Showing results: 91 - 101 of 101 items found.
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Keysight Technologies
Generate and analyze 802.11ad fully coded PHY waveforms for complete component, subsystem, and system performance at baseband, IF, and millimeter-wave. This Reference Solution combines Keysight Technologies software and hardware to provide a flexible testbed for 802.11ad waveform generation and analysis. Software provides the flexibility to generate and analyze 802.11ad waveforms with a wide range of different attributes. Hardware provides the flexibility to support baseband, IF, and millimeter-wave test planes. Create waveform sequences with unique 802.11ad packet structures including Modulation Coding Scheme (MCS), packet length, payload data type, and interpacket gap length, etc.
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L-3 Cincinnati Electronics
L3 Cincinnati Electronics’ high-performance cooled mid-wave (3.5 – 5.0 µm) IR imagers are based on our patented InSb focal plane array architecture. Ideal for all combat conditions, L3 Cincinnati Electronics technology improves situational awareness in combat intelligence, sighting & tracking systems, threat deterrence and perimeter & border security with all-weather observation, day or night. These IR sensors can be utilized in urban, rural and remote situations where there are extreme climatic and terrain conditions. Well-suited for fixed or portable payloads, these imaging systems offer a substantially lower total life-cycle cost in comparison to other commercial IR imaging sensors.
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VP68801 -
LinkedHope Intelligent Technologies Co.,Ltd.
VP68801 is a China local design VPX Switch, compliant with VITA46.0, VITA48, and VITA65 specifications. The Profile of VP68801 is SLT6-SWH-16U20F-10.4.2, which uses Gb Ethernet as control plane and SRIO as data plane. It is mainly applicable to high-speed data exchange and routing among different types of payload boards in a VPX chassis. The switching board is designed as 6U VPX form factor, supporting both traditional air-cooled version and conduction-cooled version. With reliable anti-shock and vibration capability, excellent heat dissipation performance and unique environment protection design, the whole board can be stably operated in the wide temperature environment of -40°C to +85°C.
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TacFLIR® 280-HDEP -
Teledyne FLIR
The TacFLIR 280-HDEP is an essential system for ground vehicle surveillance and fixed installations. With an all-new stabilized payload assembly for enhanced reliability, the TacFLIR 280-HDEP is ready for a variety of land missions, and the modular and scalable control electronics unit (CEU) is capable of hosting powerful video processing and Aided Target Recognition (AiTR), as well as third-party algorithms. Designed to meet the rigorous demands of military operations, the system delivers best-in-class EO/IR imagery and optional Display Interface Boards (DIB) which allow the operator to stream up to four independent video streams. In addition, there is also a removable terabyte hard drive w/DVR to record over 80 hours of compressed video and 250 screen captures.
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GPR-GB7S -
Genmark Automation
The GB7S Robot System employs Genmark’s breakthrough and patented GPR™ Technology to achieve the highest level of performance currently available in an automated wafer handler which is capable of handling up to 450mm diameter wafers. The patented GPR technology enables the servo-controlled robot to interface compliantly and intelligently with misaligned cassettes, FOUPS and process modules, as well as provide software-controlled end-effector deflection compensation during transport of heavier payloads. The unique and patented YAW technology feature of the GPR-GB7S Robot System enables it to access in-line process modules, FOUPS and cassettes from a fixed centralized location, and eliminates the need for radial placement of process and other stations around the robot. The GB7 Robot System can have various arm configurations to accommodate a wide range of SMIF/cassettes front-end layouts.
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HydroPACT 660E -
Teledyne Marine TSS
With HydroPACT 660E Teledyne Marine brings the world’s smallest submarine, pulse induction pipe tracker to market. Built upon the already established, industry standard and world leading TSS HydroPACT 440 system, the HydroPACT 660E continues the legacy by bringing pipe tracking and UXO detection capabilities to small inspection and observation class ROVs, for applications that were previously only available on larger vehicles such as work class ROVs and trenchers.The HydroPACT 660E has a single 24 Vdc, small subsea electronic pod, dramatically reducing the installed footprint and payload of the system while maintaining an operating range of greater than 85% of that of the significantly larger HydroPACT 440 system. The coil array features an integrated cable for even greater reliability and is suitable for installation and operation on smaller Observation class ROVs.
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PXIe-FC4 -
Avionics Interface Technologies
3U PXIe form factor will fit into any PXIe or hybrid slot - Supports Point-to-Point, Switched Fabric, and Arbitrated Loop topologies - Two independent Fibre Channel ports - Two SFP sockets accept fiber or copper transceivers - Each port supports 1, 2, and 4 Gbps speeds - Comprehensive decoding of FC-1, FC-2, and Upper Layer Protocol (ULP) frames - Triggering and Filtering - Error Injection on any Header or Payload Parameter - Data Capture to on-board memory or disk file - Live Capture and Current Value Monitoring - IRIG-B Time Code Encoder/Decoder for Data Correlation - In-line Port Configuration for Transparent Analyzer - Supports multiple ULPs including FC-AE-ASM, FC-AE-RDMA, FC-AE-1553, and FC-AV - Supports HS-1760E applications, including AS5653, AS5625, and AS5627fcXplorer Windows-based FC Simulator and Analyzer Test Software
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PCI102 -
Vadatech Inc
The PCI102 allows testing of AMC.1, AMC.2 and AMC.3 modules in a PC environment during development and manufacturing; reducing the costs associated with maintaining different platforms. The PCI101 is a PCI-X edge style carrier with PCIe x4 lanes going to the AMC module. The AMC.1 module connects to the host PC’s PCI-X bus via a PCI-X to PCI ebridge. The AMC.2 module’s GbE ports are routed to RJ-45s. The AMC.3 differential pairs are routed to two SATA connectors. ThePCI102 is available with an optional VT001 IPMI controller which can test the AMC IPMI management functionality. The dual I2C bus connectors allow for connecting any I2C bus to any other I2C bus as well as being able to debug and monitor the I2C bus traffic. Provides two current sense resistors to measure the payload power as well as the management power of the AMC. The PCI102 can be powered on the bench without the host PC.
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Teledyne Defense Electronics
Teledyne e2v HiRel Microdosimeter is a compact hybrid microcircuit which directly measures total ionizing dose (TID) absorbed by an internal silicon test mass. The test mass simulates silicon die of integrated circuits on-board a host spacecraft in critical mission payloads and subsystems. By accurately measuring the energy absorbed from electrons, protons, and gamma rays, an estimate of the dose absorbed by other electronic devices on the same vehicle can be made. The Microdosimeter can operate from a wide range of input voltages. The accumulated dose is presented to three dc linear outputs and one pseudo-logarithmic output giving a dose resolution of 14 µrads and a measurement range up to 40 krads. These outputs are intended to be directly connected to most analog-to-digital converters (ADCs) or spacecraft housekeeping analog inputs (0-5 V range), which makes minimal demands on the host vehicle. The Microdosimeter incorporates a test function to allow electrical testing of the hybrid without the need for a radiation source.
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HI-903 -
Metrix
This is our top of the line Hardy Shaker. It provides the ability to set the amplitude and change the frequency range without the amplitude changing. This automation makes conducting vibration tests easier. Tests can be conducted on multiple vibration transducers, and then the saved data can be transferred via USB Flash Drive to be displayed in an automated and customizable report using an Excel template on your computer. In manual mode, the vibration test level and test frequency can be set from 7 Hz to 10,000 Hz. The high accuracy instrument can display the vibration level in terms of g’s peak, velocity peak (in/sec or mm/s) or displacement peak-to-peak (mils or µm). The unit can support payloads up to 800 grams (see frequency limits in the manual). A built-in display reads the output sensitivity, which can be stored in memory. Complete testing sequences and data can be stored in memory for each tested sensor, the unit logs the data on the spot or stores it for later use. For testing of heavy transducers or at high frequencies, the HI-903 automatically corrects the sensitivity calculation for the effects of transducer mass loading. A built-in self-test program checks for accuracy of all calculations. The HI-903 has a built-in battery charger that can operate on 120 or 240 VAC. The unit comes in a rugged Pelican case.
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AIM GmbH
AIM’s ARINC825 cards can work either with full functionality as an active CAN node for testing and simulating or in listening only mode for monitoring and recording purposes of Avionic CAN bus (ARINC825) applications on up to 4 electrically isolated CAN bus nodes concurrently. All nodes are in conformance with the ISO11898-1/-2 standard. They are accessible by software separately and can be used as 4 independent CAN bus nodes. An onboard IRIG-B time decoder allows users to accurately synchronize single or multiple modules to a common time source. All supported signals are available through front I/O and rear I/O interface. ARINC825 cards consist of FPGA based CAN interface controllers as well as a FPGA based 32-bit microcontroller core and a separate processor for IRIG-B synchronization with high resolution time stamping. All nodes are operating concurrently at CAN bus high speed bit rate of up to 1Mbit/s with the intelligence to process scheduling of CAN frames in real time onboard to significantly off-load the host processor.For embedded applications the AMC825-4 PMC module is available in a conduction cooled version. Using AIM’s family of PCI, CPCI (3U and 6U) and VMEbus carrier cards for PMC our clients have off the shelf solutions in a broad range of card formats. ARINC825 (CAN bus) modules are delivered with an Application Programming Interface (API) and Driver Software compatible with Windows, Linux and VxWorks.An ARINC825 Resource Component is available for AIM’s PBA.pro™ databus test and analysis tool including Tx and Rx simulation capabilities, a Chronological Bus Monitor and support for decoding of payload data within CAN messages. This allows to implement a powerful ARINC825 (CAN bus) analyzer or a complete test system in conjunction with other AIM avionics databus interfaces and PBA.pro™ supported 3rd party hardware.
