Multichannel laser array transmitting-receiving module automatic-coupling system

Abstract

The invention discloses a multichannel laser array transmitting-receiving module automatic-coupling system which comprises a control system, a mounting support and a camera light source and also comprises X and Y-axis guide rails and a Z-axis guide rail. An R-axis guide rail is installed on the X-Y-axis guide rail, the R-axis guide rail is axially parallel to the Z-axis guide rail, a first multi-channel laser array transmitting-receiving module is connected to the upper portion of the R-axis guide rail through a clamp, a sucking cup is arranged on the Z-axis guide rail, and a second multi-channel laser array transmitting-receiving module is connected to the sucking cup. The light source direction of the camera light source is parallel to the X-axis guide rail of the X and Y-axis guide rails. A reflecting mirror is arranged at the position intersected with the axis of the Z-axis guide rail in the light source direction of the camera light source, a rotating device is connected to the reflecting mirror, and the angle of the reflecting mirror with respect to an emergent port of the camera light source is adjusted through the rotating device. An intelligent machine vision system is established through innovative structure design, accordingly intelligent automatic coupling is achieved, the production efficiency is improved, and the labor cost is saved.

Description

Technical field [0001] The invention belongs to the field of optical communication technology, in particular to a multi-channel laser array transceiver module automatic coupling system. Background technique [0002] With the rapid development of the communication field, the market has an increasing demand for multi-channel laser array transceiver modules. At present, in the field of optical communications, optical transceiver modules are the core modules of such optical communication networks. With the increase in transmission bandwidth and speed With increasing demand, the design of optical transceiver modules is developing towards a trend of small size, high integration, and multiple channels. [0003] It is precisely because of the high level of integration and small size that bring great challenges to the coupling process in production. The current coupling process requires the PCB chip to be energized, and the coupling is achieved by observing the power change of the photoelec...

AI Technical Summary

Problems solved by technology

[0003] It is precisely because of the high integration and small size that it brings great challenges to the coupling process in production. The current coupling process needs to energize the PCB chip, observe the power change of the photoelectric signal conversion, and manually adjust the coupling to achieve coupling; the entire During the process, because the chip is powered on, a lot of heat will be generated, and the performance of the chip will be unstable due to the inability to dissipate heat. In addition, the mutual conversion of photoelectric signals is required, which makes the manual operation of the whole system complicated, and the cost of learning and training for workers is high. It takes a long time, and the whole process requires manual adjustment, which makes the production speed extremely low and cannot meet the requirements of quality and production capacity at all.

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