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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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VME-VME64 6U 162
Hartmann Electronic is an industry leader in the designing, manufacturing and production of backplane technology, including VME and VME64x. Over the evolution of its near 40 years of existence, VME-bus has become a worldwide standard and is still used in a wide variety of applications across many different markets.
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Backplane
VME64/VME64x
VECTOR Electronics and Technology, Inc.
Vector offers a comprehensive range of VMEbus backplanes from 2 to 21 slots. VME J1/J2 and VME64x J1/J2/P0 backplanes per ANSI/VITA 1.1-1997. Monolithic 6U high VME64 and VME64x backplanes are fully RoHS compliant and perform to ANSI/VITA 1.7-2003 (R2009) increased current level for VME (96 pin) and VME64x (160 pin) DIN/IEC connectors.
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VME / VME64x Backplanes
Hartmann Electronic is an industry leader in the designing, manufacturing and production of backplane technology, including VME and VME64x. Over the evolution of its near 40 years of existence, VME-bus has become a worldwide standard and is still used in a wide variety of applications across many different markets. Hartmann’s innovation in cost effective design benefits customers in diverse industries including military, transportation, medical imaging, telecom, industrial controls, and aerospace.
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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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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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Digital Input Board
VME-1129
VME-1129 128-bit high voltage digital input board with Built-in-Test and input filter. This product complies with the VMEbus specification (ANSI/IEEE STD 1014-1987, IEC 821 and 297), with the following mnemonics: A24:A16: D32/D16/D08 (EO): Slave:39/3D: 29/2D Form Factor: 6U
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Dual Channel Digital Receiver
MS 1740
Dual Channel Digital Receiver is a complete high−frequency dual−channel A/D converter capable of sampling rates up to 210 MHz. It accepts two front panel analog inputs and delivers digital output samples over four FPDP (Front Panel Data Port) connectors utilizing FPDP standards. The Dual Channel Digital Receiver features two 12−bit Analog Devices AD9430 A/D Converters, and two user−configurable Xilinx® Virtex−IV Series FPGAs. It also features a VME A64/D64 slave interface for setting u...show more -
product
Expansion Card
PMC238
The PMC238 is a 6U form factor card that expands a single PMC site on a VMEbus processor board to two PMC sites and one PCMCIA/CardBus socket or to three PMC sites. Compatible with many VMEbus single board computers, it provides an extension of PCI and PCMCIA capacity within the VMEbus form factor. The PMC238 has the option for the PCMCIA/CardBus cards to be mounted outside the chassis using an 18-inch cable.
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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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64 Ch Peak Sensing ADC
V1741
The V1741 is provided with drivers for the supported communication interfaces, C libraries, demo software for an easy board understanding. Firmware upgrade can be performed via optical link or VMEbus by the user.
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6U Form Factor PMC/PrPMC Carrier-VMEbus
i4400
The i4400 is a low-cost 6U form factor PMC / PrPMC carrier for the VMEbus and forms the basis of a flexible I/O system. It offers the user a means of integrating two single PMC modules or one double PMC module in a VMEbus system. The current version of the i4400 supports PMC modules and also supports Processor PMC modules on one PMC-site. The VME-to-PCI bridge is implemented in an FPGA for flexible VME-to-PCI mapping and to allow future updates and upgrades.
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VME 64x 3U 165
Hartmann Electronic is an industry leader in the designing, manufacturing and production of backplane technology, including VME and VME64x. Over the evolution of its near 40 years of existence, VME-bus has become a worldwide standard and is still used in a wide variety of applications across many different markets.
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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.
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VME 3U
129-130-30-31
Hartmann Electronic is an industry leader in the designing, manufacturing and production of backplane technology, including VME and VME64x. Over the evolution of its near 40 years of existence, VME-bus has become a worldwide standard and is still used in a wide variety of applications across many different markets.
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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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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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Special / Customer Spec. Crates
CERN LHC Crates
For CERN a special version of the VME64x 6021 crate series was developed to be used by the four LHC experiments, ALICE, ATLAS, CMS and LHCb. The sub-racks are all constructed to the IEEE1101.10 mechanical specifications as used for VME-bus and Compact PCI, for modules in both 6U and 9U form-factors.
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Digital Input Board
VME-1128
VME-1128 is a 128-bit High-Voltage Digital Input Board with Built-in-Test. This product complies with the VMEbus specification (ANSI/IEEE STD 1014-1987, IEC 821 and 297) with the following mnemonics: A24:A16:D32/D16/D08 (EO): Slave: 39/3D:29/2D Form factor: 6U
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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 3U 129-130-30-31
Hartmann Electronic is an industry leader in the designing, manufacturing and production of backplane technology, including VME and VME64x. Over the evolution of its near 40 years of existence, VME-bus has become a worldwide standard and is still used in a wide variety of applications across many different markets.
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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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Interface
RMAC-VME
Designed for laboratory simulation and production test applications, the Modular Avionics Controller (RMAC) is an intelligent, high performance 6U VME product supporting ARINC protocols and other serial communications. As an evolutionary follow-on product to the successful VME-AIC product line, the RMAC-VME provides a single integrated interface to multiple avionics protocols on VMEbus platforms.
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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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Powered VXI Crates
VXI – (VME eXtension for Instrumentation): The demand for a compact, both flexible and fast industry-standard instrument-on-a-card architecture has driven the development of the VXI standard. The modular form factor, high bandwidth, and commercial success of the VMEbus made it particularly attractive as an instrumentation platform. The tremendous popularity of GPIB also made it attractive as a model for device communication and instrument control protocols.
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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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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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Aerospace
AcQ can perform custom developments compliant with ED12/DO-178B and ED80/DO-254 in various design assurance levels (DALs) for safety critical applications, using the ED14/DO160 for the environmental requirements. AcQ also offers standard products for various open standards like VMEbus, CPCI, PCI and other bus standards for test applications and other applications like GPS, display, actuators, data logging and -storage.
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VME / VSB Module
ADM-42M
The AD42M Data Acquisition Module provides high performance 14-bit digitizing of analog signals for VMEbus applications. The AD42M accepts 4 differential analog inputs via front panel miniature SMC connectors. The AD42M utilizes a signal processor to acquire and store data samples. The AD42M is able to direct the data samples to local static RAM or VSB.
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VME Display And Bus Analyzer Module
VM-DBA
VM-DBA is a new test and diagnostic module for VME-bus systems which visualizes activities on all VME bus lines on the set of front-panel LEDs, but also allows one to digitize individual waveforms of all these lines into 2kBit -long storage memories, for a subsequent readout via VME or USB interfaces.
