14-pin DFB Laser Diodes 1550nm Butterfly Semiconductor Laser From CivilLaser

-
14-pin DFB Laser Diodes 1550nm Butterfly Laser
The SWLD series laser diodes cover customer selection of large wavelengths from 1260nm to 1650nm which are fabricated in a hermetically sealed 14-pin butterfly package.The laser diodes  contains thermoelectric cooler (TEC), thermistor, monitor photodiode,optical isolator to secure high quality laser performance. We also have full customer selection of output powers, package types and output fibers of SM fibers, PM fibers and other special fibers. Our laser products are Telcordia GR-468 qualified, and in compliance with RoHS directives.
[Features]
1. High output power(10~100mW)
2. High-performance, multiquantum well (MQW) distributed-feedback (DFB) laser
3. Industry-standard, 14-pin butterfly package
4. Built-in TEC and optical isolator
5. ITU wavelengths available from 1260 nm —1650 nm
6. Customer selection of wavelengths
[Applications]
1. LAN, WAN and metro networks
2. C/DWDM systems
3. Fiberoptic sensors
4. Laser sources
5. CATV systems
[Specifications]
ParameterSymbolConditionMin.Typical ValueMax.Unit
Center WavelengthλcTL=15～35℃ CW1549.921550.121550.32nm
Peak Optical Output PowerPO 10  mW
Optical Isolation -10 < TC < +70 oC30  dB
Spectral linewidthLWFull width, half maximum (FWHM) 2 MHz
Bandwidth（@-3dB）BW  2.5 GHz
Side-mode Suppression RatioSMSRCW3540 dB
Polarization Extinction RatioER 20  dB
Wavelength Drift (EOL)△λTested over 25-year lifetime  ±0.1nm
Wavelength Temperature coefficientΔλ/ΔTTEC temperature at 15℃ to 35℃ 0.09 nm/°C
Wavelength Current coefficientΔλ/ΔTTEC temperature at 15℃ to 35℃ 0.01 nm/mA
Fiber Pigtail Specifications
ParameterDescription
Fiber TypePM fiber
Jacket Type900μm loose tube
Pigtail Length1.0±0.1m
Connector TypeFC/APC
PM fiber Connector OrientationPlease see the below figure

Comments

Post a Comment

Popular posts from this blog

0.1 dollar get a 200mw green laser pointer -- what! is it true?

-
Image
Q: 0.1 dollar get a 200mw green laser pointer -- what! is it true? A: Yes, it's true. 7 kinds of $0.1 laser pointers Product Link: https://www.lucklaser.com/index.php?main_page=product_info&cPath=31&products_id=192 Q: How to buy? A: As long as your order is over $60, you can buy it with $0.1. Q: It's so cheap. Is the power of the laser pen high? A: 7 kinds of $0.1 laser pointers's power in not high.If you want to buy a high power laser pointer, you can consider Lucklaser's 3000mW blue laser pointer. 3000mW blue laser pointer -- 61%OFF Product Link: https://www.lucklaser.com/index.php?main_page=product_info&cPath=19&products_id=190 Q: Christmas is coming, what gift to friends? A: A high power laser pointer . Q: What can I do with laser pointer? A: Wow! The use of the laser pointer is great. It can be used as a laser pointer for classroom teaching, for outdoor adventure, indicating the remote target and send a distress signal,can be
Read more

C-Band EDFA 25dB Gain Pre-Amplifier

-
Image
Multi-wavelength Gain Flatness Erbium doped fiber amplifier  (GFF EDFA )  is a family of fiber amplifier products dedicated to optical fiber communication systems，it has multi wavelength and gain flattening， and high gain and low noise advantages, support PC software control, compact, easy to integrate, but also according to customer needs to provide desktop or rack type packaging.   C-Band EDFA Erbium-doped Fiber Amplifier  25dB Gain Pre-Amplifier
Read more

Fiber-laser in-band pumping enables novel 2 µm high-power short-pulse laser

-
Image
Highly efficient high-power short-pulse lasers in the 2 µm wavelength range based on thulium (Tm3+)-doped materials have a variety of applications that include materials processing (such as polymer-to-metal joining), lidar, mid-infrared optical parametric oscillators (OPOs) that produce wavelengths up to 12 μm, and mid-IR supercontinuum generation. They also would enable direct coherent soft x-ray generation via high-order harmonic generation (HHG). For these applications, a light source with much higher conversion efficiency, average power, pulse energy, and shorter pulse duration is desirable. Now, Masaki Tokurakawa and colleagues at the Institute for Laser Science, University of Electro-Communications (UEC; Tokyo, Japan) have developed novel 2 µm high-power short-pulse lasers based on new technique of fiber-laser in-band pumping at 1611 nm and Kerr-lens mode locking with a new Tm-doped gain medium provided from the University of Hamburg by researcher Christian Kränkel.1, 2
Read more