Approach of Nanoelement Impedance Matching and its Application

D. Kuznetsov, R. R. Fayzullin, V. L. Odintsov, V. I. Il’in
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Abstract

The rapid development of radio data transmission systems (RDTS) is associated with the annual exponential growth in the number of active users and the amount of information transmitted via existing communication channels. The result of this process is the significant complication of the signal-interference environment in which modern RDTS operate. The most advisible approach that allows us to create the RDTS, which function in the conditions of strong ISI caused by channel with memory, in the absence of their compensation, is the appropriate choice of the symbol duration time with regard to the resolution time of communication channel . This takes ISI into account that allows us to receive and process signals correctly in dynamic mode instead of distortion suppression. However, as shown in this work, it requires utilizing a new element base. It is highly recommended base on nanoelectronics. This paper presented a new approach of nano element impedance matching and the technological constructions for impedance matching circuits are developed. According to this method it possible to match impedance of nano tubes with 12.8 kOhm with 50Ohms standard micro strip line in the large frequency range
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纳米元件阻抗匹配方法及其应用
无线电数据传输系统(RDTS)的快速发展与活跃用户数量和通过现有通信渠道传输的信息量的年度指数增长有关。这一过程的结果是现代RDTS运行的信号干扰环境的显著复杂性。在没有补偿的情况下,在具有内存的信道引起的强ISI条件下,创建RDTS的最明智的方法是根据通信信道的解析时间适当选择符号持续时间。这考虑到ISI,允许我们在动态模式下正确接收和处理信号,而不是失真抑制。然而,正如本工作所示,它需要利用一个新的元素基。强烈推荐基于纳米电子学的课程。本文提出了一种纳米元件阻抗匹配的新方法,并开发了阻抗匹配电路的技术结构。根据该方法,可以在大频率范围内将12.8 kOhm纳米管的阻抗与50欧姆标准微带线匹配
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