TITAN CW Broadly Tunable Laser
TITAN CW Broadly Tunable Laser
Wide wavelength tuning across 1460 – 3900 nm (6849 – 2564 cm-1)*
High output power with >3 W at the peak of the range.
Excellent beam pointing stability with wavelength.
TEM00 spatial profile.
Hands-free operation with dedicated control software. Control drivers available.
Sealed, compact, and virtually maintenance-free.
Integrated spectrometer.
The extraordinary Titan is the pioneer commercial fully-automated mid-infrared continuous-wave optical parametric oscillator (CW OPO). Introduced to the market in 2018, Titan delivers continuously tunable output wavelengths in the mid-IR, across 1460 – 3920 nm (6849-2551 cm-1)*. The full spectral range is achieved with a single set of optics without the need to exchange any module.
Radiantis´ unique expertise in frequency converted lasers has enabled the exceptional design of the Titan OPO family. As a sealed and fully-automated system, with excellent TEM00 beam quality (M2 < 1.3) and beam pointing stability ( <80 μrad), Titan delivers high CW output power ( >3 W at the peak of the tuning range) with a linewidth <100 MHz in the signal range.
Hands-free operation is ensured thanks to the all-digital control electronics and user control software which can be accessed through the PC GUI interface installed on a dedicated laptop delivered with the OPO. Titan can also be controlled via remote commands.
Titan integrates 4 key modules: 1) the DFB fiber laser and amplifier unit, 2) the DFB fiber laser control unit (integrated on a rack), 3) the OPO optical head (to be located on an optical table), 4) the OPO all-digital control electronics unit (integrated on a rack).
The broad wavelength range, narrow linewidth, and fully-automated tunability across the mid-IR will enable cutting-edge research in diverse areas such as high-resolution spectroscopy and microscopy for biotechnology, fundamental physics and chemistry, as well as on device and material characterisation and quantum technologies.
Several Titan models are available which provide different characteristics of average output power and wavelength coverage, as detailed in the specification table below.
* (with a gap between 1940–2300 nm)
Typical Signal Tuning Curve
Typical Idler Tuning Curve
Titan Wavelength Coverage
| Output Characteristics | TITAN SW | TITAN LP | TITAN HP |
| Tuning Range | |||
| Signal output | 1460 - 1980 nm | 1460 - 1980 nm | 1460 - 1980 nm |
| Idler output | 2300 - 3900 nm | 2300 - 3900 nm | 2300 - 3900 nm |
| Output Power | |||
| Signal output | <1 W | >1.5 W | >2.5 W |
| Idler output | <1 W | >2.5 W | >3 W |
| Linewidth | |||
| Signal output | <100 MHz | <100 MHz | <100 MHz |
| Idler output | <2 GHz | <2 GHz | <2 GHz |
| Beam Parameters | |||
| Beam diameter at 1650 nm | <3.0 mm | <3.0 mm | <3.0 mm |
| Beam diameter at 3000 nm | <3.0 mm | <3.0 mm | <3.0 mm |
| Spatial mode | TEM00 (M2 ≤ 1.3) | TEM00 (M2 ≤ 1.3) | TEM00 (M2 ≤ 1.3) |
| Beam pointing signal | <80 μrad | <80 μrad | <80 μrad |
| Beam pointing idler | <20 μrad | <20 μrad | <20 μrad |
| Beam displacement with tuning Idler | <0.3 mm | <0.3 mm | <0.3 mm |
| Polarization | Lineal (horizontal) | Lineal (horizontal) | Lineal (horizontal) |
| Noise | |||
| Signal noise | < 5% rms | < 5% rms | < 5% rms |
| Size (W x L x H) | 610 x 350 x 200 mm (24.0 x 13.8 x 7.9 inch) | 610 x 350 x 200 mm (24.0 x 13.8 x 7.9 inch) | 610 x 350 x 200 mm (24.0 x 13.8 x 7.9 inch) |
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