Radio frequency microsystem design method and device, electronic equipment and storage medium

Abstract

The invention provides a radio frequency microsystem design method and device, electronic equipment and a storage medium. The method comprises the following steps: dividing a design process into a demand analysis stage based on a 'demand-function-logic-physics' system engineering methodology: carrying out demand analysis on a design task, and decomposing the design task into demand indexes; a function design stage: designing an overall function scheme according to the demand indexes, and determining primarily selected resources from a preset resource library according to the overall function scheme; a logic design stage: according to the overall function scheme, determining a use method of the primarily selected resources, and designing a layout and wiring scheme; and a physical implementation stage: performing verification simulation according to the layout and wiring scheme. According to the method, full-process tracking of demand indexes from decomposition refining to simulation verification can be achieved, it is ensured that all design requirements are met, the forward design level is improved, collaborative design based on multiple types of models is achieved, the communication efficiency of different professional engineers is greatly improved, the design period is effectively shortened, and the design success rate is improved.

Description

technical field [0001] The invention belongs to the technical field of microsystem design, and in particular relates to a radio frequency microsystem design method and device, electronic equipment, and a storage medium. Background technique [0002] The microsystem is a new type of microelectronic module with multiple functions and high performance, which is to package and interconnect multiple integrated circuit bare chips at high density on a multi-layer wiring substrate, and then package them together. Microsystems can rationally and effectively integrate digital circuits, analog circuits, microwave circuits, power circuits, and optoelectronic devices to form multi-functional components or systems that cannot be realized by a single professional semiconductor technology, thereby achieving high performance and multi-function of the product change. [0003] A typical radio frequency system demonstration verification prototype mainly includes antennas, transceiver component...

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Problems solved by technology

[0004] However, the existing RF microsystem design methods usually carry out system design based on a single software, and the sub-modules are generally delivered in the form of models, led by the system designer, and organized by means of telephone and video conferences. Not only lack of atypical System model building methods for radio frequency systems and simulation support for the integration process, and the cost of communication is high, the design cycle is long, and the probability of error is high

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