1550nm ultra-narrow linewidth single frequency laser ≤2kHz
Ultra-narrow linewidth (≤2 kHz), single-frequency center wavelength 1550nm, supports any wavelength customization in C-band, 14Pin butterfly package.
Huang
Email: Hqy@ybphotonics.com
Product Info
Introduction
The center wavelength 1550nm ultra-narrow line width single frequency laser is a combination of silicon photonic chip technology, ECL laser technology and advanced packaging technology into a high-performance semiconductor laser products.
The product has narrow linewidth, high optical power, stable wavelength, low noise, low power consumption and high reliability.
The product has narrow linewidth, high optical power, stable wavelength, low noise, low power consumption and high reliability. It is a high performance semiconductor laser product.
The product can be used in LIDAR, coherent detection, fiber optic sensing, medical photonics, research equipment, 3D mapping and other fields, and can be customized according to customer's application requirements.
Technical Advantages
- Silicon Photonic Integrated Chip Technology
- ECL External Cavity Laser
- Tunable Photonic Technology
- Ultra-narrow line width
Key Features
- Ultra-narrow line width (≤2 kHz)
- Single frequency center wavelength 1550nm, support C-band any wavelength customization
- Stable light output power and wavelength
- Low optical noise
- Low RIN value
- Low power consumption
- 14Pin Butterfly Package
Product Applications
- LIDAR
- Coherent Detection
- Fiber optic sensing
- Medical Photon
- Scientific Research Equipment
- 3D Mapping
Product parameters
Limit parameters：During use, the environmental conditions and parameter settings must not exceed the following limit values; otherwise, it may lead to poor performance of the device, shorten the product life, or cause damage to the device. Any product problems caused by this are not covered by the warranty.
parameters
Symbols
Conditions
Min.
Typ.
Max.
Unit
Storage temperature
TS
-40
85
℃
LD Forward Voltage
VLD
1.6
1.8
V LD Forward Current
ILD
300
mA TEC Current
ITEC
1.5
A TEC Voltage
VTEC
3 V
Optical and electrical parameters (TLD=25℃)
parameters
Symbols
Conditions
Min.
Typ.
Max.
Unit
Threshold current
Ith
CW
35
mA Central wavelength
λC
1530
1550.12
1565
nm Out fiber optical power
Pf
CW
10
mW Lorentz line width*
FWHM
CW
2
kHz
Optical Noise
PhN
Optical noise @10Hz
7E+05
Hz rms^2/Hz
Optical Noise
PhN
Optical noise @ 200Hz
6E+03
Hz rms^2/Hz
Relative intensity noise
RIN
≥1kHz
-140
dB/Hz
Side mode rejection ratio
SMSR
CW
55
dB Polarized extinction ratio
PER
CW
20
dB
Optical isolation
ISO
50
dB TEC set temperature
TTEC
CW
15
45 ℃
Operating temperature
To
-20
70
℃
Operating humidity
%
5
85 %
*Lorentz line width determination by time-delayed self-external difference method
Typical Lorentzian linewidth (1.12kHz)
Typical optical noise test results
Typical RIN value test results (<-140dBc/Hz@1kHz)
Device pin definition (N-type pin)
Pins
Description
Pins
Description
1 Chiller Anode (TEC+)
8 NC
2 Thermistors
9 NC
3 Backlight detector anode (PD -)
10 Laser Anode (LD+)
4 Backlight detector cathode (PD +)
11 Laser cathode (LD-)
5 Thermistors
12 NC
6 NC
13 Tube and Shell (Case)
7 NC
14 Chiller Cathode (TEC -)
Mechanical drawing and dimensioning
Pigtail and interface definition
Number
Part Description
Parameters
Unit
Remarks
1 Pigtail Type
Panda type PMF φ0.9mm red
SMF/PMF optional
2 Pigtail length
1200±10
mm
3 Interface Type
FC/APC
The center wavelength 1550nm ultra-narrow line width single frequency laser is a combination of silicon photonic chip technology, ECL laser technology and advanced packaging technology into a high-performance semiconductor laser products.
The product has narrow linewidth, high optical power, stable wavelength, low noise, low power consumption and high reliability.
The product has narrow linewidth, high optical power, stable wavelength, low noise, low power consumption and high reliability. It is a high performance semiconductor laser product.
The product can be used in LIDAR, coherent detection, fiber optic sensing, medical photonics, research equipment, 3D mapping and other fields, and can be customized according to customer's application requirements.
Technical Advantages
- Silicon Photonic Integrated Chip Technology
- ECL External Cavity Laser
- Tunable Photonic Technology
- Ultra-narrow line width
Key Features
- Ultra-narrow line width (≤2 kHz)
- Single frequency center wavelength 1550nm, support C-band any wavelength customization
- Stable light output power and wavelength
- Low optical noise
- Low RIN value
- Low power consumption
- 14Pin Butterfly Package
Product Applications
- LIDAR
- Coherent Detection
- Fiber optic sensing
- Medical Photon
- Scientific Research Equipment
- 3D Mapping
Product parameters
Limit parameters：During use, the environmental conditions and parameter settings must not exceed the following limit values; otherwise, it may lead to poor performance of the device, shorten the product life, or cause damage to the device. Any product problems caused by this are not covered by the warranty.
| parameters | Symbols | Conditions | Min. | Typ. | Max. | Unit |
|---|---|---|---|---|---|---|
| Storage temperature | TS | -40 | 85 | ℃ | ||
| LD Forward Voltage | VLD | 1.6 | 1.8 | V | ||
| LD Forward Current | ILD | 300 | mA | |||
| TEC Current | ITEC | 1.5 | A | |||
| TEC Voltage | VTEC | 3 | V |
Optical and electrical parameters (TLD=25℃)
| parameters | Symbols | Conditions | Min. | Typ. | Max. | Unit |
|---|---|---|---|---|---|---|
| Threshold current | Ith | CW | 35 | mA | ||
| Central wavelength | λC | 1530 | 1550.12 | 1565 | nm | |
| Out fiber optical power | Pf | CW | 10 | mW | ||
| Lorentz line width* | FWHM | CW | 2 | kHz | ||
| Optical Noise | PhN | Optical noise @10Hz | 7E+05 | Hz rms^2/Hz | ||
| Optical Noise | PhN | Optical noise @ 200Hz | 6E+03 | Hz rms^2/Hz | ||
| Relative intensity noise | RIN | ≥1kHz | -140 | dB/Hz | ||
| Side mode rejection ratio | SMSR | CW | 55 | dB | ||
| Polarized extinction ratio | PER | CW | 20 | dB | ||
| Optical isolation | ISO | 50 | dB | |||
| TEC set temperature | TTEC | CW | 15 | 45 | ℃ | |
| Operating temperature | To | -20 | 70 | ℃ | ||
| Operating humidity | % | 5 | 85 | % |
*Lorentz line width determination by time-delayed self-external difference method
Typical Lorentzian linewidth (1.12kHz)
Typical optical noise test results
Typical RIN value test results (<-140dBc/Hz@1kHz)
Device pin definition (N-type pin)
| Pins | Description | Pins | Description |
|---|---|---|---|
| 1 | Chiller Anode (TEC+) | 8 | NC |
| 2 | Thermistors | 9 | NC |
| 3 | Backlight detector anode (PD -) | 10 | Laser Anode (LD+) |
| 4 | Backlight detector cathode (PD +) | 11 | Laser cathode (LD-) |
| 5 | Thermistors | 12 | NC |
| 6 | NC | 13 | Tube and Shell (Case) |
| 7 | NC | 14 | Chiller Cathode (TEC -) |
Mechanical drawing and dimensioning
Pigtail and interface definition
| Number | Part Description | Parameters | Unit | Remarks |
|---|---|---|---|---|
| 1 | Pigtail Type | Panda type PMF φ0.9mm red | SMF/PMF optional | |
| 2 | Pigtail length | 1200±10 | mm | |
| 3 | Interface Type | FC/APC |
