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Lumispot Tech, a leading provider of laser pump sources, light sources, and related application systems for special fields, has launched a new high duty cycle, high power, multi-spectral peak semiconductor conduction-cooled stacked array series of LM-8xx-Q1600-F-G8-P0.5-0. This series of laser meets the requirement of miniaturization of lasers for special applications such as unmanned vehicles, laser ranging, LiDAR and many more.
By expanding the number of spectral lines of the LD, the solid gain medium absorption is stabilized over a wide temperature range, which is conducive to reducing the pressure of the temperature control system, reducing the size and power consumption of the laser, and at the same time ensuring the high energy output of the laser. The product has a high duty cycle and a wide operating temperature range, and can work normally under the condition of 2% duty cycle at 75°C at the highest.
Relying on advanced bare chip testing system, vacuum eutectic bonding, interface material and fusion engineering, transient thermal management and other core technologies, Lumispot Tech can realize precise control of multi-spectral peaks, high working efficiency and advanced thermal management capability to ensure the long term life and high reliability of the array product.
Product Features
Multi-spectral Peak Controllable: As a solid-state laser pumping source, in order to expand the temperature range of the laser’s stable operation and streamline the laser’s temperature control and heat dissipation system, amid the increasing pursuit of miniaturization of semiconductor lasers, the company has successfully developed the LM-8xx-Q1600-F-G8-P0.5-0. This innovative product can accurately control the wavelength range, wavelength spacing, and multiple spectral peaks (≥2 peaks) through the selection of wavelength and power of the bar chip, thanks to the company's advanced bare chip testing system. This enhances the product’s working temperature range and stabilizes pump absorption.
Extreme conditions work: LM-8xx-Q1600-F-G8-P0.5-0 product heat dissipation ability, process stability, product reliability high maximum operating temperature up to 75°C.
High duty cycle: LM-8xx-Q1600-F-G8-P0.5-0 products for the conduction cooling method, bar spacing of 0.5mm, can be in 2% duty cycle conditions of normal operation.
High Conversion Efficiency: LM-8xx-Q1600-F-G8-P0.5-0 products, in 25 ?, 200A, 200us, 100Hz conditions, electro-optical conversion efficiency of up to 65%; in 75 ?, 200A, 200us, 100Hz conditions, electro-optical conversion efficiency of up to 50%.
Peak Power: LM-8xx-Q1600-F-G8-P0.5-0 product, under 25?, 200A, 200us, 100Hz conditions, the peak power of single bar can reach over 240W/bar.
Modular Design: LM-8xx-Q1600-F-G8-P0.5-0 products, using a combination of precision and practical concepts. Characterized by a compact, simple and smooth shape, it offers extreme flexibility in terms of practicality. In addition, its solid and stable structure and the adoption of high-reliability components ensure the long-term stable operation of the product. At the same time, the modular design can be flexibly customized to meet the customer’s usage requirements, and the product can be customized in terms of wavelength, light-emitting spacing, compression, etc., which makes the use of the product more flexible and reliable.
Thermal Management Technology: For LM-8xx-Q1600-F-G8-P0.5-0 products, we use high thermal conductivity materials that match the CTE of the bar strips to ensure material consistency while ensuring good heat dissipation. The finite element method is used to simulate and calculate the temperature field of the device. By effectively combining transient and steady state thermal simulations, we are able to better control product temperature variations.
Process Control: This model utilizes traditional hard-solder soldering technology. The process control ensures that the product achieves optimal heat dissipation within the set spacing. This not only ensures the functionality of the product, but also the safety and durability of the product.
Click here to learn more about Lumispot Tech's Laser Diodes.
