G067065000

Laser Diodes, Modules & Accessories – G067065000 Application Field and Working Principle

G067065000, or generally known as the enhanced 660nm Red DPSS laser module, is a valuable laser component with an extended output power of 650mW. It is a diode pumped solid state (DPSS) laser developed from the established fiber coupled laser diode module series. The module is available with high-tech accessories that help reduce the levels of maintenance needed. It is the perfect choice for diverse applications that require superior performance.

Application Field

The G067065000 can be applied in a wide range of imaging fields including entertainment production, medical surgery, 3D printing, laser shows, holographic imaging, and 3D modelling. It is also an excellent tool for spectroscopy experiments, photobiology studies, and optical sensing systems. It operates between 5-15V and can provide an efficient output power, making it ideal for medical imaging and laser processes.

Working Principle

The G067065000 operates on a red laser diode. It uses a direct diode pumping system which pumps an excited gas medium into an optically excited population. The optical excited atoms then produce stimulated emission which is directed towards a mirror, resulting in the creation of coherent light with a narrower spectrum compared to the input light. The laser light is then focused by a grating into a beam which is directed towards a lens. The lens then directs the beam into the desired direction.

Moreover, the G067065000 utilizes a thermal management system. When the laser module is operating at an unsafe temperature, a thermal sapphire contact heats up to absorb the energy released due to the laser beam. This reduces the risk of damage to the laser module due to overheating. Furthermore, its superior performance is also ensured by an internal monitoring system that allows users to easily adjust the laser beam for varying applications.

Accessories

The G067065000 module is available with a wide selection of accessories. These accessories include a power supply, driver board, temperature controller, thermal compensation system, and window. The power supply controls the input voltage of the laser module depending on the application. The driver board helps to monitor, control, and protect the laser module from overcharging or short circuit. Furthermore, the temperature controller ensures that the laser remains at the optimal working temperature while the thermal compensation system helps to reduce the risk of damage due to overheating. Lastly, the window helps protect the laser module from dust and foreign particles which could affect its performance.

Conclusion

The G067065000 is a highly efficient laser module. It has been designed to exceed various requirements in various application fields, including imaging, sensing, and medical surgery. It also has an array of accessories for improved performance and safety. With its compact and easy to use design, it is ideal for a wide range of applications.