SFP packaging electric interface module testing device

Abstract

The invention relates to an SFP packaging electric interface module testing device which comprises a base, a six-axis mechanical hand, a product carrier disc, product carrier disc placing frames, testing mechanisms, a first material feeding and discharging mechanism and a second material feeding and discharging mechanism. The two opposite ends of the base are provided with a first installation groove and a second installation groove correspondingly, the top of the first installation groove is provided with at least two product carrier disc placing frames, a to-be-tested material area is arranged between the two product carrier disc placing frames installed on the top of the first installation groove, at least two product carrier disc placing frames are installed on the top of the second installation groove, an accepted product placing area is arranged between the two product carrier disc placing frames installed on the top of the second installation groove, an installation base whereinthe six-axis mechanical hand and the multiple testing mechanisms is arranged between the first installation groove and the second installation groove, and an unaccepted product placing area is arranged on the installation base. Compared with the prior art, SFP packaging electric interface module testing efficiency and stability are improved.

Description

technical field [0001] The invention relates to the technical field of electrical port module testing, in particular to a testing device for an SFP packaged electrical port module. Background technique [0002] The SFP package electrical port module is widely used in the field of short-distance communication due to its good compatibility, low power consumption, reliability and stability. For manufacturers of mass-produced SFP-packaged electrical port modules, the solid-line LINK LENGTH test of the electrical port module is a necessary performance test method. Usually, the test terminal and the electrical port module are connected through a network cable of a certain electrical length, and then used such as " Tools such as "Hyper Terminal", send data packets through commands, and then observe the data flow status. This test method has the limitation that the test speed is slow and cannot send too many data packets, the test results cannot be displayed intuitively, and can on...

AI Technical Summary

Problems solved by technology

This test method has the limitations of slow test speed and unable to send too many data packets, test results cannot be displayed intuitively, and can only be displayed by looking at the "Hyper Terminal" character, test results cannot be effectively saved, and employees are required to make special connections sex

[0003] In addition, the current production volume of electrical port modules is relatively large. Manual testing can only grab one electrical port module at a time, and then insert the electrical port module into the test circuit board and network crystal head, and select the test program to realize the test function. During the testing process of the electrical port module, the operator needs to wait for the test program to finish running to replace the electrical port module for plugging and testing, resulting in a lot of manual waste of time waiting for the test time

In the current testing process, there are many manual operation steps, and there are many uncertain factors in manual operation, which will easily lead to a large limit on the output per unit time, and the efficiency is not high

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