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本文主要就高次调谐的几个理论问题,如零振铃时ω_1,和ω_2之间的关系(其中ω_1为网络的基波频率;ω_2为网络的高次谐波频率),以及零振铃时的调谐方程提供了普遍的计算公式,并用表格列出了从三次直至十三次调谐的ω_1/ω_2值和调谐方程〔而在参考文献1〕、2〕中仅提供了三次及五次调谐的ω_2/ω_1值和调谐方程〕,本文结合我们试制的多级一体回扫变压器(工作在十三次调谐)进行了具体计算。在高压特性方面我们将试制的CYHB-2001机的多级一体回扫变压器和日立CTP-216机的多级一体回扫变压器作了测量比较。本文还提供了CYHB-2001型多级一体回扫变压器的简单工艺过程、电原理图、技术条件及低压和高压线圈骨架的结构图。
In this paper, we mainly discuss several theoretical issues of high order tuning, such as the relationship between ω_1 and ω_2 for zero ringing (where ω_1 is the fundamental frequency of the network; ω_2 is the harmonic frequency of the network), and zero ringing The tuning equation provides a general formula and tabulates the ω_1 / ω_2 values and tuning equations from three times to thirteen times tuned [Reference 1], 2], which provides only the third and fifth tuning Of the ω_2 / ω_1 value and tuning equation〕, this article combined with our trial of the multi-stage integrated flyback transformer (work in thirteen tuning) for a specific calculation. In the aspect of high voltage characteristic, we compare and test the prototype multi-stage integrated flyback transformer of CYHB-2001 and multi-stage integrated flyback transformer of Hitachi CTP-216. This article also provides CYHB-2001 multi-stage integrated flyback transformer simple process, electrical schematic, technical conditions and low voltage and high voltage coil skeleton structure.