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VMEbus
VERSAmodule Eurocard bus
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VMEbus
VMEbus (Versa Module Europa bus) is a computer bus standard widely used for many applications and standardized by the IEC as ANSI/IEEE 1014-1987. First developed in 1981 and continues to see widespread use today.
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VMEbus board
IIB-429--VME-4C
The IIB-429-VME-4C provides 16 ARINC-429 compatible channels (8 receive and 8 transmit) at any rate between 12.5 and 100 kbps. Because the IIB-429-VME-4C is built upon a flexible platform, user function can be implemented almost without restriction, making this product flexible and user-friendly. This VMEbus board has a 6U form factor. This VME unit is also available in a 3U form factor, as IIB-429-VME.
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VMEbus Board
IIB-429-VME
The IIB-429-VME provides 4 ARINC-429 compatible channels (2 receive and 2 transmit) at any rate between 12.5 and 100 kbps. Because the IIB-429-VME is built upon a flexible platform, user function can be implemented almost without restriction, making this product flexible and user-friendly. This VMEbus board has a 3U form factor. The IIB-429-VME is also available in a 6U form factor (IIB-429-VME-4C) with four times the functionality.
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CANbus Controller for VMEbus
VME360
The VME360 CANbus controler is a 6U VMEbus board based on four SJA1000 CANbus controllers. Each SJA1000 provides an interface to the popular CANbus that supports both standard (11-bit) and extended (29-bit) identifier fields. Front panel LEDs provide diagnostical network information. The VME360 provides four CANbus interfaces. The CAN network is a serial communication protocol which efficiently supports distributed control with a high level of reliability.
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RTD Measurement for VMEbus
VME390
The VME390 features 24 two, three or four wire high-accuracy PT100 measurement channels. Each channel has programmable alarm limits on which an interrupt can be issued.
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Universal Timer/Counter for VMEbus
VME385
The VME385 Universal/Timer Controller VMEbus board is an ideal solution for automated test and measurement applications. The VME385 features eight timer/counter inputs, all inputs have an coaxial connector for the input range of +/- 10 V and high-voltage pins for the input range of +/- 300 V. The coupling of the inputs is either AC or DC. The VME385 provides 6 measurement functions: frequency, high-time, low-time, period, counter and phase measurements.
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VMEbus Repeater Link
VME-REPEAT-A-L
The VME-REPEAT-A-L is a two-board set which allows VMEbus slave I/O boards residing in one VMEbus chassis to be controlled by a VMEbus master residing in another chassis. The VMEbus chassis in which VMEbus masters reside is referred to as a master chassis, while the VMEbus slave boards reside in a slave chassis.
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64 Channel ADC for VMEbus
VME392
The VME392 features 64 self-contained ADC channels with a resolution of either 12 or 16-bit (see ordering information). This product is ideally suited for mass acquisition with high accuracy for reasonable cost. The 64 channels are grouped into four sections of 16 channels each. Each section behaves completely independent from the other sections.
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ME-4C ARINC-429 Controller VMEbus
IIB-429-VME-4C
The IIB-429-VME-4C provides 16 ARINC-429 compatible channels (8 receive and 8 transmit) at any rate between 12.5 and 100 kbps. Because the IIB-429-VME-4C is built upon a flexible platform, user functions can be implemented almostwithout restriction, making this product flexible and user-friendly.This VMEbus board has a 6U form factor.This VME unit is also available in a 3U form factor, as IIB-429-VME.
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M-Module Carrier for VMEbus (3U)
i4001
The i4001 is a 3U form factor M-module carrier for the VMEbus and forms the basics of a flexible I/O system. It offers the user a means of integrating M-modules in a VMEbus system. The i4001 has one M-module slot. M-module interrupts can be passed to the VMEbus. The i4001 supports vector-from-module and vector-from-baseboard, this means that interrupt vectors are provided by the the M-module or by the i4001.
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M-Module Carrier for VMEbus (6U)
i4000
The i4000 is a 6U form factor M-module carrier for the VMEbus and forms the basis of a flexible I/O system. It offers the user a means of integrating a mix of M-modules in a VMEbus system. Four M-module mounting sockets are provided by this carrier.The interrupt controller on the i4000 has an interrupt vector register for each M-module interface.
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Stepper Motor Controller for VMEbus
VME321
The VME321 Intelligent Stepper Motor Controller with Amplifiers is an ideal solution for all applications where stepper motors must be controlled with a maximum of flexibility and a minimum of overhead. The local processor handles all high-level commands to provide maximum control for both straightforward as very complex applications.This VMEbus board has a 6U form and is also available as 3U VMEbus board.
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Stepper Motor Controller for VMEbus
VME322
The VME322 Intelligent Stepper Motor Controller is designed to drive up to eight external Amplifiers. This is an ideal solution for all applications where stepper motors must be controlled with a maximum of flexibility and a minimum of overhead. Local processors handles all high-level commands to provide maximum control for both straightforward as very complex applications.
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16 Channel ARINC-429 Controller for VMEbus
VME302
The VME302 provides sixteen ARINC-429 compatible channels (8x receive and 8x transmit) at any rate between 12.5 and 100kbps. Because the VME302 is built upon a flexible platform, the user interface is extremely versatile and user functions can be implemented almost without restriction, making this product flexible and user-friendly.
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High-Resolution VMEbus Laser Axis Board
10897D
The 10897D High-resolution VMEbus laser axis board provides excellent resolution of up to 0.3 nm with a high resolution interferometer. The data age uncertainty is dramatically reduced allowing extremely accurate measurement and control of moving systems. The very high data rates accommodate high-bandwidth and high-performance closed-loop applications. Configured with appropriate lasers and optics components, the 10897D supplies unsurpassed positioning accuracy for dynamic measurement.
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Quadrature Incremental Decoder Interface for VMEbus
VME323
The VME323 is an Intelligent Quadrature Incremental Decoder VMEbus Board which can be configured for interfacing quadrature incremental encoders with or without an index channel. In index mode up to sixteen encoders with two quadrature channels and an index channel can be connected, and in non-index mode up to twentyfour encoders with two quadrature channels can be connected. The VME323 operates on two encoder input channels and decodes a pair of out-of phase signals in order to increment or decrement a counter.
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VME-Bus Synchro - Resolver LVDT I/O Cards
VB Series
Computer Conversions Corporation
The "VB Series" product lines contains VME compatible synchro/resolver converters and absolute encoder systems. These particular cards are ideal for any rotary motion and related process, control, or simulator type application with any VME compatible system.
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SCSI Fast/Wide Differential VMEbus P2 Paddle Card
1870
Our SCSI Fast/Wide Differential VMEbus P2 Paddle Card (1870) use a 68-pin SCSI Fast/Wide connector to bring out multiple ports. Transition panels and paddle cards are intended to adapt the 68-pin connector to more traditional connectors used in applications.
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SCSI Fast/Wide Single-Ended VMEbus P2 Paddle Card
2699
Our SCSI Fast/Wide Single-Ended VMEbus P2 Paddle Card (2699) use a 68-pin SCSI Fast/Wide connector to bring out multiple ports. Transition panels and paddle cards are intended to adapt the 68-pin connector to more traditional connectors used in applications.
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16/8 Channel 14-bit 250 MS/s Digitizer
V1725 / V1725S
The V1725S family comes in a VME form factor, with 16/8 input channels. The communication to and from the board is provided through the VMEBus and Optical Link interfaces.
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16/8 Channel 14-bit 250 MS/s Digitizer
VX1725 / VX1725S
The VX1725S family comes in a VME64X form factor, with 16/8 input channels. The communication to and from the board is provided through the VMEBus and Optical Link interfaces. The VX1725S is a digitizer capable of recording waveforms along with performing advanced algorithms for online digital pulse processing (DPP). Utilizing DPP Firmware, users can acquire quantitative physical parameters (Integrated Charge, Pulse Shape Discrimination with very fine time resolution, Pulse Height Analysis) as well as read out waveforms with automatic pulse identification and baseline suppression on channel basis (Zero-Length Encoding and Dynamic Acquisition Window).
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16/8 Channel 14 bit 500 MS/s Digitizer
V1730 / V1730S
The V1730S comes in a VME form factor, with 16/8 input channels. The communication to and from the board is provided through the VMEBus and Optical Link interfaces.
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16/8 Channel 14 bit 500 MS/s Digitizer
VX1730 / VX1730S
The VX1730S comes in a VME64X form factor, with 16/8 input channels. The communication to and from the board is provided through the VMEBus and Optical Link interfaces. The VX1730S (previously VX1730) has also been upgraded, introducing a larger FPGA to accommodate more complex DPP algorithms and a new A/D converter for better stability which does not require temperature-related calibration.
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16-Channel VME Analog Output/Thermocouple Simulator Module
V470
The V470 is a 6U VME module that provides sixteen independent, isolated analog outputs that may be user-programmed to operate as voltage outputs or thermocouple simulators. Users may write temperature or voltage values at VMEbus speed, and the microprocessor will transparently do all necessary calculations and update the channel electronics.
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16-Channel VME RTD/Resistance Input Module
V410
The V410 is a 6U VME module that provides sixteen independent analog inputs that may be used to read RTDs, thermistors, and other similar resistive sensors. It can also read cryogenic diodes. Users may set input range and adjust other settings at VMEbus speed, and depending on the range selected the microprocessor will do the necessary calculations and output voltage, resistance, or temperature. Temperature conversion is available for 100Ω and 1000Ω, series 385 and 392, platinum RTDs.
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2 Channel 10 bit 4GS/s Digitizer
V1761
The V1761 comes in a VME form factor with 2 input channels. The communication to and from the board is provided through VMEBus and Optical Link interfaces. It can record fast signals from fast organic, inorganic and liquid scintillators coupled to PMTs or Silicon Photomultipliers, Diamond detectors and others, and save them with high efficiency and precision for offline advanced timing analysis.
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2 Channel 10 bit 4GS/s Digitizer
VX1761
The VX1761 comes in a VME64X form factor with 2 input channels. The communication to and from the board is provided through VMEBus and Optical Link interfaces.
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3U VME J1 Classic 2-slot With 12A Fastons
50510-202-3600
3U VMEbus J1 backplane 2-slot, VITA, termination passive inboard, daisy chain without power, power connection 12A fastons, I/O pins 13mm gold-plated, shroud (1P1) without latches.
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4/8 Channel 10 bit 2/1 GS/s Digitizer
VX1751
The VX1751 comes in a VME64X form factor with 4/8 input channels (4 channels in case of DES mode*). The communication to and from the board is provided through the VMEBus and Optical Link interfaces.
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4/8 Channel 10 bit 2/1 GS/s Digitizer
V1751
The V1751 comes in a VME form factor with 4/8 input channels (4 channels in case of DES mode*). The communication to and from the board is provided through the VMEBus and Optical Link interfaces.
