首页> 外国专利> VACUUM ELECTRONIC DEVICE APPLYING A SLOW WAVE LATTICE CIRCUIT OF INVERTED TRIANGLE SHAPE INSIDE A RECTANGULAR WAVEGUIDE

VACUUM ELECTRONIC DEVICE APPLYING A SLOW WAVE LATTICE CIRCUIT OF INVERTED TRIANGLE SHAPE INSIDE A RECTANGULAR WAVEGUIDE

机译:在矩形波导内应用倒三角形状的慢波格子电路的真空电子设备

摘要

PURPOSE: A vacuum electronic device is provide to increase intensity of an electric field by locating a slow wave lattice circuit inside a rectangular waveguide, thereby enhancing the efficiency of the electromagnetic waves.;CONSTITUTION: A cross section of a slow wave circuit(34) is arranged inside a rectangular waveguide. The cross section of the slow wave circuit is in an inverted triangle shape. An output unit hole is perpendicular to the lower side of an electronic beam input hole. Electronic beams proceed to the electronic beam focusing part(33) passing over the metal gratings, which induces an electric field. An output unit(35) is formed in the lower part of the input hole to be perpendicular to the electronic beams moving area.;COPYRIGHT KIPO 2013
机译:目的:提供一种真空电子设备,通过在矩形波导内部放置慢波晶格电路来增加电场强度,从而提高电磁波的效率。;构成:慢波电路的横截面(34)布置在矩形波导内。慢波电路的横截面为倒三角形。输出单元孔垂直于电子束输入孔的下侧。电子束穿过金属光栅到达电子束聚焦部分(33),从而感应出电场。在输入孔的下部形成与电子束移动区域垂直的输出单元(35)。COPYRIGHTKIPO 2013

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