Showing results: 16 - 30 of 90 items found.
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045-097 -
ELMA Electronic, Inc.
The 3U load boards are designed to simulate the power consumption of a single board computer and other boards on the backplane. With two coding switches on the front panel it is possible to set a constant current or load profile for +5V and +3,3V. For +12V and -12V the current will be set with two jumpers on the board.
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046-712 -
ELMA Electronic, Inc.
The 3U load boards are designed to simulate the power consumption of a single board computer and other boards on the backplane. With two coding switches on the front panel it is possible to set a constant current or load profile for +5V and +3,3V. For +12V and -12V the current will be set with two jumpers on the board.
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056-921 -
ELMA Electronic, Inc.
The 3U load boards are designed to simulate the power consumption of a single board computer and other boards on the backplane. With two coding switches on the front panel it is possible to set a constant current or load profile for +5V and +3,3V. For +12V and -12V the current will be set with two jumpers on the board.
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056-169 -
ELMA Electronic, Inc.
The 6U load boards are designed to simulate the power consumption of a single board computer and other boards on the backplane. With two coding switches on the front panel it is possible to set a constant current or load profile for +5V and +3,3V. For +12V and -12V the current will be set with two jumpers on the board.
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056-301 -
ELMA Electronic, Inc.
The 6U load boards are designed to simulate the power consumption of a single board computer and other boards on the backplane. With two coding switches on the front panel it is possible to set a constant current or load profile for +5V and +3,3V. For +12V and -12V the current will be set with two jumpers on the board.
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056-377 -
ELMA Electronic, Inc.
The 3U load boards are designed to simulate the power consumption of a single board computer and other boards on the backplane. With two coding switches on the front panel it is possible to set a constant current or load profile for +5V and +3,3V. For +12V and -12V the current will be set with two jumpers on the board.
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Bloomy Controls, Inc.
Bloomy's 8-Channel Load Module provides isolated current and voltage measurements for eight on-board 5W loads or for eight off-board 120W loads. With built-in switching for calibration and fault injection, the module provides unsurpassed capability for Mil/Aero applications. The module also provides switching and connections to allow switching between a real load (e.g., actuator, valve, etc.) and the simulated load.
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HSS-8324 -
Conduant express
The Conduant HSS-8324 Optical FPGA board provides the user with a hardware platform that is able to sustain full-duplex high-bandwidth transfers through its 8-lane Gen3 PXI Express (PXIe) interface and its 24-lane optical interface. The PXIe interface provides a theoretical maximum throughput of 8GB/s (simultaneous in and out).
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Abaco Systems Inc
Take advantage of FPGA cards built on open standards and with a high degree of configurability in order to address a wide range of applications - without the expense and extensive development time of custom in-house developments.
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VP889 -
Abaco Systems Inc
The VP889 is a high-performance FPGA processing board featuring Xilinx® Virtex Ultrascale+™ and Zynq® Ultrascale+™ technology.
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VP880 / VP881 -
Abaco Systems Inc
The VP880 / VP881 is a high-performance FPGA processing board featuring Xilinx® Ultrascale™ and Zynq® Ultrascale+™ technology. It is designed for the most demanding, mission critical military/defense applications such as electronic warfare / DRFM, radar/sonar image processing, satellite communications systems, multichannel digital transmission/reception and advanced digital beamforming.
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N1231B -
Keysight Technologies
The Keysight N1231B PCI Three-Axis Laser Board with External Sampling is a register based PCI bus board that implements three axes of laser interferometer measurement for position monitoring and closed-loop servo control. There are four external sample inputs along with four data hold inputs that allow easy synchronization with user systems. Several threshold compare registers, with both hardware outputs and interrupt capability, can be used for travel limit and in window or out of window detection functions. The dual mode hardware position outputs, controlled by the hold inputs, provide either a 32-bits/axis parallel interface or a 36-bit multiplexed interface to the 36-bit axis position data at rates up to 20MHz. The user can programmatically access the externally sampled position and velocity data, as well as software sampled position and velocity data, over the PCI bus at rates up to 100kHz (3 axes of position and velocity) or 200kHz (position or velocity only).
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iWave Systems Technologies
iWave’s QSFP28/QSFP+ 2×1 Stacked FMC+ HSPC Module is designed to meet VITA 57.4 FMC+ Standard. This FMC+ Module is supported by two stacked QSFP28/QSFP+ ports(Upto400G) with 4-Bit Silicon Labs programmable clock synthesizer (default = 156.25Mhz). A flexible reference clock for on the QSFP28/QSFP+ 2×1 Stacked FMC+ Module is fully programmable over the 0.16 to 710 MHz range through I2C. Each QSFP28/QSFP+ ports are directly connected to four multi-gigabit serial transceivers banks of Vita 57.4 compliant carrier Board.
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iWave Systems Technologies
iWave’s Cyclone V based 6U cPCI Card is a rugged standalone module complaint with 6U size CPCI PICMG 2.0 Rev 3.0 backplane, aimed for the high-speed data, video processing, and display applications. The card offer speed up to 512MB/s of DMA transfer and up to a 6 channels of transceiver interfaces capable of operating up to 6 Gbps, SFP, Built-in health monitoring circuits, DVI Input, and Output Interfaces