High-performance butterflies with semiconductor lasers
Using standard 14-pin butterfly air seals; internal integration of TEC, heat-sensitive electrical resistance, back light PD and lenses; ensuring high quality laser output. Work wavelengths are optional; output power is 10~240 mW; reliability requirements of GR-468 and RoHS standards are met; their compact design, high stability and definitionable extraction output; reliable solutions are available for high-precision optical systems; they apply to precision spectroscopy analysis, fibre-optic sens
Specification Snapshot
Work wavelength
700-1650 nm (all-band option)
Border Model Impression Ratio
(SMSR)≥35dB
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Overview
Using standard 14-pin butterfly air seals; internal integration of TEC, heat-sensitive electrical resistance, back light PD and lenses; ensuring high quality laser output. Work wavelengths are optional; output power is 10~240 mW; reliability requirements of GR-468 and RoHS standards are met; their compact design, high stability and definitionable extraction output; reliable solutions are available for high-precision optical systems; they apply to precision spectroscopy analysis, fibre-optic sensing and quantum precision measurements
Specifications
| Parameter | Value |
|---|---|
| Work wavelength | 700-1650 nm (all-band option) |
| Alignable range | ±1nm |
| Width | ≤1MHz |
| Border Model Impression Ratio | (SMSR)≥35dB |
| Fibre coupling | Single modulus, 60% coupling efficiency, 25 dB |
Applications
Medical applications, spectral analysis, scientific applications, fibre-optic sensing, data communication, quantum sensor applications, LDLAS (modifiable semiconductor laser absorption spectrum)
Key Features
Multifunctional containment, narrow-wire technology, high output power, flexible customization, high reliability, high stability
Datasheet
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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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