Optical fiber coupling alignment packaging system, PLC optical splitter alignment packaging system, planar optical waveguide alignment packaging system

 

 

 

PLC optical splitter alignment packaging system is also known as optical fiber waveguide coupling system. It has a wide range of applications in the field of semiconductor, optical communication devices research and development and production.

 

 

 

For example, in the field of optical communication devices, core-adjusting system can be divided into passive device core-adjusting system and active device core-adjusting system. Passive devices mainly refer to planar waveguide devices, isolators, beam splitters, etc. Active devices refer to LD and PDs. The common point of the two systems is that they need core-aligning coupling. The difference is that active devices need YAG welding to package, while passive devices mainly rely on UV glue to package.

 

 

 

Our planar optical waveguide coupling packaging system employs advanced technologies such as machine vision, hybrid automatic alignment algorithm and precise adjusting frame to achieve the following four technical indicators:

 

 

 

1. High alignment accuracy: The additional alignment loss of waveguide devices realized by this system is less than 0.15DB.

 

 

 

2. The repeatability of the system is good: the three-time alignment of the same waveguide device results in a loss change of less than 0.05DB for each channel of the device.

 

 

 

3. Time stability of the system: After alignment of waveguide devices and optical fibers, the loss of each channel of the device changes less than 0.05DB in 10 minutes.

 

 

 

4. System efficiency: After roughly aligning waveguide devices and optical fiber display by means of CCD, the precise alignment time of each waveguide device is about 2 minutes.

 

 

 

AWG packaging alignment system product scope of application:

 

 

 

Various kinds of optical fiber coupling, optical waveguide alignment, core adjustment, packaging system, capacitive touch screen production equipment, fixtures, optical instruments, optical fiber positioning, optical communication system products and testing equipment