G065065000

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Laser diodes, modules, and accessories are an indispensable component when it comes to various industrial and laboratory applications. The G065065000 is one such laser diode that offers extremely reliable performance in a wide range of applications. In this article, we shall be discussing G065065000’s application field and working principle.

G065065000 is a single mode laser diode and an efficient equipment used for fiber coupling. It features adjustable power, high power beam output, and a wide operating temperature range of 10°C to 55°C. These make it ideal for fiber-optical applications. It is also widely adopted for semiconductor, biomedical, spectroscopy, medical, imaging, and telecommunications applications.

The G065065000 laser diode is typically used in fiber-diagnostics such as fiber-optic testing, terahertz radiation detection, and fiber-optic sensing. This diode is also used in various display devices, automotive parts, and laser mouse control. Moreover, it is used to produce laser components for night vision systems.

Apart from the application field, G065065000 is known for its working principle. The laser diode works based on the injection of carriers into the active layer of a semiconductor and the amplification of stimulated emission of photons. The G065065000 performs this via the combination of lattice mismatch and band gap engineering. Specifically, the G065065000 laser diode uses three different materials; a substrate, an active region, and a p‐n junction. The substrate, which is usually gallium nitride, is set as the bottom layer on a silicon substrate. The active layer is composed of a metamorphic buffer, which is responsible for enlarging the active band gap to accommodate the increase in temperature. The p‐n junction allows the current to be injected efficiently into the laser cavity.

The G065065000 laser diode emits photons by the injection of electrons and holes generated in the p‐n junction across the active region. As these electrons and holes recombine in the cavity, they get energized and release photons at a specific frequency. These photons then get amplified by the gain medium of the cavity after which they are emitted. The gain medium makes use of a concentration gradient in a chemical species to absorb or emit light.

To conclude, the G065065000 laser diodes are utilized for various industrial and laboratory applications. These diodes are extremely reliable for applications such as fiber diagnostics, display devices, automotive parts, and laser mouse control. G065065000 laser diode performs the emission of photons via the injection of electrons and holes generated in the p‐n junction across the active region. The gain medium, which is responsible for making use of a concentration gradient to absorb or emit light, plays an important role in the working principle of the G065065000 laser diode.

The specific data is subject to PDF, and the above content is for reference