Tunics Plus is a general-purpose benchtop “work-horse” tunable laser, offering the basic features of the Tunics prime benchtop models.
With up to 150 nm of tuning range, Tunics Plus is available in eight different versions from 1240 to 1640 nm.
Up to +10 dBm for the Tunics Plus 10 model eases the power budget and provides highdynamic range measurements.
For ultimate performance, Tunics Plus features a proprietary active control that ensures perfect mode-hop-free operation and accurate wavelength sweep over its entire tuning range.
Extremely smooth scans up to 150 nm, with 1 pm resolution, allow a fine analysis over a
wide spectral range.
By connecting part of the light to a wavelength meter, Tunics Plus is able to internally adjust the output wavelength to the required wavelength within the wavelength meter accuracy. This function can be activated from the keyboard or through GPIB. It is compatible with wavelength meters providing RS 232-C remote control (contact us for compatible wavelength meters
list).
As an option, Tunics Plus features sweeping mode. This mode delivers a continuous variation of the wavelength at a constant, selectable rate to enable a fast and uninterrupted measurement.
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This product is a Tunics-Plus S 1.48 with Option M
Specifications:
Wavelength rage | 1430-1530nm |
Absolute wavelength accuracy | ±0.04nm |
Tuning repeatability (typ.) | ±0.005nm |
Wavelength setting resolution | 0.001nm |
Optical frequency fine tuning | ±2 GHz |
Tuning speed (typ.) | 1s (100nm) |
Power stability | ±0.01dB |
Side mode suppression ratio | >45dB |
Signal to source spontaneous-emission ration | >55dB |
Relative intensity noise | 145 dB/Hz |
Optical connector | FC-APC |
Output fiber | SMF-28 |
Output isolation | 35dB |
Return loss | 60dB |
Remote control | RS-232 C and IEEE-488.1 |
Low frequency modulation | 10 KHz to 8 MHz |
High frequency modulation | 30 KHz to 1 GHz |
Mode-lock frequency | 5 GHz |
Operating temperature range | +15 to +30°C +60 to +85°C |
Power supply | 100 to 240 V 50 to 60 Hz |
Option M:
Polarization maintaining output fiber (orientation TE in slow axis, in line with connector key)