AQ2200-215 Optical Sensor Module

Brand: Yokogawa Electric Corporation

The AQ2200-215 is an optical power meter designed specifically to measure high optical power up to +30 dBm. It features high speed sampling and advanced data processing functions. 

The AQ2200-215 is an ideal measurement tool for optical output power measurement and margin test of WDM transmission equipment, as well as gain measurements of optical fiber amplifiers. 

It is commonly used in conjunction with other AQ2200 Series modules and the AQ6370C Optical Spectrum Analyzer to offer a flexible customized optical measurement system.
Features
  • High Power Measurement: +30dBm
  • High-Speed Sampling: 10,000 points per second
  • Various Optical Connectors: FC/SC/MU/LC
  • Fully Configurable: Create the desired measurement system by combining AQ2200 Series modules with Yokogawa optical communications measuring instruments

Models matching criteria: 5
  • Optical Connector - AQ9335C (LC) Connector Adapter (With a Dust Protection Cap)
25+ In Stock
$1,648.00 CAD
Does not ship to OH, United States
  • Optical Connector - AQ9335C (FC) Connector Adapter (With a Light Shielding Cap)
22 In Stock
$128.00 CAD
Does not ship to OH, United States
  • Optical Connector - AQ9335C (MU) Connector Adapter (With a Dust Protection Cap)
22 In Stock
$2,320.00 CAD
Does not ship to OH, United States
  • Optical Connector - AQ9335C (SC) Connector Adapter (With a Light Shielding Cap)
11 In Stock
$487.00 CAD
Does not ship to OH, United States
  • Optical Connector - Without Optical Connector Adapter
2 In Stock
$162.00 CAD
Does not ship to OH, United States

Specifications

Channels

  • 1 - Number of Channels

Connectors

  • FC, SC, LC & MU Optical Connector

Linearity

  • ± 0.05 dB ± 2.0 NW

Measuring Time

  • 100 µs - Averaging Time (Min. Sampling Interval)

Output Noise

  • 2.0 NW or Less - Noise Level

Polarization

  • 0.03 dB Peak-to-Peak Typical - Polarization Dependence

Power

  • -70 to 30 dBm

Sensor, Probe Material

  • InGaAs - Detector Typical

Uncertainty

  • ± 3 % - Uncertainty at Reference Conditions
  • ± 5.0 % ± 2.0 NW - Total Uncertainty

Wavelength

  • 970 to 1,660 Nm

Documentation

show more