Electronic component self-adapting data-base realization method

Abstract

The invention discloses an implementation method of a self adaptive database for the electronic component, comprising the following steps: various EDA design files uploaded by users are received by a service terminal; the service terminal distinguishes the types of the EDA design files, and transforms the design files into the temporary middle files with a uniform format; the service terminal compares the component information included in the temporary middle file with the records in the electronic component database item by item, and judges whether the current component has been in the electronic component database or not; if no, the component is automatically added to the database and a prompting message is returned to the user; the service terminal receives the component adding instruction edited by the user, and judges if the current component has been in the electronic component database according to the key word matching result; if no, the component is added to the database and a promoting message is returned to the client user. The invention has the advantages that the component physical parameter database can extend automatically and the user is independent of the EDA design environment, which allows various parameters of components to be inquired effectively.

Description

technical field [0001] The invention relates to a method for realizing self-adaptive database of electronic components. Background technique [0002] With the wide application of integrated circuits, the technical support of electronic circuit assembly workshops is constantly enriched. At the heart of the entire production process are electronic components. The physical characteristics and parameters of electronic components are frequently exploited. However, at present, the utilization of electronic component parameters is mostly achieved through complex calculations or manual reading records. Therefore, the lack of reasonable organization and collection of physical parameters of electronic components has become a major obstacle in the assembly process of electronic circuits. [0003] The emergence of the component physical parameter database provides a powerful tool to overcome the barriers to the use of component parameter query, but at present the component physical pa...

AI Technical Summary

Problems solved by technology

[0004] Database data entry is the basis for database access. The traditional entry method is to manually obtain and organize the attribute parameters of the data, and then enter them one by one. For electronic components, each object has many attributes, and some valuable parameters must be Obtained by calculation, the initial construction and maintenance of the database according to the traditional model requires a lot of manpower and material resources

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