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一、引言正交场放大管处于饱和工作状态,描写它的小信号理论和经典设计计算是粗浅的,难以定量描写工作机理。对其物理图象的深刻描述和精确的设计计算,往往需要采用大信号理论。至今,描写各类正交场管的大信号理论已初步确立,并被用来研究管子的机理,予示管子的性能和设计新管子。在它的指导下研制的管子已得到了予期的效果。
I. INTRODUCTION Orthogonal field amplification tube is in a state of saturation working. The description of its small signal theory and classical design calculation is superficial and it is difficult to quantitatively describe the working mechanism. A deep description of its physical image and accurate design calculations often require the use of large-signal theory. So far, the theory of large signals describing various kinds of orthogonal field-controllable tubes has been initially established and used to study the mechanism of tubes to show the properties of tubes and to design new tubes. The tubes developed under its guidance have had the desired effect.