Component value calculations in a mixed element ladder network containing series capacitors separated by unit elements,International Journal of Circuit Theory and Applications

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Component value calculations in a mixed element ladder network containing series capacitors separated by unit elements
International Journal of Circuit Theory and Applications ( IF 1.8 ) Pub Date : 2021-05-30 , DOI: 10.1002/cta.3076
Metin Şengül ₁ , Gökhan Çakmak ₂

Affiliation

Lossless LC ladder networks have many applications. But at high frequencies, inductor-free designs are preferred since inductors are heavy and have limited values. An additional reason for not using the inductors (at high frequencies) consists in that the values of very small inductors could be quite imprecise. If LC ladder network is high-pass type, then parallel inductors must be removed. The resulting network will have only series capacitors, which can be combined as a single series capacitor. But if commensurate transmission lines separate the series capacitors, a high-pass mixed element network is obtained. In this paper, a procedure is proposed to compute the values of series capacitors and characteristic impedances of the transmission lines in the mixed element ladder network. The usage of the procedure is explained by means of the given example.

中文翻译：

包含由单位元件分隔的串联电容器的混合元件梯形网络中的元件值计算

无损 LC 梯形网络有很多应用。但在高频下，无电感设计是首选，因为电感很重且值有限。不使用电感器（在高频下）的另一个原因在于非常小的电感器的值可能非常不精确。如果LC梯形网络是高通型，则必须去掉并联电感。生成的网络将只有串联电容器，可以将其组合为单个串联电容器。但是，如果相称的传输线将串联电容器分开，则可以获得高通混合元件网络。在本文中，提出了一种计算混合元件梯形网络中传输线的串联电容器和特性阻抗值的程序。

更新日期：2021-05-30

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