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The Best Ando AQ6315E
Ando AQ6315E
Optical Spectrum Analyzer
The Ando AQ6315E optical spectrum analyzer (OSA) is an improved version of the well known Ando AQ6315A. This OSA can do spectrally resolved intensity measurements in the range of 350 to 1750 nm with a wavelength accuracy better than 0.05 nm and supports single-pass/double-pass monochromator mode select. In the single-pass monochromator mode, it supports the same wide range of applications as previous models.
In the double-pass monochromator mode, the dynamic range is improved to -90dBm. The system is sensitive enough to measure light intensities as low as a few picowatts, and in a single measurement can cover a dynamic range of seven orders of magnitude, allowing for the simultaneous viewing of low intensity and high intensity signals such as spontaneous emission and laser emission from a laser cavity.
It has several integrated measurement modes, from simple optical absorption measurements to full optical amplifier parameter analysis. This unit supports diverse analysis functions for DWDM and other optical devices (LD, LED, FBG, etc).
This unit has the following specifications:
Wavelength Range: 350 – 1750 nm
Resolution: 0.05 nm
Sensitivity: -65 dBm
Maximum Power: +20 dBm
High wavelength accuracy: 0.05 nm wavelength accuracy in the 1550 nm band, with 0.02 nm wavelength linearity
Dynamic Range: 70 dB
High-level accuracy: 0.3 dB
High power measurement: +20dBm (100 mW)
Built-in GPIB Interface
Three individual trace memories
9.4-inch color LCD
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Description
Ando AQ6315E
The Ando AQ6315E optical spectrum analyzer (OSA) is an improved version of the well known Ando AQ6315A. This OSA can do spectrally resolved intensity measurements in the range of 350 to 1750 nm with a wavelength accuracy better
than 0.05 nm and supports single-pass/double-pass monochromator mode select.
In the single-pass monochromator mode, it supports the same wide range of applications as previous models. In the double-pass monochromator mode, the dynamic range is improved to -90dBm.
The system is sensitive enough to measure light intensities as low as a few picowatts, and in a single measurement can cover a dynamic range of seven orders of magnitude, allowing for the simultaneous viewing of low intensity and high intensity signals such as spontaneous emission and laser emission from a laser
cavity.
It has several integrated measurement modes, from simple optical absorption measurements to full optical amplifier parameter analysis. This unit supports diverse analysis functions for DWDM and other optical devices (LD, LED, FBG, etc).
This unit has the following specifications::
• Wavelength Range: 350 – 1750 nm
• Resolution: 0.05 nm
• Sensitivity: -65 dBm
• Maximum Power: +20 dBm
• High wavelength accuracy: ± 0.05 nm wavelength accuracy in the 1550
nm band, with ± 0.02 nm wavelength linearity
• Dynamic Range: 70 dB
• High-level accuracy: ±0.3 dB
• High power measurement: +20dBm (100 mW)
• Built-in GPIB Interface
• Three individual trace memories
• 9.4-inch color LCD
