PHOENIXTM1400 Datasheet, PDF (2/2 Pages) List of Unclassifed Manufacturers – Full C-band tunability

PHOENIX 1400
PARAMETER
Wavelength
Mode Hop Free Tuning Range
Wavelength Set Point Resolution
Absolute Accuracy¹
Wavemeter Accuracy²
Wavemeter Linearity
Stability
Tuning
Tuning Rate
Deviation from Linearity³
Power
Range
Accuracy
Flatness⁴
Ripple⁴
Noise
Spectral line width^5,6
Side mode suppression ratio (nearest mode)⁵
Relative intensity noise⁵
Spontaneous Emission Ratio^5,7
Inputs
Auxiliary Detectors (SM FC/APC)
Min detectable
Max detectable
Damage threshold
Electrical Trigger (BNC)
“Low” voltage
“High” voltage
Outputs
Optical Power
Electrical Sweep and Retrace Triggers (BNC)
+1 M load
+50 M load
MIN
1515
1
8
43
TYP
0.01
±1.5
±0.5
±50
10.5
±1.5
±5
±7
±2
1.5
50
-152
-50
MAX
1565
UNITS
nm
pm
pm
pm
fm
pm/°C
100
nm/s
±2
GHz
10
mW
%
±10
%
%
-145
-43
MHz
dB
dB/Hz
dBc/nm
0.02
10
0.03
0.05
12
15
mW
50
-0.5
0
+0.8
V
+2.0
+3.3
+3.8
SM FC/APC
+2.5
V
+1.7
All measurements assume warm-up time of 1.5 hrs.
1 Determined by internal NIST-traceable gas cell reference.
2 Measured after wavelength auto-calibration.
CLASS 1 LASER PRODUCT
3 Over full wavelength range at 10 nm/s.
4 At 10 mW tuning at 10 nm/s over full wavelength range.
5 Measured with laser set to 1540 nm with 10 mW output power.
6 Phase noise distribution full width at half maximum at center wavelength integrated over 1 ms. Measurements indicate that the intrinsic laser
linewidth (the limit at which the integration time goes to zero) is less than 100 kHz.
7 Measured with optical spectrum analyzer set at 1 nm resolution bandwidth.
©Luna Innovations Incorporated, Roanoke, VA
All rights reserved.
PHOENIX^TM is a trademark of Luna Innovations Incorporated.
LTPHO1400 REV. 006 07/18/2013