1550/780nm dual-band femtosecond laser
SCI-1550A780-D
SCI-1550A780-D series scientific research femtosecond lasers adopt the latest generation of all-PM fiber NALM mode-locked one-line cavity femtosecond fiber seed source plus fiber amplification technology and second harmonic conversion technology, 1550/775nm dual wavelength output, pulse width <100fs; this product has been tested by temperature cycle and shock vibration to ensure the power stability and long-term reliability of the product.
Laser parameters |
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Operating wavelength |
1560±10 nm |
780±10 nm p> |
Pulse width |
< 80 fs |
< 100 fs |
Repeat Frequency |
100 MHz (40-200 customizable) |
|
Average power |
>100 mW |
>60 mW (up to 90 mW) |
Power stability |
<0.5% RMS (24h@25℃) |
|
Single Pulse energy |
>1.25 nJ |
>0.75 nJ |
Polarization extinction ratio |
>20 dB |
|
Output method |
PM1550 fiber, FC/APC connector |
Spatial collimation output |
Electrical, environmental and mechanical parameters |
|
|
Power consumption |
<150 W |
|
Synchronous signal |
1 V@50 Ohm |
|
Power supply voltage |
100-240 VAC |
|
Operating temperature |
15-35 ℃ |
|
Operating humidity |
20~80% (Non-condensing) |
|
Machine weight |
17 kg |
|
Appearance size |
395×346×126 mm |
|
Cooling method |
Air cooling |
Product Description
The SCI-1550A780-D dual-band femtosecond laser is based on the frequency doubling module of the SCI-1550-FS 1550nm laser. It has a built-in frequency doubling module and adopts an integrated design to achieve 1550 and 780nm dual-channel output, 1550/775nm dual-wavelength output, and a pulse width of <100fs. This product has been tested for temperature cycling and shock vibration to ensure the power stability and long-term reliability of the product.
The 1550/780nm dual-band femtosecond laser adopts a newly upgraded control system, which is more stable and can meet the repetition rate output of up to 200Mhz; the product is suitable for a series of ideal light sources such as second/third harmonic imaging, terahertz time-domain spectroscopy, solid laser seed source, two-photon fluorescence light source, frequency comb seed source, etc. In addition, the laser has an I/O status output port and supports host computer control.
Product Features
Fully polarization-maintaining fiber structure
High reliability, long life
High peak power
Low noise ultrafast laser amplification technology
Low maintenance cost
Application Areas
Fiber/solid amplifier seed source
THz time-domain spectroscopy
Optical frequency comb
Optical coherence tomography
Biomedical imaging
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