Optical switch operation collimator test platform

Abstract

The invention relates to an optical switch operation collimator test platform, and the platform comprises a bearing base and five-dimensional adjusting brackets the number of which are at least two and which are oppositely arranged on the upper surface of the bearing base; the bearing base comprises support columns and a bearing plate, location holes are arranged in rectangular array on the bearing plate, and the bearing plate is connected with the five-dimensional adjusting brackets through the location holes; each five-dimensional adjusting bracket comprises a horizontal substrate, a vertical substrate, a location table, a horizontal bearing table, a detection arm, a workpiece location clamp, a rotation regulation locating device, a reset spring, a left-right regulation device, a front-back regulation device, a lifting regulation device, a front-back fine regulation device and a pitching regulation device. According to the invention, the platform is used for testing if two ends of an optical fiber connector are collimated when the signal passes through the optical fiber connector, so that if the product is qualified can be tested, the platform is convenient to use and regulate and has high regulation efficiency and high regulation precision, so that the need of linearity detection for the optical switch equipment can be effectively met, and the purpose of improving optical fiber switch equipment product quality can be reached.

Description

technical field [0001] The invention relates to an optical switch detection device, in particular to a test platform for an optical switch operation collimator. Background technique [0002] At present, in the optical switch equipment, since the ceramic ferrule and the ceramic ferrule are commonly used in a structure that is plugged and matched with each other, it is easy to cause deviations in the linearity and coaxiality between the ceramic ferrule and the ceramic ferrule after assembly. As a result, the linearity of the optical fibers at both ends of the optical switch is poor, and eventually the quality of the optical switch product is unqualified, which seriously affects the normal production of the optical switch equipment and the stability of product quality and performance. In view of this problem, the current There is no very professional and effective linearity detection equipment, which has caused the assembly linearity of optical switch equipment to become an imp...

AI Technical Summary

Problems solved by technology

[0002] At present, in the optical switch equipment, since the ceramic ferrule and the ceramic ferrule are commonly used in a structure that is plugged and matched with each other, it is easy to cause deviations in the linearity and coaxiality between the ceramic ferrule and the ceramic ferrule after assembly. As a result, the linearity of the optical fibers at both ends of the optical switch is poor, and eventually the quality of the optical switch product is unqualified, which seriously affects the normal production of the optical switch equipment and the stability of product quality and performance. In view of this problem, the current There is no very professional and effective linearity detection equipment, which has caused the assembly linearity of optical switch equipment to become an important factor restricting the technological progress and quality improvement of optical switch equipment. Therefore, it is urgent to develop an optical switch for this phenomenon. Linearity detection equipment to meet the needs of actual production use

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