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TBOGI: Bogie Condition Monitor and Hunting Detector
2016-07-14 17:36:00| Railway Technology
An insight into WID's TBOGI system.
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monitor
hunting
detector
Wideband Optical Modulator And Detector Characterization: Uncertainties And The Impact On Eye Diagrams/Time Domain Modeling
2016-06-08 10:58:43| rfglobalnet Home Page
Optical modulators and detectors have been characterized and calibrated over the years, but less attention has been made to the optimization of converter measurement uncertainties in a practical user context. Since frequency dependencies of various error mechanisms are different, the wide bandwidths could require procedural changes for optimum results. From a subsystem simulation/modeling/analysis perspective, accuracy in microwave/mm-wave frequency domain characterizations is important but sometimes not studied in terms of how they affect final eye diagram, bit error rate, or other higher level system operational parameters. This white paper explores these characterization and calibration processes, as well as the net uncertainties and their impact on example eye diagram generation.
Tags: impact
eye
domain
optical
CitiSafe Introduces Four New Detector Head Fittings
2016-05-20 10:00:00| Offshore Technology
Citisafe is pleased to announce four new products to our extensive range of detector head fittings from GDS Technologies.
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introduces
detector
fittings
Electrooptics Detector Engineer CCD, CMOS andor IR mf
2016-04-20 17:08:39| Space-careers.com Jobs RSS
Airbus Defence and Space is a division of Airbus Group, formed by combining the business activities of Cassidian, Astrium and Airbus Military. The new division is Europes number one defence and space enterprise, the second largest space business worldwide and among the top ten global defence enterprises. It has an annual revenue of around 14 billion and employs approximately 40,000 people. A vacancy for an Electrooptics Detector Engineer CCD, CMOS andor Infrared mf has arisen within Airbus Defence Space in Toulouse. The Optical Instruments Division is currently responsible for numerous instrument developments the ALADIN lidar ESA and ATLID lidar ESA, the Sentinel 2 multispectral instrument MSI of observation developed by the European Copernicus GMES programme, as well as NAOMI earth observation instruments onboard micro and minisatellites. New significant developments have recently been launched or are about to be launched IASI NG instruments and Sentinel 5 and MetImage for the MetOp Second Generation mission. The MSIS2CD, Sentinel5 and METImage instruments are made up of infrared and visible channels on the S2CD and METImage instruments, the visible channel is ensured by a CMOS detector and on the Sentinel5 it is ensured by the CCDs. The infrared channels employ infrared detectors that use different technologies. For all of these detectors, the development is in progress. In addition, for the future Earth observation systems, solutions based on infrared or CMOS detectors that include new technologies are being studied. Significant RD investments have been made in this field and will lead to the development of prototypes in coming years. As part of the development of its optical instrument development activities, the Optical Instruments department of the Earth Observation Sciences division at Airbus Defence and Space France, based in Toulouse, you will be responsible for the definition of detectors and the followup of their development. You will be part of the optical instrument project technical team and in this respect you will be responsible for The architecture and technical definition of detectors and their performance, Interfacing with manufacturers developing detectors with whom you will establish and negotiate the test conditions and specifications which will enable you to meet the requirements of the instrument, Technical expertise for the project, enabling tradeoffs, technical and technological choices and followup of development and contribution to resolution of problems, Defining, implementing and following up upstream characterisations of detectors, the purpose of which is to check performance and optimise the implementation conditions. You will be involved in all the life phases of an instrument and will be part of the project teams during The proposal phases The design phases phase 0 and phase A The development phases B CD up to delivery of detectors. You will report directly to the HyperFrequency and ElectroOptical Detection department of the Airbus Defence and Space Optical Instruments division Space Systems business line and, depending on the phases, will be assigned to an instrument project group. This position will require occasional travel for business once a month in Europe, and, as such, you must be able to travel accordingly. As the successful candidate, you will be able to demonstrate some of the following competencies Qualified engineer Masters level degree or equivalent, ideally with basic training in microelectronics or optoelectronics, 3 years of experience developing CMOS, CCD andor infrared detectors, or with laboratory tests and studies on detectors, Ideally, initial experience with supplier followup in an industrial context, Good knowledge of the microelectronics field, specifically for optronics and detection technologies, Knowledge of space optics instrumentation and radiometry would be a plus, Good team player skills, Ability to lead multidisciplinary activities, Good sense of responsibility with regard to commitments and compliance with deadlines, Excellent grasp of physics, Analytical and summary skills, as well as skills in complex systems, Meticulousness and technical curiosity, Creativity and an interest in innovation, Excellent oral and written communication skills, Advanced level of English proficiency in French would be an asset. Please apply online. Airbus Group is committed to achieving workforce diversity and creating an inclusive working environment. We welcome all applications irrespective of social and cultural background, age, gender, disability, sexual orientation or religious belief. Airbus Group Recruitment Centre To apply click here
Tags: engineer
mf
ccd
detector
Electronics Upgrade extends metal detector capabilities.
2016-03-11 14:31:06| Industrial Newsroom - All News for Today
With APEX Upgrade, metal detector platforms based on DSP3 architecture currently installed in food/pharmaceutical manufacturing facilities can meet more stringent quality standards by detecting smaller diameter metal contaminants. Optimized sensitivity also minimizes rework and scrap caused by occasional false rejects. By employing Intellitrack XR software, APEX Upgrade eliminates need for setup adjustments. Food-grade ABS control panel withstands shock, vibration, water, and cleaning solutions.
Tags: electronics
metal
upgrade
capabilities
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