Description
Frequency combs in the molecular finger-print region have enabled applications in metrology, spectroscopy and medicine. All these applications benefit from higher average powers that allow for faster acquisition rates and an improved signal-to-noise ratio. This extension complements the compact 50fs-thulium-doped ultrafast fiber laser system and provides a high-power frequency comb in the mid-IR.
The ultrafast mid-IR pulses are achieved through intra-pulse difference-frequency generation, which guarantees passive carrier-envelope-offset stability. The complete frequency-comb nature of the source can be achieved by controlling and stabilizing the fundamental pulse-repetition frequency of the driving laser.
Few-Cycle MIR Source
Specifications
| Wavelength: | 5000 nm |
|---|---|
| Repetition Rate: | 30 MHz |
| Output Power: | 0.1 W |
| Pulse Duration: | 35 fs |
| Spectral Range: | 5 - 18 µm |
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Features
The following specs show only our main platform. We happily customize a system exactly to your needs.
- Central wavelength: 5 µm - 18 µm (tunable)
- Pulse repetition rate: 20 MHz (others on request)
- Average power: up to 100 mW
- Polarization: linear
- Beam quality: Close to diffraction-limited, M² < 1.3
- Average-power stability: < 1 % RMS
- Pulse-energy stability: < 1 % RMS
- Beam pointing: < 10 µradRMS
- Addional features: Turnkey reliability, temperature-stabilized and dust-sealed housing
Applications
- Metrology: Utilize frequency combs in the molecular fingerprint region for precise measurements.
- Spectroscopy: Benefit from higher average powers for faster acquisition rates and improved signal-to-noise ratio.
- Medicine: Enhanced signal quality for medical imaging and diagnostics.
- Mid-IR Frequency Comb: Achieve high-power frequency comb in the mid-IR through intra-pulse difference-frequency generation.
- Pulse Stability: Ensure passive carrier-envelope-offset stability.
- Customizable Systems: Tailor systems to specific needs with options for OPA and MID-IR add-ons.
- Frequency Conversion to VIS and UV: Convert wavelengths to VIS or UV range with integrated modules.
- SHG, THG, FHG: Achieve second, third, and fourth harmonic generation with customizable conversion efficiencies.
Frequently Asked Questions
Can the MIR source be customized to specific needs?
What is the average power of the MIR source?
What is the average-power stability of the MIR source?
What is the central wavelength range of the MIR source?
What is the polarization of the MIR source?
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