Automatic programming and functional test all-in-one machine for light-radio frequency transceiving module

Abstract

The invention provides an automatic programming and functional test all-in-one machine for a light-radio frequency transceiving module. The programming and the functional test can be combined, the automation of the whole process of the programming and the functional test is performed, the automation includes automatic connection of instrument and equipment, automatic setting of parameters of the instrument and equipment, automatic analyzing, determining and recording of test data and automatic generation of a test report, and products to be tested are trackable by the aid of bar codes. By means of the all-in-one machine, the process is simplified, and finally the cost is saved.

Description

technical field [0001] The invention relates to an integrated machine for automatic programming and function testing of an optical-radio frequency transceiver module, which is used for on-line automatic programming (program burning) and functional testing of the small optical-radio frequency transceiver module in the batch production process of the factory production line. Background technique [0002] In the prior art, the on-line programming and functional testing of this small optical-RF transceiver module in the factory production line is carried out by two different stations, namely: a programming station and a functional testing station. [0003] programming stations, such as figure 1 As shown in the figure, it consists of a PC installed with programming software connected to a programmer, the programmer connected to an optical-RF transceiver module, and the programmer is powered by a standard DC power supply. The operation process of the whole station is: plug the op...

AI Technical Summary

Problems solved by technology

In this test method, the test operation is cumbersome, takes a long time, and is prone to errors; the test data are all judged by humans, and the accuracy and consistency are difficult to guarantee; there are many test equipment, and some equipment utilization rates are very low, resulting in waste of production test costs

[0007] For the programming and functional testing of the optical-radio frequency transceiver module, the prior art needs to set up two stations for programming and functional testing respectively, and in the actual testing operation of the two stations, the testing actions are cumbersome and error-prone. It is difficult to find errors, and the whole test time is long, which increases the cost of production and testing. The frequent connection and plugging of RF cables and optical fiber jumpers not only causes waste of cable depreciation, but also makes the loss of system cables inconsistent, resulting in product test calibration The workload is huge, which also increases the test time and causes great waste

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