[射频]High Power Microwave Sources and Applications

E. Schamiloglu pRWEBd1U  
Department of Electrical & Computer Engineering, University of New Mexico, %:2EoXN"  
Albuquerque, NM 87 13 1 USA q.0Evr:  
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Abslrncl - There has been considerable interest -FQ!  
recently in high power microwave (HPM) sources for hgIqr^N9  
nonlethal directed energy weaponry applications. Many of [Jv0^"]  
these sources that are being developed are derivatives of P 4Vi~zMX  
sources that are well known to the vacuum electronics '!eg9}<  
community. Others are unique to the HPM community rQmDpoy
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and have no analog in traditional microwave sources. For tpu2e*n-|  
electronic attack (referred to in the media as the “ebomb”), Loz5[L  
HPM sources are being developed that provide :btb|^C  
peak powers that exceed 1 GW at frequencies on the order ,;;7+|`  
of 1 GHz io short pulses, typically on the order of 100 ns. _gU:!:}  
The technology that is used to drive such sources has its p]h;M  
roots in pulsed power, and a comprehensive understanding

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of their behavior requires the use of tools that have been }L mhM  
developed in the plasma physics community. The everincreasing 4/KGrY!ck  
reliance on the use of microprocessors that have s?Lx\?T  
increasing density of circuits packaged on a chip makes ,LI$
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such systems increasingly vulnerable to HPM. This paper F.{{gpI  
will provide an overview of HPM sources, their X$*MxMNs  
applications, and will highlight areas of intense, ongoi .. 0RHKzk6~c  
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不要灌水啊， ,`Keqfx  
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radiation effects oBai9 [+  
您正在看的文章来自RFEDA微波社区--微波仿真论坛 原文地址:http://bbs.rfeda.cn/read.php?tid=25370