FGIC44 - Fully Controllable Immittance Converter: Chip Performance Evaluation
FGIC44 - Fully Controllable Immittance Converter: Chip Performance Evaluation
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FGIC44 - 完全可控导抗转换器：芯片性能评估
DOI：
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发表时间：
2021
期刊：
影响因子：
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通讯作者：
J. Koton
中科院分区：
文献类型：
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作者：
Jan Dvorak;D. Kubánek;J. Koton
在信号处理和主要频率滤波器设计中，一般导抗转换器（GIC）通常被视为用于实现合成电感器的电路。随着分数阶方法最近开始影响电气工程领域，阻抗转换的想法可能会成功地拓宽。在本文中，我们继续在我们以前的研究成果，并提出的性能和关键参数的FGIC 44-完全可控导抗转换器，是在我们的工作场所设计的定制集成电路使用0.18 μ mathrm {m}$ TSMC CMOS工艺。实验确定的OTA放大器形成的FGIC 44电路的核心属性。电子的可控性的结构，其宽的频率范围内，也被证明的终端的寄生内电导的补偿的可能性。
In signal processing and mainly frequency filter design the general immittance converter (GIC) is commonly seen as a circuit used to implement a synthetic inductor. As the fractional-order approach recently started to impact also the electrical engineering area, the idea of impedance conversion may be successfully broaden. In this paper we continue in our previous research achievements and present the performance and key parameters of the FGIC44 - the Fully controllable immittance converter that was designed at our workplace as custom integrated circuit using the $0.18 mumathrm{m}$ TSMC CMOS process. The experimentally determined properties of OTA amplifiers forming the core of the FGIC44 circuit are presented. The electronic controllability of the structure, its wide frequency range and also the possibility of compensation of parasitic internal conductances of the terminals are demonstrated.