The ANDO AQ6141 Multi-Wavelength Meter is a precision optical instrument for measuring wavelengths across the 900 to 1680 nm band. It delivers absolute accuracy to ± 0.2 ppm in the 1270–1680 nm range and provides simultaneous waveform and measurement display with peak analysis capabilities. The meter accepts single-mode fiber input at power levels to +10 dBm and features advanced analysis tools including 3D waveform visualization, ITU-T grid verification, wavelength drift measurement, and dual marker functions. Built for DWDM system development, optical component characterization, laser wavelength verification, and narrow bandpass filter testing, the AQ6141 combines high spectral resolution with laboratory-grade stability.
Technical Specifications
• Wavelength Range: 900 to 1680 nm (178.470 to 333.144 THz)
• Wavelength Absolute Accuracy: ± 0.2 ppm (1270–1680 nm at 1550 nm reference); ± 0.3 pm
• Maximum Input Level: +10 dBm
• Optical Input: 9/125 single-mode fiber
• Linearity: ± 0.3 dB (input levels ≥ −30 dBm)
• Polarization Dependence: ± 0.5 dB (1270–1600 nm)
– Key Features
• Simultaneous optical waveform and measurement display
• Peak wavelength and power analysis—displays up to 14 peaks with corresponding power levels
• Single-channel waveform monitoring with current, maximum, minimum, and balance rate tracking
• ITU-T grid alignment verification
• Wavelength drift analysis over time
• 3D waveform display with peak list overlay for temporal trend visualization
• Marker function for wavelength and power difference analysis
– Typical Applications
• DWDM system development and manufacturing
• Optical component testing and quality assurance
• Laser output characterization
• Narrow bandpass filter center wavelength determination
– Compatibility & Integration
• GPIB interface for instrument control and data transfer
• RS-232 serial communication for remote operation
• VGA monitor interface for external display output
