Brand: YOKOGAWA
Model: AQ6370C
Product Type: Spectrum analyzer
Payment method: Wire transfer, Western Union
Port of shipment for remittance: Xiamen, China
Delivery time: 1-3 working days
Condition: New and 100% original
Warranty: 12 months
Wavelength range: 600 to 1700nm
High wavelength accuracy: ±0.01nm
High wavelength resolution: 0.02nm
Wide dynamic range: 78dB (typical)
Wide level range: +20 to -90dBm
Fast measurement: 0.2 seconds (100nm span)
Suitable for single mode and multi-mode fiber
AQ6370C Main specifications and highlights:Wavelength accuracy: Unmatched accuracy at ±0.01nm.
Wavelength resolution: Resolution of fine spectral features at 0.02nm.
Dynamic range: Experience a wide dynamic range of 78dB, ensuring accurate measurements even under challenging conditions.
Liquid level range: covers a wide power range from +20dBm to -90 DBM.
Fast measurement: Get results quickly with a fast measurement time of 0.2 seconds (100nm span).
Optical fiber compatibility: Applicable to single-mode and multi-mode optical fibers.
Standard model (AQ6370C-10) :
Wavelength accuracy: ±0.02nm (C+L band)
Wavelength range: 1520 to 1580nm (C-band), 1580 to 1620nm (L-band)
Ultra-high dynamic range: 73dB (typical)
Clearer filter edges for clear separation of spectrum signals.
Whether you're characterizing optical components, analyzing fiber optic networks, or conducting research, the Yokogawa AQ6370C-10 ensures reliable and efficient performance. Increase accuracy and upgrade your optical measurements with this world-class spectrum analyzer.
AQ6370C technical features:Fast measurement: At 100nm span, fast measurement of 0.2 seconds can be achieved.
High stray light rejection rate: up to 80dB, helping to shorten measurement time and improve measurement efficiency.
Built-in wavelength reference source: Used for wavelength calibration and optical alignment to ensure measurement accuracy and reliability.
Multiple analysis functions: Support WDM (OSNR) analysis, WDM-NF (EDFA) analysis, DFB-LD analysis, etc.
AQ6370C Application areas:Measurement of optical properties of optical communication equipment and devices.
Testing of high power light sources such as fiber lasers.
Spectral analysis in scientific research, industry, environmental protection and other fields.
