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Part NO. : | IDP-L-P-PW |
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L-Band High Stability ASE Light Source
The L-band ASE light sources of Idealphotonics Laser employ optimized Er-doped fiber laser and realize output laser which are featured by wide spectral, high output power and extremely high stability of the output power within the whole temperature range. The L-band ASE sources of Idealphotonics Laser have extremely high spectral flatness.
The L-band ASE light sources of Idealphotonics Laser are highly integrated system sources. The benchtop sources uses high-definition LCD which displays the current and voltage synchronously and have continuously tunable output power; suitable for scientific research and manufacturing testing. In addition, Idealphotonics Laser can provide compact module package for system integration.
● Components test
● Optical fiber sensor system
● Fiber optic gyroscope
● Spectrum Analysis
● Other lab applications
Features
● L-Band, bandwidth
● SM fiber output
● Output power adjustable
● High flatness
● High stability and high reliability
Parameter
Unit
Specifications
Min
Typ.
Max
Part No.
IDP-L-B:SM
IDP-L-B:PM
Output
power1
mW
10
-
100
Operating
wavelength range
nm
1570
-
1602
Spectral
width(FWHM)
nm
-
32
-
Spectral
flatness(Standard)
dB
-
-
3.5
Spectral
flatness(Gain
Flatness)
dB
30
35
-
Output
isolation
%
-
±0.5
±1.0
Stability
of output power(15min)2
%
-
±1.0
±2.0
Stability
of output power(8h)2
%
0
-
100
Output
power operating range
caorse/fine
adjustment
Output
power operating mode
VAC
170
220
260
Operating voltage
W
-
-
20
Power
consumption3
℃
0
-
50
Operating
temperature
℃
-40
-
85
Storage
temperature
SMF
9/125um NA=0.13
Output
fiber type(Single
mode)
Panda
1550 NA=0.13
Output
fiber type(PM)
dB
> 17(PM
output fiber)
Polarization
extinction ratio(PER)
m
> 1
Length
of output fiber
FC/APC(other
options available)
Output
fiber connector
mm
270(L)×235(W)×105(H)
1. Output power is optional, typical output power: 10mW、20mW、30mW、100mW;
2. The output power stability is measured under 25℃,30 minutes after warm-up;
3. The max power consumption refers to the consumption under extreme temperature conditions.
Spectrogram:
Ordering Information:
IDP-L-P-PW
P:package, B:Benchtop ,M:Module
PW:output power in mW, example:20-20mW, 100-100m
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