DM80-01-1-9480-3-LC

Laser diodes and modules are important components in various consumer and industrial products. The DM80-01-1-9480-3-LC is a laser diode module that has a lot of application fields and a specific working principle. This article will talk about the application fields and working principle for the DM80-01-1-9480-3-LC.

The DM80-01-1-9480-3-LC is a single emitter laser diode module with an encapsulation type of TO-type housing. It is capable of producing up to 100 mW of laser power and has a narrow spectral width of less than 10 nanometer. The optical output of the diode is focused and therefore well-suited for applications that require coupling into optical fibers. It has a maximum operating temperature range of 5 to 50 degrees Celcius, with a recommended operating range of 10 to 40 degrees Celcius.

This laser diode module is used for a wide variety of applications, such as fiber-optic communications, medical applications, manufacturing, and defense. Furthermore, the single emitter laser diode is also widely used for medical treatments such as laser resurfacing, skin rejuvenation, and hair removal. The versatility of the diode makes it a highly preferred component for many products.

The working principle of the DM80-01-1-9480-3-LC laser diode module is based on the optical principles of light amplification by stimulated emission of radiation, commonly known as the laser effect. This means that the module amplifies light by stimulating emissions of radiation rather than through direct generation of light. Radiation is produced when electrons of an atom are excited and reverse their energy level to produce photons. The stimulated photon then creates additional photons that have the same frequency, phase, direction, and polarization, which is responsible for the well-defined and parallel light beam of a laser.

The DM80-01-1-9480-3-LC module is composed of a diode assembly and a base assembly. The diode assembly comprises a laser active region where the stimulated emission of radiation takes place, as well as a resonator composed of mirrors that are used to produce light of a specific frequency and direction. The base assembly has the electrical leads and the case that contains the diode assembly. Electrical current is applied to the module to excite the electrons of the diode, which stimulates the emission of the radiation that is captured by the resonator and reflected back on the diode to produce the light beam.

In conclusion, the DM80-01-1-9480-3-LC is a laser diode module with a variety of application fields and a specific working principle based on the laser effect. It is composed of a diode assembly and base assembly, with the electrical leads and connections used to stimulate the electrons of the diode to produce photons.