Flexibly-extendable automatic testing system platform suitable for testing radio frequency module product

Abstract

The invention discloses a flexibly-extendable automatic testing system platform suitable for testing a radio frequency module product. The system platform comprises a universal driver library, an automatic testing method base, an automatic testing configuration platform and an automatic testing terminal. For products, such as the RF module and the like, needing complicatedly testing in a production process, the invention provides the universal platform capable of fast configuring an automatic testing system for the different products in different testing environments. The automatic testing system platform has the characteristics of high universalization degree, simple operation, flexibility, reusability and the like.

Description

Technical field [0001] The invention relates to an automatic test construction platform and an automatic test system for radio frequency module products. In particular, it relates to an automatic test system platform suitable for testing radio frequency module products and can be flexibly expanded. Background technique [0002] RF module products have the characteristics of short life cycle, high test complexity, numerous test items, and differences in test indicators and test methods of different products. [0003] Traditional RF module testing often relies on manually setting up the instrument and manually connecting and switching RF channels. The disadvantages of this method are: low test efficiency; easy to misuse, poor test consistency; higher requirements for testers, not suitable for large-scale production applications. A more commonly used solution is to apply computer software technology and virtual instrument technology to complete the test by controlling the test instr...

AI Technical Summary

Problems solved by technology

The disadvantages of this method are: low test efficiency; easy to misuse, poor test consistency; high requirements for testers, not suitable for large-scale production applications

However, there are obvious shortcomings in this method for testing RF module products: the threshold for test system development is high; and because products are updated quickly, there are different manufacturers and models of similar test instruments, and there are differences in test indicators and test methods between products. Uncertain factors such as automatic testing software will shorten the life cycle of automatic testing software; continuous development and upgrading of automatic testing software is required; the consistency and reliability of software are difficult to be guaranteed

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