[其它]PERFORMANCE LIMITATIONS OF TRANSMISSION LINE OSCILLATORS FOR HIGH POWER MESOBAND SOURCES

J. Scott Tyo IL&;2%  
College of Optical Sciences, University ofArizona __OH gp 1  
Tucson, AZ 85 721 USA 'U/X<LCl  
Michael C. Skipper, Michael D. Abdalla, Samuel P. Romero sb"h:i>O4  
ASR Corporation, Albuquerque, NM87120 USA )r|Pm-:A{  
David V. Giri XRx^4]c  
Pro-Tech, Alamo, CA 94507-1541 lVra&5  
Mesoband high power micrwave sources are those designed :)g}x&A^$  
to provide percent bandwidths on the order of 1 - 100%, with 59X'-fg,  
the most sources in the range of 10 - 250 01. One of the most UJ^MS4;I3  
common architectures for developing mesoband signals is to L2}p<?f  
create microwave transmission line resonators that are n{8v^x  
damped by radiation resistance through an integrated antenna. tB/'3#o  
Transmission line geometries have the advantage that they l/6$BPU`  
are easily integrated with both triggered and self-breakdown g* DBW,  
switches2'3, they can be made to be tunable if the
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transmission line geometry .. %SKJ#b  
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