Using self-designed and produced external cavity chips, the laser achieves stable output with narrow linewidth, high power and low noise through hybrid integration, which is suitable for the field of highly integrated coherent detection. It has low phase noise, low frequency noise, and the integrated line width can reach below 100kHz. It has small design size, stable performance and excellent vibration characteristics.
Name | Model | Description | Parameter | Price |
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Wavelength stability: ±10pm
Power stability: 0.01dB
Power consumption: 5W
Dimension: 96x27x68mm
Operating temperature: -20~75°C
Basic indicators:
Output light characteristics | Parameter | Unit |
Output optical power | ≥ 10,20 | mW |
Integral linewidth | ≤100(note1) | kHz |
intrinsic linewidth | <100 | Hz |
Working wavelength | Reference:Table 2 | nm |
frequency stability | Typical <10-8 (2MHz) | @100s |
Relative intensity noise | ≤-150 | dBc/Hz |
Operating temperature | -10~60 | ℃ |
Light isolation | ≥40 | dB |
Electrical properties | parameter | unit |
Supply voltage | 5-6 | V |
Normal working current | 500(note2) | mA |
Module starting current | 1500(note3) | mA |
Note 1: The phase noise method is used to test, which is similar to the Lorentz linewidth of the simple test using the delayed self-difference beat method.
Note 2: Typical values are related to the external operating temperature.
Note 3: The current value of the module under the TEC high-current working state during startup. To ensure normal startup, the power supply is usually required to provide a current of 2A.
Spectral analysis
Linewidth test
Linewidth Measurement(CW,13.5kHZ@25deg)
Unit (mm)
SCL0-ECL-□□□□-☆-A8▽-L□□-M□-XX
□□□□: Wavelength
632.8:632.8nm
1550.12: 1550.12nm
*****
1650: 1650nm
☆: Output Power
A: 10mW
B: 20mW
C:30mW
D:40mW
E:50mW
▽: Wavelength Tolerance
1: ±1nm
2: ±2nm
3:±10nm
L□□:Linewidth
01:Grade 1 <1KHZ
02:Grade 2 <3KHZ
03:Grade 3 <5KHZ
04:Grade 4 <50KHZ
05:Grade 5 <100KHZ
M□:Modulation
0:CW
1:External Modulation
XX: Fiber and Connector Type
SA=SM Fiber+ FC/APC
SP=SM Fiber+ FC/PC
PP=PM Fiber+ FC/PC
PA=PM Fiber+ FC/APC
Typical Wavelength Table2
Wavelength(nm) | Linewidth(KHZ) | Power(mW) | Wavelength(nm) | Linewidth(KHZ) | Power(mW) |
633 | <100KHZ | 10-30mW | 975 | <100KHZ | 10-30mW |
660 | <100KHZ | 10-30mW | 1030 | <500KHZ | 30-50 |
762 | <100KHZ | 10-20mW | 1046 | <500KHZ | 30-50 |
770 | <100KHZ | 10-20mW | 1050 | <500KHZ | 30-50 |
775 | <100KHZ | 10-20mW | 1053 | <500KHZ | 30-50 |
780 | <100KHZ | 10-20mW | 1060 | <500KHZ | 30-50 |
785 | <100KHZ | 10-20mW | 1064 | <500KHZ | 30-50 |
795 | <100KHZ | 10-20mW | 1070 | <500KHZ | 30-50 |
808 | <100KHZ | 10-20mW | 1080 | <500KHZ | 30-50 |
810 | <100KHZ | 10-20mW | 1270 | <100KHZ | 20mW |
820 | <100KHZ | 10-20mW | 1280 | <100KHZ | 20mW |
830 | <100KHZ | 10-20mW | 1290 | <100KHZ | 20mW |
840 | <100KHZ | 10-20mW | 1300 | <100KHZ | 20mW |
850 | <100KHZ | 10-20mW | 1310 | <100KHZ | 20mW |
852 | <100KHZ | 10-20mW | 1320 | <100KHZ | 20mW |
895 | <100KHZ | 10-20mW | 1330 | <100KHZ | 20mW |
900/905 | <100KHZ | 10-30mW | 1340 | <100KHZ | 20mW |
910 | <100KHZ | 10-30mW | 1350 | <100KHZ | 20mW |
915 | <100KHZ | 10-30mW | 1540-1580 | <100KHZ | 20mW |
940 | <100KHZ | 10-30mW | 1620-1650 | <100KHZ | 100mW |