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Direct Interconnection of Ports in Modern Functional Blocks Based on Current Conveyor and CCTA for Circuit Design

机译:基于电流传输器和CCTA的现代功能块中端口的直接互连用于电路设计

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摘要

The paper deals with modern functional blocks based on current conveyors and their utilization in analogue signal processing. Multi-port elements with directly interconnected ports (terminals) are the main topic of our discussion. Interconnections of ports in frame of complicated active element or functional block allow functional transformation to simpler block than primary selected one where additional useful transfer or port features are available. Known circuits can be modified to obtain interesting features or it is possible to create completely new circuits by using of standards synthesis. New functional blocks suitable for circuit synthesis are obtained in this way, namely k-class conveyors, frequency dependent current amplifiers and grounded impedance converters and inverters. The main focus is on a novel current conveyor transconductance amplifier (CCTA) and its possibilities to construct the functional blocks and applications discussed. No special view on circuit principles concerning mainly CCTA with interconnected ports was explained in the past, although more complicated applications of CCTA have been developed by using different and not very designer-friendly principles. Applications of these blocks in filters and oscillators are also given. An analysis of selected oscillator was supported by simulations.
机译:本文讨论了基于当前传送带的现代功能块及其在模拟信号处理中的利用。具有直接互连的端口(端子)的多端口元件是我们讨论的主题。复杂的有源元件或功能块的框架中端口的互连允许将功能转换为比主要选择的功能块更简单的块,后者具有其他有用的传输或端口功能。可以修改已知电路以获得有趣的功能,也可以通过使用标准综合来创建全新的电路。以此方式获得了适用于电路合成的新功能块,即k级传送带,频率相关电流放大器以及接地阻抗转换器和逆变器。主要关注于新型电流传输器跨导放大器(CCTA)及其构建功能模块和所讨论应用的可能性。尽管通过使用不同且对设计者不太友好的原理开发了更复杂的CCTA应用程序,但过去没有对主要涉及带有互连端口的CCTA的电路原理的特殊观点进行解释。还给出了这些模块在滤波器和振荡器中的应用。仿真支持对所选振荡器的分析。

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