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Description
The Laser-Driven Tunable Light Source (LDTLS™) is a compact, fully integrated tunable broadband light source built on Energetiq’s proven Laser-Driven Light Source (LDLS®) platform. It delivers high spectral radiance, excellent stability, and long operational lifetime with flexible wavelength selection and fast tuning—making it ideal for precision optical testing, sensor calibration, and spectroscopy.
Available Models
- TLS-EQ-9-S - Broadband tunable light source based on the EQ-9 LDLS platform, providing visible to near-infrared wavelength coverage for general optical sensing, calibration, and spectroscopy applications.
- TLS-EQ-77-S - High-performance tunable light source built on the EQ-77 LDLS platform, offering broad spectral coverage with excellent stability and resolution for precision sensor calibration and metrology.
- TLS-EQ-77-UV - Ultraviolet-optimized tunable light source delivering narrowband output from the deep UV into the visible range, ideal for UV detector characterization, thin-film analysis, and materials research.
- TLS-EQ-77-NIR - Near-infrared tunable light source designed for extended NIR wavelength coverage, supporting spectroscopy, NIR sensor calibration, and materials characterization applications.
Laser-Driven Tunable Light Source (LDTLS™)
Specifications
| Spectral Output: | 300 – 1100 nm |
|---|---|
| Numerical Aperture: | 0.39 |
| Typical Bulb Life: | >9000 hrs |
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Features
- Tunable output across a broad wavelength range (approximately 200 nm–1700 nm, depending on model)
- High spectral radiance with fast wavelength tuning (scan speeds up to ~200 nm/s)
- Integrated precision monochromator for narrowband output selection and repeatability
- Low noise, high stability and standard fiber-coupled output for easy system integration
- Long operational lifetime (>9,000+ hours between bulb changes) for reduced cost of ownership
Applications
- Optical and imaging sensor calibration
- VIS/NIR spectroscopy and analytical measurements
- Materials and thin-film characterization
- Optical system testing and performance verification
- Process monitoring and research applications
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