www.thalesgroup.com Technological Convergence in Radar & EW Barry Trimmer Modify or Hide in the header / footer properties : Date 2 / Content The Drivers for Change Bugetary `Pull' Technological `Push' Two Alternate Paths for ISTAR Highly converged technology to provide multi-function sensors on a single platform Highly co-operative sensing between platforms The Key drivers for RF & Microwa

The impact of budget constraints on future defence technology investment Asif Anwar, Advanced defence Systems Service aanwar-strategyanalytics.com Working with Global Leaders to Address Client Requests Help Me Develop Help Me Analyze Help Me Understand 2011 Defence and Security Forum, EuMW, October 12th, 2011 2 Help Me Understand What's Happening? Technology Products Opportunities What's

Ultra-Wideband Radar Imaging Prof. DSc. Alexander Yarovoy International Research Centre for Telecommunications and Radar, Delft University of Technology, The Netherlands Delft University of Technology International Research Centre for Telecommunication and Radar Challenge the future The growing world population gets prone to a wide spectrum of security and safety concerns as In Europe each ye

2011 Defence and Security Forum The most important thing we build is trust Role of microwave RF systems and technology in addressing future threats to global defence & security ­ a view from a subsystem supplier Prof Vincent Mifsud TD CTO ­ Europe Cobham plc Structure of (short) presentation Session: A forum to share a view of future threats to global safety, security and defence, and the rol

GaN & GaAs MMIC and Module Technology Supporting the Needs of Phased Array Radars 12 October 2011 Outline Types of radar GaN vs. TWTs T/R module using COTs MMICs T/R module on a chip Summary GaN Building Blocks for Radars Applications of Gallium Nitride: HPAs GaN offers unmatched performance for high power amplifiers ­ High power density ­ Excellent gain and efficiency ­ Robust operation and

The Hidden Decisions Behind Covert Surveillance The challenge of increased performance requirements with reduced power, size and weight Paste an image over the circle and use `Send Backward' tool 3 times OR delete the picture frame and the white square if no image is required. European Microwave 2011 ­ Defence & Security Forum Steve Williamson ­ Principal Engineer 7 October 2011 S3903-P-031 v0.7

The Institute of Electronics, Communications and Information Technology A tutorial - Millimetre Wave imaging European Microwave Conference Overview Defence and Security Forum Prof Roger Appleby September 2004 Timetable 08.30: TITLE: Millimetre Wave Imaging ­ A Tutorial Introduction SPEAKER: Roger Appleby, Queen's University Belfast 0910: TITLE: A Terahertz Imaging Radar for Concealed Object D

Passive Sub-mmWave Technology for Weapon and IED Detection Arttu Luukanen VTT & MilliLab arttu.luukanen-vtt.fi L. Grönberg, M. Leivo, M. Grönholm, H. Toivanen, A. Rautiainen VTT, Finland A. Tamminen, J.Ala-Laurinaho, A. Räisänen Aalto University School of Engineering, Dept. of Radio Science and Engineering, Finland E. Grossman National Institute of Standards and Technology, U.S.A. Funding (VTT) TE

This paper demonstrates a highly efficient 3-stage Doherty power amplifier (PA) employing an envelope tracking (ET) technique. The ?3-stage? Doherty PA is the most efficient architecture for a high peak-to-average power ratio (PAPR) signal among the various Doherty PAs. However, because of the lower peaking biases than those of the ?N-way? Doherty PA, the proper load modulation is hard to be achie

In this paper, we address the architecture of a multi-antenna receiver and we aim at reducing the complexity of the analog front-end. To this end, an innovative architecture is introduced based on code multiplexing. This architecture uses the direct sequence spread spectrum technique in order to multiplex the different antennas contributions through a single In-phase/Quadrature (IQ) demodulator. S