QCL Infrared-Band Laser
QCL lasers cover the mid- and far-infrared bands for gas detection, biological imaging and medical research. The company's current QCL laser operates at 4.6μm, with built-in TEC and thermistor in a butterfly package. Stable construction, mature manufacturing and suitability for volume production combine with output insensitive to vibration and temperature changes, serving demanding environments.
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Overview
QCL lasers cover the mid- and far-infrared bands for gas detection, biological imaging and medical research. The company's current QCL laser operates at 4.6μm, with built-in TEC and thermistor in a butterfly package. Stable construction, mature manufacturing and suitability for volume production combine with output insensitive to vibration and temperature changes, serving demanding environments.
Specifications
| Parameter | Value |
|---|---|
| Operating Wavelength λₚ [T=25℃] | min :4580; max :4615 |
| Output Optical Power P_o [T=25℃] | min :5 |
| Optical Side-Mode Suppression Ratio SMSR [T=25℃] | min :20 |
| Operating Voltage V_op [T=25℃] | max :14 |
| Operating Current I_op [T=25℃] | max :230 |
| Operating Temperature T_op | min :25; max :35 |
| Storage Temperature T_stg | min :-40; max :80 |
| TEC Voltage V_TEC | max :2.6 |
| TEC Current I_TEC | max :1.5 |
| Soldering Temperature | max :260 |
| Soldering Time | max :10 |
Applications
Gas sensing; biological imaging; medical research; material analysis
Key Features
Operating wavelength 4.6μm, with other wavelengths under development; built-in TEC temperature control; high output beam quality; butterfly package design
Datasheet
Product Datasheet
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Supplier Information
Tianjin Unistarcom Technology Co., Ltd., founded in April 2021 and headquartered in Jinnan District, Tianjin, is a national high-tech enterprise and a technology-based SME. The company focuses on optoelectronic technology and spaceborne applications, with main products including high-power fiber amplifiers, ultra-narrow linewidth lasers, spaceborne fiber optic gyroscopes, optoelectronic combination modules, and optoelectronic test systems, applied in fields such as spaceborne laser communication, satellite attitude and orbit measurement, and fiber optic sensing. The founding team has over ten years of experience in aerospace projects and possesses full domestic manufacturing capability for spaceborne fiber amplifiers. It has completed more than 50 flight-model deliveries and achieved 20 products in-orbit validation. Its products have passed rigorous tests, serving over 100 domestic and international users.
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