Product Description
The HHL-Packaged Quantum Cascade Laser (HHL-QCL) is a Quantum Cascade Laser designed for applications requiring high power output and excellent thermal management. The HHL packaging technology (HHL stands for Hard-Hat-Lid) offers superior heat dissipation and a robust structure, allowing the laser to maintain stable performance under high-power driving conditions. This packaging format not only protects the internal light source but also enhances the overall reliability and lifespan of the laser.
Key Features:
Efficient Heat Dissipation Design:The HHL packaging utilizes advanced heat management technologies to effectively reduce heat generated during laser operation, preventing overheating. This ensures stable operation during high-power running and extends the laser's lifespan.
High Power Output:The HHL-QCL provides stable and efficient mid-infrared light output, with typical power ranges from several hundred milliwatts to several watts, suitable for applications requiring high light intensity. The high power makes it ideal for long-range detection or large-scale systems.
Superior Beam Quality:Featuring single-mode or multi-mode design, the HHL-QCL delivers high-quality beams with a small divergence angle, ensuring precise focus on target areas. This is essential for precision measurement and detection systems.
Wide Wavelength Range:The HHL-QCL covers a mid-infrared wavelength range typically from 4.3μm to 12μm, with some models extending further. This makes the laser highly versatile for applications in spectroscopy, gas detection, environmental monitoring, and more.
Resistance to Environmental Interference:The HHL packaging design not only provides excellent heat dissipation but also effectively shields the laser from external environmental influences. It protects the internal laser structure from vibrations, humidity, and contamination, ensuring stable operation under harsh conditions.
Easy Integration and Application:The HHL packaging facilitates easy integration with other optical components such as fibers, lenses, and detectors. It supports standardized interfaces, making the HHL-QCL suitable for a wide range of scientific and industrial applications, particularly those requiring high reliability and superior beam quality.
High Efficiency and Low Power Consumption:The HHL-QCL is designed with energy efficiency in mind, delivering high output power at relatively low power consumption, reducing overall system energy use. It is especially suitable for applications requiring long operational lifetimes.