Abstract
Microwave circuits and devices are widely used in the fields of communication, detection and chip components, etc. With the increasing demand of high speed, high reliability, miniaturization and integration of microwave electronic devices, the change of interconnection configuration in microwave components will have a significant impact on signal transmission performance. In this paper, a parametric representation model of flexible interconnection point configuration of gold belt in microwave module is established. Based on the parametric representation model, a coupling model is established to correlate the interconnection point configuration with signal transmission performance. This will provide theoretical guidance for engineers in interconnection design and transmission performance control, and ensure the design and service quality of high-performance electronic equipment.
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