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AIP Conference Proceedings, 1988
Large phasedâarray radars can play a very important part in arms control. They can be used to determine the number of RVs being deployed, the type of targeting of the RVs (the same or different targets), the shape of the deployed objects, and possibly the weight and yields of the deployed RVs.
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Large phasedâarray radars can play a very important part in arms control. They can be used to determine the number of RVs being deployed, the type of targeting of the RVs (the same or different targets), the shape of the deployed objects, and possibly the weight and yields of the deployed RVs.
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Phased-Array and Radar Breakthroughs
2007 IEEE Radar Conference, 2006Many think that radar is a mature field, nothing new to happen, it having been around a long time. Nothing can be further from the truth. When I entered the field in the '50s I thought the same thing. The MIT Radiation Lab. Series 28 book volume set summarizing the highly classified World War II work on radar was just published and provided the ...
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Sige MMICs for phased array radar applications
The 2005 IEEE Annual Conference Wireless and Micrwave Technology, 2005., 2005This paper reports the performances of several broadband monolithic SiGe MMICs suitable for phased array radar applications. The amplitude and phase control MMIC designs are based on an optimized SiGe PIN diode offered by IBM 5-HP SiGe foundry process.
R. Tavrani +8 more
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Phased-Array Radar Architectures
2009This chapter examines some common phased-array radar (PAR) architectures used for many applications. Three general categories of architectures are described: antenna-based; bandwidth-based; and radar function-based.
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Radio and Electronic Engineer, 1964
Phased array systems provide a number of features which make them particularly suitable for long range, high target density, radar applications such as satellite tracking and space surveillance. These include long-range detection capability, high transmitted power, inertialess electronic beam steering, multiple receiving-beam capability, high ...
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Phased array systems provide a number of features which make them particularly suitable for long range, high target density, radar applications such as satellite tracking and space surveillance. These include long-range detection capability, high transmitted power, inertialess electronic beam steering, multiple receiving-beam capability, high ...
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Phased array radars-past, present and future
RADAR 2002, 2002This is a survey paper summarizing the developments and future trends in passive, active bipolar and monolithic microwave integrated circuitry (MMIC) phased array radars for ground, ship, air, and space applications. Covered is the DD(X) ship radar suite; THAAD (formerly GBR); European COBRA; Israel BMD radar antennas; Dutch shipboard APAR; airborne US
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