OCI-V Optical Vector Analysis System

OCI-V Optical Vector Analysis System

Description

The OCI-V is an optical vector analysis system for loss, dispersion measurement of optical device. Its principle is based on linearly tunable laser and coherent detection technologies. By measuring the Jones matrix of DUT, insertion loss, dispersion, PDL, PMD can be calculated easily and precisely through OCI-V. Based on the unique optical design and the advanced algorithms, fast measurement and self-calibration are the advantages of this system, which makes it an ideal tool for optical vector measurement.

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

Download

OCI-V Datasheet