Products

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Abaco ACC-BT01 Dual 64-pin Transition Panel

The ACC-BT01 provides a compact, cost-effective transition between field wiring and Abaco Systems Embedded System I/O boards. Lift clamp-style terminal blocks are provided for attachment of field wiring, while two 64-pin DIN connectors are provided for connection to I/O boards.

Abaco ACC-BT10 DIN Rail Transition Module for Euro-Din

  • Interfaces with most Abaco Systems I/O boards via mass-terminated cables
  • Fits standard DIN rails
  • Accepts 24 to 12 AWG
  • High-density design reduces cabinet space
  • Provides easy-to-use lift clamp terminal blocks
  • Interconnects Abaco Systems I/O boards with field wiring
  • DIN rail mount (15 or 35 mm)

Abaco ACC-BT12 D-Subminiature Adapter Shell for 9-, 15-, and 25-pin Connectors

  • Provides easy-to-use lift clamp terminal blocks
  • Accepts 26 to 14 AWG
  • IEC 807-2DIN 41 652 or MIL-C-24 308 compliant
  • Interconnects field wiring with GE I/O boards

Abaco SFT-9450 I/O Connectivity IO Works Board Drivers

  • Supports more than sixty I/O products from Abaco
  • C and C++ libraries enable you to choose your programming language 
  • Support for the VME single board computer (SBC) platform and multiple operating systems and I/O buses enable you to choose the hardware and software that best fit your project requirements
  • Libraries relieve you from low-level board register programming
  • Functions available to program every feature on supported I/O boards
  • You only need to learn a single common application programming interface (CAPI) for all Abaco Systems I/O boards
  • Error logging capabilities enable you to set the size of your error log and allocate an external error log for multiple board objects
  • Quick-start programs serve as templates for your own applications
  • Online Help provides you with quick answers to all your IOWorks* board driver questions
  • Support for Abaco's IOWorks component software enables you to expand your system for a variety of software solutions
  • Abaco's software maintenance agreement enables you to receive product updates and Abaco Customer care
  • Hardware support for Abaco processors
  • Operating System support for 32-bit and 64-bit Windows, VxWorks, and Linux

Abaco VME-3113B Scanning 12-bit Analog-to-Digital Converter with Built-in-Test

  • 64 differential or single-ended inputs
  • Powers up in autoscanning mode - no software initialization required
  • Continually digitizes input channels and stores the result in a dedicated channel dual-port register (autoscanning mode)
  • Jumper-selectable scanning of 2 to 64 channels
  • Supports real-time and off-line Built-In-Test
  • Five operating modes plus test mode
  • VMEbus interrupts may be programmed to interrupt upon completion of a single A/D conversion or upon completion of a 2- through 64-channel scan
  • User programmable interval timer supports scanning of all channels at periodic intervals
  • Jumper-programmable gain 1, 10, 100, 200 and 500
  • Selectable A/D ranges of 0 to +10V, ±5 V and ±10 V
  • Low-level and high-level inputs: ±10 mV to ±10 V
  • Optional low pass filter (the VME-3113B*) has improved high-frequency rejection characteristics
  • Overvoltage protected inputs
  • 5 x 10Ω input impedance
  • 33 kHz conversion rate
  • Selectable output code: offset binary, two's complement with sign extension

Abaco VME-3123A VME Analog I/O Input Boards

  • 16 differential analog input channels
  • Software-selectable as 1, 2, 4, 8 or 16 active channels 
  • 16-bit A/D converters; one per channel
  • Simultaneous sample-and-hold inputs
  • High throughout
    • 1,600 kHz aggregate sample rate
    • 100 kHz per channel; 200 kHz with channel pairing
  • Digital calibration; no channel trimmers
  • Built-in-Test; internal references applied to channel inputs; all active devices tested
  • Large data buffer; up to 4 million data samples
  • Transient capture mode triggering on input signal
  • Continuous sampling mode
  • Triggering capabilities
    • Internal, external, VME host triggering, or multiboard synchronous
  • ±10 V, ±5 V input ranges with bipolar option and +10 V, +5 V input ranges with true unipolar option
  • Selectable delay
  • Low pass filters for antialiasing
  • Interrupter

Abaco VME-3125A Isolated Scanning 12-bit 32-Channel Analog-to-Digital Converter Board (6U) with Built-in-Test

  • 1,000 V analog GND/digital GND isolator
  • Low pass input filters: 50 kHz, optional 40 Hz
  • Pull-down resistors prevent floating inputs
  • Overvoltage protected inputs
  • Selectable data coding offset binary or two's complement
  • Input connector compatible with both discrete wire and ribbon cables
  • Jumper-programmable gains of x1, x10, x100
  • Selectable A/D ranges of +/-5 V, +/-10 V, 0 to +10 V
  • Supports real-time Built-in-Test
  • 40 kHz aggregate conversion rate
  • Input ranges from +/-50 mV to +/-10 V
  • Autoscanning continuously digitizes inputs and stores results in dual-ported data registers
  • 32 single-ended or 16 differential inputs
  • One 12-Bit A/D converter with built-in-track and hold
  • No software initiation required to begin scanning
  • Halt and lock scanning feature which enables ability of 40 KSPS of any channel (based on channel pointer)

Abaco VME-4132 32-Channel Analog Output Board with Built-in-Test

  • Front panel self-test LED
  • 0.1Ω output impedance
  • Built-in-Test on-board
  • 32 analog output channels
  • On-board +/-15 V DC-to-DC conversion

Abaco VME-4140 32-Channel 12-bit Analog Output Board

  • 32 analog output channels
    • 10mA maximum output current per channel
    • One 12-bit D/A converter (DAC) per output channel
  • 0.8Ω output impedance
  • Random update (nonscanning)
  • Software or external synchronous update of double-buffered outputs
  • Single reference potentiometer - no other manual calibration required
  • Automatic calibration initiated by reset or by software command
  • Unipolar (0 to +10 V, 0 to +5 V, 0 to +2.5V) or bipolar (±2.5, ±5, ±10 V) software selectable
  • Discrete wire or mass-terminated cables
  • Self-test
    • Extensive onboard diagnostic testing capability
    • Outputs can be disconnected from the field for offline
    • PMC expansion slots
    • Self-testing 
  • Front panel status LED
  • Front panel analog output connector
  • Front panel reference voltage access

Abaco VME-4145 4-Channel 16-bit Arbitrary Waveform Generator

  • Four-channel analog waveform generator
  • Autocalibration of all channels
  • Continuous, single burst, or burst/idle/burst waveform generation modes of operation
  • One 16-bit D/A converter per output
  • Programmable per channel internal or external sample clock
  • Up to 2.5 samples/second
  • External clock and trigger input per channel
  • Variable length (up to 65,536 word) waveform buffer per channel
  • Bipolar 2.5, 5.0 and 10.0V ranges programmable per channel and unipolar 0 to 5, 0 to 10 programmable
  • 10mA output drive current per channel
  • 1.5 Ω output impedance 
  • Deglitched DAC outputs with optional 4-pole low pass filtering
  • External sync output (per channel)
  • Onboard digital signal processor and 20-bit analog-to-digital converter for automatic calibration and diagnostic self-test
  • Field wiring disconnect for offline self-test diagnostics
  • Front panel reference voltage access
  • Remote ground sense pseudo-differential outputs
  • Low pass filter options

Abaco VME-4150 Isolated 12-Channel 12-bit Analog Output Board with Voltage or Current Outputs

  • Static readback data registers simplify program control
  • Optical data coupling provides full galvanic isolation
  • 4-, 8-, and 12-channel configurations
  • 0.05 percent accuracy for voltage outputs, 0.08 percent for current loop outputs
  • Available with 4 to 20 mA current outputs
  • 10 mA load capacity for voltage outputs over full +/-10 V range
  • 12-bit resolution
  • 12 fully isolated analog outputs
  • Up to 1,500 VDC isolation, channel-to-channel and channel-to-bus (1,000 VDC standard)
  • Voltage output ranges selectable as +/-2.5, +/-5, or +/-10 V
  • Front panel access

Abaco VME-4514A 16-Channel Scanning Analog I/O Board with Built-in-Test and P2 I/O

  • Continually digitizes all input channels and stores the results in a dedicated channel dual-port register (autoscanning mode)
  • Three A/D operating modes
    • Autoscanning mode (entered on power up)
    • Random polling mode
    • Scanning mode
  • P2 I/O connection
  • Built-in-Test onboard
    • Tests 100 percent of active components
    • Semiconductor output switches
    • Does not compromise accuracy ( 0.1Ω output impedance)
  • Power up board replacement
  • 16 SE/Diff analog input channels
    • 12-bit A/D converter
    • Unipolar (0 to +10V, 0 to +5V) or bipolar (±2.5, ±5V, ±10V)
    • 40kHz A/D throughout
    • Optional low pass filter
    • Overvoltage protected
    • Fail-safe with power off
  • 16 S&H analog output channels
    • 12-bit D/A converter
    • Output short circuit protected
    • Unipolar (0 to +10V, 0 to +5V) or bipolar (±2.5, ±5V, ±10V)
    • Program-selectable scan rates provide improved response for complex output functions 10 mA outputs

Abaco VME-5504L D32/A16 RS-485 VMEbus Repeater Link

  • Supports up to 16 slave-only chassis per master
  • DIN-type I/O connectors
  • Double Eurocard form factor
  • Link includes one master board, one slave board, and a wide variety of cable length options
  • Supports 16-bit addressing
  • Supports 8-, 16-, and 32-bit data transfers
  • Supports the configuration of large I/O systems
  • Supports up to 1,000-ft cables
  • Differential line drivers and receivers provide ±7 V common-mode noise rejection
  • Multidrop capability reduces cost
  • Software transparent link
  • Slave chassis is placed in reset if master chassis is powered down or cables are disconnected

Abaco VME-5531L VMEbus Fiber-Optic Repeater Link 3U and 6U. No slave interrupts.

  • The VME-to-VME link consists of two boards and two fiber-optic cables (master board: 6U, slave board: 6U or 3U)
  • Form, fit, and function replacement for VMIVME-5530
  • Maximum 6,560 ft (2,000 m) fiber-optic cables
  • No EMI generated by cables
  • High-voltage isolation
  • High-noise immunity
  • Small cables
  • Advantages over standard repeaters
  • Total electrical isolation between VMEbus systems
  • Supports 16-, 24-, and 32-bit addressing (6U slave)
  • Supports 8-, 16-bit data, 16-, 24-bit address (3U slave)
  • Plug-and-play operation
  • Supports 8-, 16-, and 32-bit data transfers (6U slave)

Abaco VME-5532L VME Fiber-Optic Repeater Link with Slave Chassis System Controller

  • High performance, easy-to-use method of linking two or more VME systems together via fiber-optic cable
  • Provides system controller function in the slave chassis
  • A local master is allowed in slave chassis
  • Software transparent allows direct communication from master chassis to slave chassis with no software overhead (unidirectional link control with bidirectional data transfers). This mode allows plug-and-play- operation.
  • Register enable allows operation as described above, but includes registers in short I/O space dealing with slave chassis multimaster operation
  • Supports 8-, 16- and 32-bit data transfers
  • Supports 16-, 24- and 32- bit addressing
  • Total electrical isolation between VME Systems
  • Maximum 6,500 ft(2,000m) fiber-optic cables
  • Advantages over standard repeaters
    • Small cables
    • High-noise immunity 
    • High-voltage Isolation
    • No EMI generated by cables
  • The VME-to-VME link consists of two boards and two fiber-optic cables

Abaco VME-6500 6U VME Multifunction I/O Board Analog and digital input/output

  • 64 K word memory
  • 6U form factor VME card
  • Access modes - all as per VITA 64 X standard
  • Self-calibration and Built-in-Test (BIT)
  • 1,000 V peak field to VME Bus isolation
  • RoHS, CE, UL 60950 compliant
  • Sheilded I/O connectors for EMI compliance
  • Compatible with Intelligent I/O Controller (IIOC)

Abaco VME-9081 IIOC (Intelligent I/O Controller)

  • Intel Ultra Low Voltage Celeron 1.07 GHz processor
  • 512 MByte SODIMM
  • Host interface options:
    • GE’s 5565 Reflective Memory
    • 10/100 Mbit Ethernet
    • Embedded (IIOC as slave CPU)
  • Firmware provides all required support for scanning inputs, updating outputs, EU and data-type conversions, fault detection, fault isolation, and error reporting
  • Optional host software support utilities
    • I/O point manager
    • Report generator
    • Configuration downloader
    • Real time interface software
    • Source code available in C
  • Supports a wide variety of GE’s General Purpose I/O Boards
  • Available CRT-based control panel
  • Low cost expansion

Abaco VME-9150 IIOC Communications Controller

  • Single host communications links multiple RFM (Reflective Memory) Intelligent I/O Controllers (IIOCs)
  • Single point fault detection and isolation
  • Minimizes host overhead
    • Data buffers may contain points of all I/O types for multiple controllers
    • Simplifies host data transfers
  • High Speed host interface using RFM or Ethernet
  • Extensive host software support package
  • Local I/O exercising support
  • Slave chassis power down support

Abaco VME-REPEAT-A-L VMEbus Repeater Link

  • DIN-type I/O connectors
  • Double Eurocard form factor
  • Supports up to 50-foot cables
  • Allows expansion to 19 x 19 slots using 20-slot backplanes in a star configuration
  • Supports VMEbus slaves on a slave-only VMEbus
  • Supports all seven interrupt levels
  • Propagation delay is approximately 150 ns
  • Repeats VMEbus P1 and P2
  • Supports 8-, 16-, 32-bit transfers
  • Supports 16-, 24-, and 32-bit addressing
  • Links include one model REPEAT M, one model REPEAT S, and a variety of cable lengths

Acromag AcPC330 - Analog Input CompactPCI Board

  • 16D/32SE input channels
  • ±5V, ±10V, 0-5V, and 0-10V input ranges
  • 16-bit A/D converter, 8µS conversion time (125KHz)
AcPC330 boards provide fast, high resolution A/D conversion. The AcPC330 has many features to improve your overall system throughput rate. You can scan all channels or define a subset for more frequent sampling. Burst mode scans selected channels at the maximum conversion rate. Uniform mode performs conversions at user-defined intervals. Both modes can scan continuously, or execute a single cycle upon receiving a trigger.

Acromag AcPC341 - Analog Input Board, Simultaneous Conversion

  • 16 differential inputs
  • ±10V DC input range
  • Eight 14-bit A/D converters with simultaneous sample and hold
  • 8µS conversion time for 8-channel bank
AcPC341 boards provide fast, high resolution, simultaneous A/D conversion of eight channels.

These boards have sixteen analog inputs which are sampled as two eight-channel banks. Eight A/D converters (ADCs) permit simultaneous conversion of all eight channels in a bank. All 16 channels share two generous 512-sample memory buffers. Conversion of each bank requires only 8µS, and all 16 channels can be sampled in just 16µs.

This board is ideal for high-speed data acquisition. A large memory buffer reduces CPU interactions for increased overall performance.

Acromag AP225 - 12-bit DAC Module

  • 16 channels voltage outputs
  • Wide temperature range
  • PCIe bus interface
The AP225 outputs analog voltage signals to drive up to 16 devices. When used with a carrier that holds two AcroPack AP modules, up to 32 voltage outputs can be obtained from a single card cage slot. The AP225 is ideal for waveform generation application that require high speed capabilities.

Acromag AP235 - 16-bit DAC Voltage Waveform Output

  • 16 Channels Voltage Output
  • 16-bit DAC
  • PCIe bus interface
The AP235 outputs analog voltage signals to drive up to 16 devices. When used with a carrier that holds two AcroPack AP modules, up to 32 voltage outputs can be obtained from a single card cage slot. The AP235 is ideal for waveform generation application that require high speed capabilities.

Acromag APC330 - PCI Analog Input Board

  • 16D/32SE channels (±5V, ±10V, 0-5V, and 0-10V input ranges)
  • 16-bit A/D converter
  • 8µS conversion time (125KHz)
APC330 boards provide fast, high resolution A/D conversion.
The APC330 has many features to improve your overall system throughput rate. You can scan all channels or define a subset for more frequent sampling. Burst mode scans selected channels at the maximum conversion rate. Uniform mode performs conversions at user-defined intervals. Both modes can scan continuously, or execute a single cycle upon receiving a trigger.

Acromag AXM-A75 - Multi-function I/O for PMC & XMC FPGA

  • 16 channels of analog input capable of simultaneous sampling
  • 16-bit 250kHz A/D converter on each channel
  • Analog input range of ±10.24 volts
  • Programmable gain of 1x, 2x, 4x, or 8x
  • 8 channels of analog output capable of simultaneous updates
  • Each A/D channel includes a 2K sample FIFO
  • FIFO status interrupts configurable for half-full or overflow conditions
  • Dual quad 16-bit serial input D/A converters with 10μS settling time
  • Analog output range of ±10 volts
  • 16 channels of general-purpose digital I/O
  • Front panel 68-pin VHDCI receptacle for field I/O connections
  • Example VHDL code provided in the base board’s Engineering Design Kit to control sample rate and gain selection
  • Operating temperature: -40 to 85°C

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