Wide spectra ultra-radiation sources (SLD)
14pin butterfly-shaped sealing; built-in chillers for high-efficiency temperature control; provision of single-module or insulation fibre-optic output; 3dB bandwidth and low spectroscopy port properties with 10~60dB. SLD light combines the dual advantage of laser diodes (LD) and photolytic diodes (LEDs); has excellent properties such as high LD power density, high-modification efficiency, and wide-spectral launch properties specific to LEDs and short associated lengths; this low-time correlation
Specification Snapshot
Spectroscopy
<0.2dB
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Overview
14pin butterfly-shaped sealing; built-in chillers for high-efficiency temperature control; provision of single-module or insulation fibre-optic output; 3dB bandwidth and low spectroscopy port properties with 10~60dB. SLD light combines the dual advantage of laser diodes (LD) and photolytic diodes (LEDs); has excellent properties such as high LD power density, high-modification efficiency, and wide-spectral launch properties specific to LEDs and short associated lengths; this low-time correlation and wide-spectral coupling properties enables them to achieve high resolution imaging in optical contours (OCT) systems; is widely used in areas such as fibre-optic sensing, biomedical testing, industrial surface profiling; and meets stringent requirements for spatial resolution of light sources and system-based noise
Specifications
| Parameter | Value |
|---|---|
| Central wavelength | 650-1250nm |
| Spectroscopy | <0.2dB |
| Fibre coupling | Single-molecular or insulated tail fibers, dilution offset >9dB |
Applications
Optical-related fault scanning (OCT), biomedical imaging equipment, fibre-optic sensing and communications, industrial detection and measurement
Key Features
Wide spectral bandwidth, high output photopower, low spectral wavelength, high reliability
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Supplier Information
Qt Laser Technology (Deqing) Co., Ltd. is a high-tech enterprise focusing on the R&D and production of high-performance semiconductor lasers and core components. It is committed to solving the "hard card replacement" problem, especially in the development, production and sales of high-performance laser light sources and solutions, striving to break technical bottlenecks and achieve independent control in key fields. Relying on five independently built technology platforms - semiconductor chip packaging platform, core component R&D platform, laser system integration platform, high-precision drive control R&D platform and product performance testing platform, the company has achieved a full-chain technical closed loop from chip design to system integration, ensuring that products reach advanced levels in core indicators such as power stability, wavelength accuracy and reliability. The company focuses on frontier markets such as quantum technology, biomedicine, laser sensing and industrial equipment, adheres to application-driven R&D, deeply connects with industry needs, and provides customized laser technology solutions for customers. In the future, Qt Laser will continue to strengthen its technical barriers, promote the industrialization breakthrough of domestic high-end semiconductor lasers in major fields, and empower the global optoelectronic industry upgrade with innovation.
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