This article focuses on the analysis of radio tract construction methods that are based on software-defined radio (SDR) technology. SDR has become increasingly popular in recent years due to its flexibility and cost-effectiveness in radio system design. The article aims to compare and evaluate different methods used in the construction of radio tracts based on SDR technology. The article provides an overview of the basics of SDR technology and its benefits in the construction of radio tracts. The author then discusses different methods used for building radio tracts based on SDR technology, including direct conversion, superheterodyne, and homodyne architectures. The article also examines the performance and limitations of each method, such as the level of noise, sensitivity, and dynamic range. The author compares the complexity, cost, and flexibility of each method, which are important factors in the design of radio systems.

radio tracts, sdr technology, analysis, construction methods, direct conversion, superheterodyne, homodyne, performance, limitations, complexity, cost, flexibility, advantages, disadvantages, applications.

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