Description
OCI-V is a high-speed optical vector analysis system used for quickly measuring parameters such as loss, dispersion, and polarization of optical devices. The principle involves scanning the device under test with a linear swept light source and using coherent detection techniques to obtain the Jones matrix of the device. This allows for the measurement of insertion loss, dispersion, polarization-related losses, and polarization mode dispersion, among other optical parameters. The system features a unique optical path design and advanced algorithms, enabling intelligent calibration and straightforward operation, leading to significant time savings during testing. It is an ideal tool for optical device loss, dispersion, and polarization testing and analysis.
Features
- Measurement length: 200m
- Self-calibration
- Wavelength: C+L band, O-band
- Various optical parameters can be captured in one second
Applications
- Planar waveguide device
- Silicon photonics device
- Optical fiber device
- Optical adjustable device, amplifier, filter
Measurement Parameters
- Insertion loss
- Group delay
- Chromatic delay
- Polarization dependent loss
- Polarization mode dispersion
- Jones matrix
Parameters
Parameters | ||
Measurement length | 200 | m |
Wavelength | C+L band: 1525~1625;O band: 1265~1345 | nm |
Wavelength resolution | 1.6 | pm |
Wavelength accuracy | ±1.0 | pm |
Loss | ||
Dynamic range | 60 | dB |
Insertion loss accuracy | ±0.1 | dB |
Resolution | ±0.05 | dB |
Group delay | ||
Range | 6 | ns |
Accuracy | ±0.2 | ps |
Loss range | 45 | dB |
Chromatic dispersion | ||
Accuracy | ±10 | ps/nm |
PDL | ||
Dynamic range | 40 | dB |
Accuracy | ±0.05 | dB |
PMD | ||
Range | 6 | ns |
Accuracy | ±0.1 | ps |
Loss range | 40 | dB |
Hardware | ||
Power | 60 | W |
Communicaiton interface | USB | – |
Optical fieber connector | FC/APC | – |
Dimension | 390 x 350 x 158 | mm |
Weight | 7.5 | kg |
Storage temperature | 0~50 | ℃ |
Operating temperature | 10~40 | ℃ |
Relative humidity | 10~90 | %RH |