Y Waveguide Automatic Alignment Station
Y Waveguide Automatic Alignment Station
Product Function Introduction
u 1. This equipment uses a distance sensor to automatically control the distance of the adhesive layer.
u 2.4D/3D electric, with 2D/3D manual control, quickly find the signal to optimize the signal.
u 3. Using automatic control of key processes and manual control of auxiliary processes, its efficiency is 2 to 3 times higher than that of traditional coupling equipment.
u 4. Automatically control the light switch to switch the light source and channel, and automatically test data and save it to SQL Server database.
u 5. Set specifications, automatically determine that the parameters are qualified and automatically generate reports.
u 6. Reduce reliance on skilled employees and ensure the consistency, stability and repeatability of product parameters made by different workstations.
Plan A：Four-axis electric plan B：Three-axis electric
Motor parameters
Parameter | Axis | Stroke Range | Precision |
X | ≥20mm | ≤0.05um | |
Y | ≥20mm | ≤0.05um | |
Input | Z | ≥30mm | ≤0.1um |
qX | ±8degree | ≤0.001degree | |
qY | ±8degree | ≤0.001degree | |
qZ | ±8degree | ≤0.001degree |
Detector type | Single/dual channel InGaAs |
Working wavelength range | 850 ~ 1700 nm
|
Power measurement range | + 3 ~ -70 dBm
|
Power sampling period | ≥0.1ms
|
Apply fiber type standards | umSingle-mode and multi-mode fibers with a core diameter of 62.5 um |
Absolute accuracy | ±4% (1200 nm ~ 1610 nm) |
Relative accuracy | <0.02 dB typical |
Power linearity | ≤ ±0.02 dB (1200 nm ~ 1610 nm, + 0~ -60 dBm) |
RL | >40dB |
Sensor repeatability | ±2um
|
Fixture repeatability | ±0.2dB
|
Software repeatability | ±0.1dB
|
Product coupling accuracy | ±0.1dB |
