdfs/product/DIOS/DIOS-vcm.pdf

The DIOS Current Sense Board provides eight channels of isolated current measurement. The board is configured for DC current measurement of up to 1A with gain selection for each channel. Operation of the board is controlled through IEEE-1394.DIOS I-SENSE-3

ADI's VCM DIOS Board

http://www.adi.com/pdfs/product/DIOS/DIOS-vcm.pdf

The DIOS Current Sense Board provides eight channels of isolated current measurement. The board is configured for four channels of AC current measurement of up to 5A and 4 channels of DC current measurement of up to 5A with gain selection for each channel. Operation of the board is controlled through IEEE-1394.DIOS I-SOURCE

The DIOS Current Source board provides eight channels of 0-60mA current source output. Operation of the board is controlled through IEEE-1394.DIOS DIVIDER

ADI's DIOS-SCDIV Board

http://www.adi.com/pdfs/product/DIOS/DIOS-scdiv.pdf

The DIOS Divider Signal Conditioning Board provides signal conditioning for 2-wire strain gauge or thermocouple, 24 channels. The board's inputs are designed to be fed by a standard DAC IO board.DIOS I-SENSE-4

ADI's Current Signal Board

http://www.adi.com/pdfs/product/DIOS/CurrentMeasurementDIOS.pdf

The DIOS Low Current Sense Signal Conditioning board provides 16 channels of isolated current measurement, converting the measured current to a voltage, with gain selection for each channel. The board is configured for DC current measurement of up to 625mA. The board's outputs are designed to feed a standard ADC IO board.DIOS I-SENSE-5

ADI's Current Signal Board

http://www.adi.com/pdfs/product/DIOS/CurrentMeasurementDIOS.pdf

The DIOS Low Current Sense Signal Conditioning board provides 16 channels of isolated current measurement, converting the measured current to a voltage, with gain selection for each channel. The board is configured for DC current measurement of up to 1.25A. The board's outputs are designed to feed a standard ADC IO board.DIOS I-SENSE-6

The DIOS Low Current Input Signal Conditioning board is designed to support data acquisition of current signals (200mA range) from external equipment. It provides 16 channels, each converting the measured current to a voltage with a gain-selectable high impedance instrumentation amplifier input stage and filtering to feed a standard +/- 10V ADC IO board. DIOS V-IN-1

The DIOS Voltage Input Signal Conditioning board is designed to support data acquisition of voltage signals (10V range) from external equipment. It provides 16 channels, each with a gain-selectable high impedance instrumentation amplifier input stage and filtering to feed a standard +/-10V ADC IO board. DIOS V-IN-2

The DIOS Voltage Input Signal Conditioning board is designed to support data acquisition of voltage signals (1V range) from external equipment. It provides 16 channels, each with a gain-selectable high impedance instrumentation amplifier input stage and filtering to feed a standard +/-10V ADC IO board. DIOS V-IN-3

The DIOS Voltage Input Signal Conditioning board is designed to support data acquisition of voltage signals (0.1V range) from external equipment. It provides 16 channels, each with a gain-selectable high impedance instrumentation amplifier input stage and filtering to feed a standard +/-10V ADC IO board. Thermocouple cold-junction support is provided.DIOS FREQ-IN

The DIOS Frequency Input Signal Conditioning board is designed to support data acquisition of both analog and digital waveforms. It provides 32 channels which transform the input waveforms into standard TTL levels for measurement by a standard Timer/Counter IO board.DIOS V-OUT-1

The DIOS Voltage Output Signal Conditioning board buffers the outputs of a standard +/-10V DAC IO board. (16 channels)DIOS V-OUT-2

The DIOS Voltage Output Signal Conditioning board buffers the outputs of a standard +/-10V DAC IO board. (32 channels)DIOS XFORMER-1

ADI's DIOS-SC Speed Board

http://www.adi.com/pdfs/product/DIOS/DIOS-scspeed.pdf

The DIOS High Voltage Transformer Board provides eight channels of transformer-coupled outputs with input range: 0 to ±10 V and output range: 0 to ±50V. It requires two slots and an external power supply. DIOS XFORMER-2

The DIOS Low Voltage Transformer Signal Conditioning Board provides 16 channels of transformer-coupled outputs with input range: 0 to ±10V and output range: 0 to ±10V. It requires one slot. DIOS CAB 557

DIOS Variable Resistor Cable Adaptor Board RC34.DIOS CAB 558

DIOS Ratiometric Cable Adaptor Board RC34.DIOS CAB 559

DIOS Divider Cable Adaptor Board 3xRC50.DIOS CAB 560

DIOS Xformer Cable Adaptor Board 2xRC34.DIOS CAB 599

DIOS Xformer Cable Adaptor Board 16xRC10 1xRC34.DIOS CAB 610

DIOS Variable Resistor Cable Adaptor Board DB37.DIOS CAB 615

DIOS V-IN Cable Adaptor Board 2xHD68,D9 NI.DIOS CAB 616

DIOS V-IN Cable Adaptor Board D50,HD68,D15 GS.DIOS CAB 621

DIOS FREQ-IN Cable Adaptor Board HD68.DIOS CAB 622

DIOS V-OUT Cable Adaptor Board 2xHD68.DIOS CAB 628

DIOS V-IN Cable Adaptor Board 2xD50,D25 2xGS.DIOS CAB 641

DIOS MULTIARB Cable Adaptor Board RC16 2)DB25.DIOS FCP

DIOS Fault Control Processor. The DIOS FCP provides an RS232 interface to the real-time computer, a UDP Ethernet interface to the Host PC, provides intelligence for performing fault insertion activities, and communicates with each fault board across an IEEE 1394 bus.DIOS HCF Board

DIOS High Current Fault Board. The DIOS HCF Board provides 6 channels of high current signal faulting with 6 fault buses used to perform complex fault insertion testing. DIOS HCF Board requires two DIOS System slots. No Cable Adapter Board Required.DIOS HCFSrc Board

DIOS High Current Fault Source Board. This DIOS HCFSrc Board provides fault circuit protection, system self-test, and acts as the source of high current faults. The DIOS HCFSrc Board requires two DIOS System slots.DIOS HCRF Box

DIOS High Current Resistive Fault Box. The DIOS HCRF Box contains the resistors required to perform high current resistive faults. This is a custom component designed to customer requirements.DIOS LCF Board

DIOS Low Current Fault Board. The DIOS LCF Board provides 12 channels of low current signal faulting with 6 fault buses used to perform complex fault insertion testing. Requires Corresponding Cable Adapter Board DIOS LCF CAB

Cable Adapter board for use with the DIOS LCFSrc Board in conjunction with the Low Current Resistive Fault BoxDIOS LCFSrc Board

DIOS Low Current Fault Source Board. The DIOS LCFSrc Board provides fault circuit protection, system self-test, and acts as the source of low current faults. Optional Cable Adapter Board required for use with Resistive Fault Box.DIOS LCFSrc CAB

Cable Adapter board for use with the DIOS LCFSrc Board in conjunction with the Low Current Resistive Fault BoxDIOS LCRF Box

DIOS Low Current Resistive Fault Box. The DIOS LCRF Box contains the resistors required to perform low current resistive faults. This is a custom component designed to customer requirements.Emul8 PCI Engine-2

Emul8 PCI Engine for Windows

http://www.adi.com/pdfs/product/PCIEngineAll_DS3.pdf

The Emul8 PCI-Engine is a design, development, and acceptance testing tool for Engine Control Units (ECUs). The Emul8 PCI-Engine board set provides an electronic interface to the ECU including configurable cam and crank signal output, pulse-width modulated (PWM) output, PWM input, and fuel and spark pulse measurement. The Emul8 PCI-Engine board set is supported under LabVIEW, C callable libraries on Windows and MathWorks xPC Target. The Emul8 PCI-Engine board set includes: PCI-Engine board with one IP-ARB, one signal conditioning board, two cables, Windows & xPC software and documentation. NOTE: Requires either Emul8 Terminal Block Assy or Emul8 Breakout Panel.Emul8 IP-ARB

The Emul8 IP-ARB is an optional secondary Analog Crank/Cam Generator. The Emul8 IP-ARB emulates a secondary VRS crank-synchronous sensor. This optional Crank/Cam generator is slaved to the Primary Crank Generator allowing the Emul8 PCI-Engine to generate two analog crank-synchronous waveforms for crank/cam VRS emulation. The waveform is user-configurable. There are independent run-time controls for amplitude scaling for each generator. The rpm control drives both waveform generators. Also included is the capability to dynamically switch each waveform profile between a maximum of four profiles useful for diagnostic testing. Expansions require an L009.0485MKT mounting kit.Emul8 Terminal Block Assy

The Emul8 Terminal Block Assembly includes three pre-wired terminal blocks for the Emul8 PCI-Engine board set.Emul8 IP-Knock

Simulation of one or two analog knock sensor outputs with variable amplitude and frequency. Amplitude: 10 to 20 Volts peak-to-peak with 12-bits resolution. Frequency: 0-100KHz, frequency resolution 0.0009Hz.Emul8 Breakout Panel

Emul8 Breakout Panel

http://www.adi.com/pdfs/product/BreakoutPanel_DS3.pdf

The Breakout Panel for Emul8 PCI-Engine board set provides for easy addition of loads, pull-ups, pull-downs, etc. An easy, convenient method of probing signals. Includes two Elco outlet connector receptacles for connection to ECU.Emul8 Desktop Stand

The Emul8 Desktop Stand is an optional adjustable angle desktop stand for the Emul8 Breakout Panel.Emul8 Rack Loopback Test Box

The Emul8 Loopback Test Box is an option used to test PCI-Engine health by looping outputs to inputs, and running an automated test. Emul8 Elco Connector Kit

The Emul8 Elco Connector Kit is an option used to create the ECU controller harness to the Emul8 Breakout Panel, and includes two Elco connector bodies, two covers and 240 contacts.Emul8 Rack Mount Kit

The Emul8 Rackmount Kit is an option used to rackmount the Emul8 Breakout Panel.ADvantage/GP Kit 1styr

ADvantage/GP Bundle first year support. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage GP Target Complete.ADvantage/rtX Kit 1styr

ADvantage/rtX Bundle first year support. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage rtX Target Complete.ADvantage/rtX RT Kit 1styr

ADvantage/rtX Run-Time Kit 1styr support. Includes: ADvantageVI, SIMplotter, ADvantage rtX Target Run Time.ADvantage/rtX-Mini Kit 1styr

ADvantage/rtX Mini-3 Bundle first year support. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage rtX Mini Target Complete. Supports up to three IO slots.ADvantage/rtX-DT Kit 1styr

ADvantage/rtX Desktop-5 Bundle first year support. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage rtX DT Target Complete. Supports up to five IO slots.ADvantage/RTS Kit 1styr

ADvantage/RTS Bundle first year support. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage RTS Target Complete.ADvantage/RTS RT Kit 1styr

ADvantage/RTS Run-Time Kit 1styr support. Includes: ADvantageVI, SIMplotter, ADvantage RTS Target Run Time.ADvantageDE 1styr

ADvantageDE first year support.ADvantageFC 1styr

ADvantageFC first year support.ADvantageVI 1styr

ADvantageVI first year support.ARCal 1styr

ARCal for rig calibration 1st yr support. Includes ADvantageTM.ARCal-LB 1styr

ARCal - rig loopback test 1styr support. Includes ADvantageTM.IpProtect 1styr

IpProtect first year support.Altia 1styr

Altia FacePlate & Toolbox 1st yr support. SIMplotter 1styr

SIMplotter first year support.Ada Toolbox 1styr

Ada Toolbox first year support. (Microsoft® Windows only).ADSIM Toolbox 1styr

ADSIM Toolbox first year support.ADSIM Toolbox NC 1styr

ADSIM Toolbox NC first year support. No ADSIM compilers. For use with ADvantageGP only.Fortran Toolbox 1styr

Fortran Toolbox first year support.Simulink Toolbox 1styr

Simulink Toolbox first year support.SystemBuild Toolbox 1styr

SystemBuild Toolbox first year support.ADvantage GP TC 1styr

GP Target Complete first year support.ADvantage rtX TB 1styr

ADvantage rtX Target Basic 1styr support.ADvantage rtX TC 1styr

rtX Target Complete first year support. Includes the real-time OS.ADvantage rtX Mini TC 1styr

rtX Desktop Target Complete first year support. Includes the real-time OS. Supports up to three IO slots.ADvantage rtX DT TC 1styr

rtX Desktop Target Complete first year support. Includes the real-time OS. Supports up to five IO devicesADvantage rtX TRT 1styr

rtX Target Run-Time first year support. Includes the real-time OS.ADvantage RTS TB 1styr

ADvantage RTS Target Basic 1styr support. Includes the real-time OS.ADvantage RTS TC 1styr

RTS Target Complete first year support. Includes the real-time OS.ADvantage RTS TRT 1styr

RTS Target Run-Time first year support. Includes the real-time OS.ADvantage/GP Kit Support

ADvantage/GP Software Bundle support. 1 year. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage GP Target Complete.ADvantage/RTS Kit Support

ADvantage/RTS Software Bundle support. 1 year. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage RTS Target Complete ADvantage/RTS RT Kit Support

ADvantage/RTS Run-Time Bundle support. 1 year. Includes: ADvantageVI, SIMplotter, ADvantage RTS Target Run Time.ADvantage/rtX Kit Support

ADvantage/rtX Software Bundle support. 1 year. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage rtX Target Complete.ADvantage/rtX RT Kit Support

ADvantage/rtX Run-Time Bundle support. 1 year. Includes: ADvantageVI, SIMplotter, ADvantage rtX Target Run Time software support.ADvantage/rtX-DT Kit Support

ADvantage/rtX Deskptop-5 Software Bundle support. 1 year. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage rtX DT Target Complete. Supports up to five IO slots.ADvantage/rtX-Mini Kit Support

ADvantage/rtX Mini-3 Software Bundle support. 1 year. Includes: ADvantageDE, ADvantageVI, SIMplotter, ADvantage rtX Mini Target Complete. Supports up to three IO slots.ADvantageDE Support

ADvantageDE support. 1 year.ADvantageFC Support

ADvantageFC support. 1 year.ADvantageVI Support

ADvantageVI support. 1 year.Altia Support

Altia FacePlate and Toolbox support. 1 year.ARCal Support

ARCal advanced rig calibration support. 1 year. Includes ADvantageTM (Test Manager).ARCal-LB Support

ARCal for rig loopback test support. 1 year. Includes ADvantageTM (Test Manager).IpProtect Support

IpProtect support. 1 year.SIMplotter Support

SIMplotter license support. 1 year.Ada Toolbox Support

Ada Toolbox for ADvantage support. 1 year. ADvantageGP for Microsoft® Windows only.ADSIM Toolbox NC Support

ADSIM Toolbox NC support, 1 year. No ADSIM compilers. For use with ADvantageGP only.ADSIM Toolbox Support

ADSIM Toolbox for ADvantage support. 1 year.Fortran Toolbox Support

Fortran Toolbox for ADvantage support. 1 year.Simulink Toolbox Support

Simulink Toolbox for ADvantage support. 1 year.SystemBuild Toolbox Support

SystemBuild Toolbox support. 1 year.ADvantage GP TC Support

ADvantageGP Target Complete support. 1 year.ADvantage rtX TB Support

ADvantage rtX Target Basic support. 1 year.ADvantage rtX TC Support

ADvantage rtX Target Complete support. 1 year. Includes the real-time OS.ADvantage rtX Mini TC Support

ADvantage rtX Mini Target Complete support. 1 year. Includes the real-time OS. Supports up to three IO slots.ADvantage rtX DT TC Support

ADvantage rtX Desktop Target Complete support. 1 year. Includes the real-time OS. Supports up to five IO slots.ADvantage rtX TRT Support

ADvantage rtX Target Run-Time support. 1 year. Includes the real-time OS.ADvantage RTS TC Support

ADvantage RTS Target Complete support. 1 year. Includes the real-time OS.ADvantage RTS TRT Support

ADvantage RTS Target Run-Time support. 1 year. Includes the real-time OS.ADvantage RTS TB Support

ADvantage RTS Target Basic support. 1 year.RG005-000

RTS SIMplotter support. 1 Year. RG010-000

RTS SIMsystem primary support. 1 Year. Includes ADvantage, SIMsystem, SIMplotter.RG011-000

ADSIM/RTS support. 1 Year. RG021-000

C/040 Single Seat License support. 1 Year. RG022-000

Fortran Toolbox support. 1 Year. RG023-000

SystemBuild Toolbox support. 1 Year. RG024-000

ADSIM/RTS run-time license support. 1 Year. RG026-000

Simulink Toolbox support. 1 Year.RG042-000

Ethernet License support. 1 Year. RG045-000

FacePlate Toolbox support. 1 Year. RG046-000

Altia FacePlate support. 1 Year. Floating, UNIX and Microsoft® Windows Platforms.RG049-000

Altia FacePlate support. 1 Year. Floating, UNIX or Microsoft® Windows.RG055-000

ADvantage for GP support. 1 Year. Includes SIMplotter, Altia FacePlate and the Bridge for Altia FacePlate. RG056-000

Ada Toolbox support. 1 Year. (Microsoft® Windows only). RG059-000

ADSIM/GP support. 1 Year. Allows the execution of ADSIM generated models with ADvantageGP. Support. RK005-000

RTS SIMplotter Secondary support. 1 Year. RK010-000

RTS SIMsystem secondary support. 1 Year. Includes ADvantage, SIMsystem, SIMplotter. RK010-ORT

RTS SIMsystem Run-Time support. 1 Year. Includes ADvantage, SIMsystem, SIMplotter.rtX ADSIM Support

ADSIM software support. 1 Year. rtX ADvantageRT CL Support

ADvantageRT closed-loop software support. Includes ADvantageRT CL, SIMplotter, ADvantageVI and the QNX OS.rtX Altia Support

Altia FacePlate software support. 1 Year. rtX Simulink Bridge Support

Simulink software Toolbox support. 1 Year. rtX SystemBuild Bridge Support

SystemBuild software Toolbox support. 1 Year. RG005-LEG

Legacy SIMplotter support. 1 Year. Covers non-current (legacy) version of software (SPECIFY).RG010-LEG

Legacy RTS SIMsystem primary support. 1 Year. Includes ADvantage, SIMsystem, SIMplotter. Covers non-current (legacy) version of software (SPECIFY).RG011-LEG

Legacy ADSIM/RTS support. 1 Year. Covers non-current (legacy) version of software (SPECIFY).RG023-LEG

Legacy BRIDGErt for SystemBuild support. 1 Year. Covers non-current (legacy) version of software (SPECIFY).RG024-LEG

Legacy ADSIM/RTS run-time license support. 1 Year. Covers non-current (legacy) version of software (SPECIFY).RG026-LEG

Legacy BRIDGErt for Simulink support. 1 Year. Covers non-current (legacy) version of software (SPECIFY).RG045-LEG

Legacy BRIDGErt for FacePlate support. 1 Year. Covers non-current (legacy) version of software (SPECIFY).RG046-LEG

Legacy Altia FacePlate support. 1 Year. Floating, UNIX and Microsoft® Windows Platforms. Covers non-current (legacy) version of software (SPECIFY).RG049-LEG

Legacy Altia FacePlate support. 1 Year. Floating, UNIX or Microsoft® Windows. Covers non-current (legacy) version of software (SPECIFY).RG055-LEG

Legacy ADvantage for GP support. 1 Year. Includes SIMplotter, Altia FacePlate and the Bridge for Altia FacePlate. Covers non-current (legacy) version of software (SPECIFY).RG056-LEG

Legacy BRIDGErt for Ada support. 1 Year. (Microsoft® Windows only). Covers non-current (legacy) version of software (SPECIFY).RG059-LEG

Legacy ADSIM/GP support. 1 Year. Allows the execution of ADSIM generated models with ADvantageGP. Support. Covers non-current (legacy) version of software (SPECIFY).RK010-LEG

Legacy RTS SIMsystem secondary support. 1 Year. Includes ADvantage, SIMsystem, SIMplotter. Covers non-current (legacy) version of software (SPECIFY).RM020-005

BEACON Graphical Front-End, and Electronic Documentation, first year support.RM020-008

BEACON Graphical Front-End, and Electronic Documentation, first year support. Node-LockedRM021-005

BEACON C Code Generator, first year support.RM021-008

BEACON C Code Generator, first year support. Node-LockedRM022-005

BEACON Ada Code Generator, first year support.RM022-008

BEACON Ada Code Generator, first year support. Node-LockedRM024-005

BEACON AUTT, first year support.RM024-008

BEACON AUTT, first year support. Node-LockedRM020-002

BEACON Graphical Front-End, and Electronic Documentation, support.RM020-003

BEACON Graphical Front-End, and Electronic Documentation, support, Node-LockedRM021-002

BEACON C Code Generator, support.RM021-003

BEACON C Code Generator, support, Node-Locked.RM022-002

BEACON Ada Code Generator, support.RM022-003

BEACON Ada Code Generator, support, Node-Locked.RM024-002

BEACON AUTT, support.RM024-003

BEACON AUTT, support, Node-Locked.RM030-005

BEACON for Simulink Designer, Floating 1st year supportRM030-008

BEACON for Simulink Designer, Node-Locked 1st year supportRM032-005

BEACON for Simulink Coder, Ada, Floating 1st year supportRM032-008

BEACON for Simulink Coder, Ada, Node-Locked 1st year supportRM034-005

BEACON for Simulink Coder, C, Floating 1st year supportRM034-008

BEACON for Simulink Coder, C, Node-Locked 1st year supportRM030-002

BEACON for Simulink Designer, Support, Floating