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- Pickering Interfaces Inc.
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PXI 5W Programmable Resistor Module, 2-Channel, 1Ω to 122Ω
40-252-112
The 40-252-112 is a programmable resistor module with 2 channels which can be set between 1Ω and 122Ω with 0.5Ω resolution The 40-252 range provides a simple solution for applications requiring up to 5W of power handling per channel. The 40-252 is available in a variety of resistance ranges and resolution capabilities that meet the needs of most functional test systems. Each channel is able to simulate short or open circuit conditions that can be experienced in a system caused by faulty wiring or sensors.
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Ammunition Handling Systems
Curtiss-Wright Defense Solutions
Ammunition handling systems are a critical component onboard many of today's military programs. Our ammunition handling and loading systems enable non-stop performance with highly reliable loading cycles and increase the safety of crew members by eliminating the manual handling of ammunition. Flexible in their design, we can bring the benefits of our high-speed precision motion control systems to a wide variety of platforms, spaces, and locations.
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AOI Handlings System
The AOI handling system is a compact facility with various test units. Via an ionization cleaning station the ceramics are transferred to the contacting station. There, the resistance values of the substrates are tested with a rigid needle adapter. Afterward, the ceramics are further conveyed to the three (optionally four) AOI test stations (for automatic optical inspection) and are tested for cracks, unevenness, faulty imprints, contamination, etc. The poorly evaluated ceramics arrive at a review station where the operator can assess and evaluate the errors on the monitor. If the operator is uncertain about a fault, the ceramic in question can be positioned under the microscope position and inspected by eye. Poorly defined ceramics are marked accordingly with an ink pen.
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Vacuum Handling Systems
RECIF Technologies history started in 1982 offering its first wafer handling solution: Vacuum handling Systems.Based on this historical technical mastery, Recif Technologies provides today a full range of single wafer manual vacuum handling solutions adapted to our customers’ and current Semiconductor industry’s’ requirements.
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Automated Liquid Handling System
FlowCam®ALH
The FlowCam® ALH - Automated Liquid Handling system from Fluid Imaging Technologies integrates with the FlowCam® 8100 for uninterrupted processing of samples.
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Wafer Handling Systems for Microscopy
WL150 and WL200
The McBain WL150 and WL200 Series Wafer Handler is a safe, semi-automatic wafer loader designed to use with virtually all major microscopes, optics and inspection devices. It is a portable, economically priced tool which serves as a direct replacement for the Irvine Optical Ultrastation systems. The WL Wafer Handler, available in two configurations to handle 3" to 6" wafers or 4" to 8" wafer sizes, is designed for easy operation, seamless integration, and consistent, reliable handling for labs and automated workstations.
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Wet Process Wafer Handling Robot System
GB4S-W
Genmark’s “wet” process wafer handling robot, the GB4S-W Robot System, offers precision, performance, and reliability. The GB4S-W assures optimal performance and maximum up time of wet process equipment with minimal footprint. The GB4S-W addresses all major concerns such as premature damage of robot’s mechanisms due to moisture/humidity operational conditions associated with wet process applications including CMP and other applications.
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Wafer Handling System with Extended Vertical Travel, for 200mm, 300mm and 450mm Wafers
EVTMHS
The EVTMHS is a wafer handling system with extended vertical travel designed to transport 300mm and 450mm wafers in semiconductor manufacturing tools that require large work envelope solutions.The system can also handle 200mm wafers without any hardware changes. While for wafer sizes below 200mm, the robot End-Effector has to be reconfigured. The time that this reconfiguration takes is usually less than an hour including the time needed to teach all the pickup positions. Thus, the average teaching time of 45 minutes (for pickup locations) can be achieved thanks to the sophisticated autoteach routines provided by the system firmware.
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4U 8-Slot CompactPCI® System with Redundant Power Supplies
cPCIS-6418U
The cPCIS-6418U Series Subsystem is designed for maximum density and has 8 horizontal slots for 6U cPCI boards with 80mm RTMs. The chassis is 4U in height and standard 19" rack mount width.
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Real-Time Operational and Situational Awareness for IoT Systems
Vortex Insight
Vortex Insight is a web-based tool that can be used to monitor and manage a Vortex-based system from any location and on any device. It provides views of a Vortex system including statistics associated with DDS entities and system elements active in a live environment. It also provides configurable dashboards for monitoring system behavior through graphs and charts of statistics, including resource usage. Vortex Insight allows users to control the configuration and the QoS of Vortex applications, services and systems.
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Simulation Systems
Bloomy offers Simulation Systems for Hardware in-the-Loop (HIL) and open loop test of electronic controls and mechanical actuators for all types of transportation and defense systems including aircraft, rail, automobiles and ships. These systems, now deployed at major aerospace, locomotive and military manufacturers and research facilities worldwide, provide world-class, high-fidelity simulated environments for use in both closed-loop and open-loop testing. Because Bloomy’s Simulation Systems are largely constructed from COTS components, time to first test can be reduced significantly, and their highly-customizable nature allows your test system experts to provide your unique IP to differentiate your product from your competitors.
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Validation System
FLEX BMS
The FLEX BMS™ Validation System is a quick-connecting, highly flexible test system for rapid evaluation of centralized, single-board and distributed battery management systems. Utilizing Bloomy’s industry-leading battery cell simulators, COTS instrumentation, industry-standard connectors, and models that run in real-time, the FLEX BMS™ Validation System can easily be reconfigured to test a wide variety of BMSs. The FLEX BMS™ Validation System is used by national and regional safety and standards labs for certifying the BMS for a wide array of e-mobility products and applications.
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Systems Integration (SIL) Lab Data Acquisition
Bloomy’s SIL data system allows testing and simulation of every system component on the aircraft. The functionality of these complex integrated systems are fully tested, debugged, and verified safely in the lab prior to flight testing. This reduces cost and schedule for new aircraft. Bloomy has applied its expertise to multiple SILs.
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Multipurpose Mobile PXI DAQ System
The mobile DAQ system achieves seamless integration among signal conditioning, data acquisition, and synchronization that benchtop instruments would not have achieved. By choosing this system over using benchtop instruments, United Technologies Research Center saved hundreds of thousands of dollars.
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Battery Management Systems Testing
A Battery Management System (BMS) is an embedded unit performing critical battery functions, including cell monitoring and balancing, pack charge and discharge control, safety, and communications. The BMS must be tested early in development to optimize control algorithms, as well as during manufacturing to ensure reliable functionality. Bloomy’s family of BMS test systems provides a consistent platform for engineers to bring a BMS to market faster, and more reliably.
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Bloomy Simulation Reference System
The Bloomy Simulation Reference System provides a hardware in-the-loop (HIL) test environment for dynamic, closed-loop testing of many aerospace and transportation control systems. The reference system integrates the computing, I/O, and software components needed for standalone use or to form the basis of a more complex test system.
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Airframe Electrical Power Systems
Rely on Astronics CorePower® airframe electrical power systems, where solid-state technologies deliver highly efficient, clean power that improves aircraft operation through weight and system wiring savings.
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Test Requirements Document (TRD) System
TRD Software
The Test Requirements Document (TRD) System helps users develop and document the strategy and structure of test programs.
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Single Sensor Enhanced Vision Systems
Rely on the industry leading Max-Viz enhanced vision systems (EVS) from Astronics to enhance your safety and situational awareness while flying.
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Enhanced Vision Systems for Aviation
Astronics offers the world’s most widely deployed enhanced vision systems for airframe OEMs and general aviation pilots. Used in search and rescue, firefighting, police, construction, and other critical missions, our EVS units are improving visibility and safety every day on fixed-wing and rotorcraft worldwide.
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Seat Actuation Systems
Extensive solutions for seating cabin interiors including motion and lighting controllers, linear and rotary actuators, power supplies, passenger interfaces, custom harnesses, sensors, pneumatic units, and bladders.
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Dual Sensor Enhanced Vision Systems
EVS
Enhance your safety and situational awareness while flying with Max-Viz dual sensor enhanced vision systems (EVS) from Astronics. These multi-spectral imagers include a long wave infrared sensor, a visible light + near infrared sensor, and patented blending and dynamic range management image processing to enable pilots to see clearly during day and night.
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Smart Sensing Systems
The Astronics Smart Aircraft System enables the gathering of information through sensor and IoT technology to help airlines gain the valuable insight needed to increase passenger satisfaction, improve operational efficiency, and lower costs.
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Systems Certification
Project integration offering a complete turnkey solution including design, engineering, FAA and international regulatory certification services and testing, and installation kit manufacturing.
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VIP Inflight Entertainment Systems
Astronics can outfit your entire cabin with the perfect A/V system to match your needs. From a custom monitor to a robust speaker system, Astronics' integrations will improve your inflight entertainment experience.
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Inflight Entertainment System Hardware
Innovative IFEC solutions that enable connectivity, entertainment, and control.
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Environmental Control Systems
By partnering with customers in design, Astronics’ provides design for manufacturability (DFM) and design for moldability. The results are reduced production schedules, lead-times, and part costs.
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Smart Aircraft System
The Astronics Smart Aircraft System makes that possible. Our patented system enables the immediate, cabin-wide gathering of thousands of data points using sensors & IoT (Internet of Things) technology. The result? You get the insight you need—when you need it. Insight that helps you on every flight. Insight that allows you to improve your operational efficiency, your cabin safety, and your overall passenger experience.
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Smart Aircraft System
The Astronics Smart Aircraft System makes that possible. Our patented system enables the immediate, cabin-wide gathering of thousands of data points using sensors & IoT (Internet of Things) technology. The result? You get the insightyou need—when you need it. Insight that helps you on every flight. Insight that allows you to improve your operational efficiency, your cabin safety, and your overall passenger experience.
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Emergency Systems
Safety and survival products which aid in on-board emergencies, aircraft evacuation, and search and rescue operations.
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IFEC Embedded System Hardware
State-of-the-art system components serve as building blocks for you to create the ideal IFEC system.
