带模式转换的x波段反向波振荡器电磁耦合效能的功率估计

S. Min, O. Kwon, M. Sattorov, I. Baek, S. Kim, A. Bera, R. Barik, W. Lee, J. So, G. Park
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引用次数: 1

摘要

高功率微波(HPM)武器源采用了与电子设备在辐射处的有效电磁耦合,即相对论性后向波振荡器。在HPM源的研究、开发和使用过程中,我们一直在研究一种真正的“有效耦合”源,能够攻击整体目标,适用于各种情况。实验结果表明,在模式转换的HPM源的x波段相对论反向波振荡器(RBWO)辐射后,电子设备或电路会发生损坏。我们使用了500kA-5kA的RBWO。射频功率在10GHz时为0.5GW-30ns,模式转换辐射从TM01到TE11。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power estimation of electromagnetic coupling effectiveness by a X-band backward wave oscillator with mode conversion
Effective electromagnetic coupling with electronic equipment at radiation is used by a high power microwave (HPM) weapons source which means a relativistic backward wave oscillator in here. In the process of researching, developing and using HPM source, we have been studying a real “effective coupling” source which is able to attack the overall target, suitable in all situation ns. The experimental results show the broken electronic equipment or circuit damages after the radiation by an X-band relativistic backward wave oscillator (RBWO) of a HPM source with mode conversion. We used 500kA-5kA RBWO. The RF power is 0.5GW-30ns at 10GHz with mode conversion radiation from TM01 to TE11.
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