Supercontinuum Sources

  • Update:Nov 27, 2018
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AOTF system is a simply plug and play module with any of the supercontinuum sources. For each integrated AOTF crystal the system enables up to 8 simultaneous tunable wavelength channels.

Product Introduction

STNP-SC1K Mid-IR Supercontinuum Laser

We has developed a unique, patented mid-IR fiber supercontinuum technology providing wavelength coverage from 1000nm to 5000nm with high average power >1W picosecond pulses at variable repetition rates. The single mode output is delivered from armored fiber. This turn-key broadband Mid IR source has applications in spectroscopy applications, particularly for hydrocarbon and gas sensing

Features

Specifications:

Parameter STNP-SC1K
Operating Wavelengths (-30dB) 1000 – 5000nm
Average power (W)1 >1
Average power in 1000nm to 1900nm band >500mW
Average power in 2000nm to 5000nm band >500mW
Spatial Beam Quality Single Mode (all wavelengths >2000nm)
Pulse Repetition Rate (MHz) 1.25 – 20
Pulse Duration (picoseconds) 20
Power Stability ±2%
Polarization Random
Output Beam Collimated2
Length of Delivery Fiber (cm) >50
Operation Voltage 100-240VAC 50/60Hz
System Cooling Air Cooled
Operation Temperature (°C) 18-30

STYS Series Supercontinuum SourcesSTYS-SC-5-FC (SM fiber coupled)

Supercontinuum source SC-5-FC is a cost effective supercontinuum laser with single mode FC connector output. With a total output power of more than 800mW covering a broad spectral range of 470nm to 2200nm, the system is an ideal light source for fiber component characterization, fiber sensing, OCT and other areas. The system is based on self-designed highly reliable seed laser offering unique reliability and performance. SC-5-FC can replace the traditional ASE, SLD and Lamp systems in many applications.

Product Features:

Applications:

Specifications:

Model STYS-SC-5-FC
Total Power (Full specrum) 800mW
Wavelength 480nm-2200nm
Spectrum Stability <0.1dB
Power Stability <1%
Repetition Rate 5MHz
Output FC connector (Optional fiber collimated output)
Fundamental Pulse Width ~150ps
Length of Output Fiber 1.5m
State of Polarisation Unpolarised
Computer Interface USB
Sync(trigger) Output SMA
Power Requirements 100-240V, 50/60Hz
Dimensions (W*L*H) 340mm*260mm*125mm
Weight <20kg

STYS-SC-HE (Fixed Rep rate)

Supercontinuum source SC-HE is the latest high power supercontinuum laser with fixed repetition rate. It delivers a wide spectral output ranging from 410nm to 2400nm with up to 3W total power. SC-HE is a short pulse, MHz repetition rate source based on MOPA architecture providing excellent reliability and lifetime. High spectrum density over the whole spectrum makes it the ideal source for the various applications like fluorescence, nanophotonics, flow-cytometry, OCT and etc.

Product Features:

Applications:

  • Self-designed highly reliable seed laser
  • Wavelength: 410nm-2400nm
  • Pulse energy: up to 1uJ
  • Total power: up to 3W
  • One-key-start system
  • TFT control
  • Single-mode output
  • Super-resolution imaging
  • Fluorescence spectroscopy and microscopy
  • Nanophotonics
  • Broadband spectroscopy
  • OCT
  • Nonlinear optics
  • Material characterization

Specifications:

Model STYS-SC-HE
Total Power (Full specrum) 3W
Visible Power >300mW
Wavelength 410nm-2400nm
Power Stability <1%
Repetition Rate 4MHz
Fundamental Pulse Width ~100ps
Beam Diameter ~2mm@633nm
Beam Divergence (half angle) <5mrad
Length of Output Fiber 1.5m
State of Polarisation Random
Computer Interface USB
Sync(trigger) Output NIM trigger
Power Requirements 100-240V, 50/60Hz
Dimensions (W*L*H) 360mm*260mm*125mm
Weight <20kg

STYS-SC-PRO (Multi function)

Supercontinuum source SC-Pro is the latest high power supercontinuum laser with variable repetition rate. It delivers a wide spectral output ranging from 410nm to 2400nm with up to 4W total power. SC-Pro is a short pulse, MHz repetition rate source based on MOPA architecture providing excellent reliability and lifetime. High spectrum density over the whole spectrum makes it the ideal source for the various applications like fluorescence, nanophotonics, flow-cytometry, OCT and etc.

Product Features:

Applications:

  • Self-designed highly reliable seed laser
  • Wavelength: 410nm-2400nm
  • Pulse energy up to 1uJ
  • Total power: up to 4W
  • Single-mode output
  • NIM trigger signal output, externally triggered
  • One-key-start, touch screen control system
  • Super-resolution imaging
  • Fluorescence spectroscopy and microscopy
  • Nanophotonics
  • IR spectroscopy
  • OCT
  • Nonlinear optics
  • Material characterization

Specifications:

Model STYS-SC-PRO
Total Power (Full specrum) 4W@25MHz 3W@5MHz 2W@3MHz 1W@1MHz
Visible Power >400mW
Wavelength 410nm-2400nm
Power Stability <1%
Repetition Rate 100kHz-25MHz adjustable (min 100kHz step size)
Maximum pulse energy Up to 1uJ
Fundamental Pulse Width ~100ps
Beam Diameter ~2mm@633nm; M2 <1.1
Beam Divergence (half angle) <2mrad
Length of Output Fiber 1.5m
State of Polarisation Unpolarised
Computer Interface USB
Sync(trigger) Output SMA NIM pulse
Power Requirements 100-240V, 50/60Hz
Dimensions (W*L*H) 360mm*260mm*125mm
Weight <20kg

STYS-SC-HP (High Power)

SC-HP is the latest high power supercontinuum source with fixed repetition rate. It delivers a wide spectral output ranging from 480nm to 2200nm with up to 10W total power. SC-HP is a short pulse, 50MHz repetition rate source based on MOPA architecture providing excellent reliability and lifetime. >10mW/nm spectrum density over 800nm-1600nm range makes it the ideal source for the various applications like IR spectroscopy, nanophotonics, material characterization and etc.

Product Features:

Applications:

  • Wavelength: 480nm-2200nm
  • Power density: >10mW/nm (800-1600nm)
  • Total power: >10W
  • One-key-start system
  • Single-mode output
  • IR Spectroscopy
  • Material characterization
  • Nanophotonics
  • OCT
  • Nonlinear optics

Specifications:

Model STYS-SC-HP
Total Power (Full specrum) 11W
Wavelength 450nm-2200nm
Power Stability <1%
Repetition Rate 50MHz
Average power density >5mW/nm
Power Density (800-1600nm) >10mW/nm
Fundamental Pulse Width ~100ps
Beam Diameter ~2mm@633nm
Beam Divergence (half angle) <2mrad
Length of Output Fiber 1.5m
Computer Interface USB
Sync(trigger) Output NIM trigger
Power Requirements 100-240V, 50/60Hz
Dimensions (W*L*H) 360mm*260mm*125mm
Weight <20kg

AOTF filter unit for Supercontinuum sources

AOTF system is a simply plug and play module with any of the supercontinuum sources. For each integrated AOTF crystal, the system enables up to 8 simultaneous tunable wavelength channels. Combines of three different crystals, the AOTF module covers the entire supercontinuum spectrum from 400nm to 2400nm. The system can be equipped with either one or two of them according to customer demand. The AOTF offers a free-space collimated beam as standard optical output. As an alternative, a single-mode fiber delivered output is also available.

Product Features:

Applications:

  • 400-2400nm filter range
  • Simultaneous 8 channels output
  • Linear polarized output
  • Easy plug & play
  • User friendly GUI
  • High resolution microscopy
  • Fluorescence microscopy
  • Nanophotonics
  • Replace for several single wavelength laser
  • Material characterization

Specifications:

Model STYS-AOTF-VIS STYS-AOTF-NIR STYS-AOTF-IR
Wavelength Range 400nm-650nm 650nm-1100nm 1100-2000nm
Filter Bandwidth 3-8nm 2-7nm 6-12nm
AOTF Diffraction Efficiency >70%
Output Efficiency >40%
Polarization Linear Polarised

Variable Linear Filter for Supercontinuum sources

As a removable filtering module with easy plug and play connection, VLF System has been designed to further increase the flexibility of the YSL supercontinuum light sources. With VLF, customers can select any specific single wavelength between 400nm to 840nm with a 10nm-100nm bandwidth. The VLF System offers a free-space collimated beam as standard optical output, as an optional, the output can also be single mode fiber with FC connector.

Product Features:

Specifications:

Model STYS-AOTF-VIS
Wavelength Range 400nm-840nm
Channel Spectral Bandwidth 10nm - 100nm
Transmission Efficiency >80%
Input Plug and play to STYS Collimator
Output Free-space collimated or fiber delivery
Fiber Coupling Efficiency >30%
Polarization Non-Polarised

 

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