HDCA_O

HDCA_O

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Quick Overview

The new High Definition Component Analyzer (HDCA) is specifically designed to characterize passive optical devices with the highest resolution and wavelength accuracy, the fastest measurement time and largest dynamic range. The spectra profile of insertion losses (IL), return losses (RL) and polarization dependent losses (PDL) of passive optical devices can be measured with femttmetric resolution…

Features

  • Real time measurement: 0.4 sec.
  • Resolution down to 2.4 fm
  • Dynamic range: > 85 dB in a single sweep
  • Wavelength repeatability: ±0.15 pm
  • Wavelength accuracy: ±0.5 pm
  • Wavelength range:
    • O band (1265-1345 nm)
    • C+L band (1510-1620 nm)
  • TE/TM spectra characterization
  • Configurable total data points (up to 10million points)
  • Referenced measurements using NIST traceable absorption lines
  • External TLS compatible (100 series)

Applications

  • Quantum photonics (chips)
  • Ring resonators
  • Fiber Bragg gratings (FBG)
  • Photonic integrated circuits (PICs)
  • Wavelength selective switches (WSS)
  • Ultra-DWDM network components
NameHDCA_O
DescriptionHigh Definition Component Analyzer in O bands. Single channel.
Wavelength Range1265-1345 nm
BandO
Channels1 included (up to 4 optional)
Polarization Repeatability±0.02 dB
Calibrated Input Range+10 to -90 dBm
Polarization MeasurementTwo orthogonal polarizations PDL measurement as option
Power AccuracyIL: ± 0.1 dB (Typ.), RL: ± 0.5 dB (Typ.)
Scanning speed1 to 100 nm/s
Measurement Time0.4 sec @ 400nm/s C+L band
Resolution Power0.001 dB
Output Power 0 dBm (Min.)
Resolution0.3 MHz (0.0024 pm) (Min.) 1 MHz (Typ.)
Wavelength Accuracy± 0.5 pm (Typ.)
Dynamic RangeIL: > 85 dB @100 nm/s, RL > 55 dB
Datasheet

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