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

80

dB

Insertion loss accuracy

±0.1

dB

Resolution

±0.05

dB

Group delay



Range

6

ns

Accuracy

±0.1

ps

Loss range

60

dB

Chromatic dispersion



Accuracy

±5

ps/nm

PDL



Dynamic range

50

dB

Accuracy

±0.05

dB

PMD



Range

6

ns

Accuracy

±0.1

ps

Loss range

50

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


All Information given here is reliable to our best knowledge. However, no responsibility is assumed for possible inaccuracies or omissions. Specifications and external appearances are subject to be changed without notice.



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