DM80-01-3-8980-3-LC

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Laser Diodes, Modules: DM80-01-3-8980-3-LC Application Field and Working Principle

Laser diodes, modules are optoelectronic devices for operation in the infrared (IR) regime. Among them, the DM80-01-3-8980-3-LC laser diode module is a great choice among its peers for its superior reliability and performance. Ideal for many industrial and laboratory application, this particular laser diode module excels in pumping non-linear crystals and other laser requirements.

Application fields of the DM80-01-3-8980-3-LC Laser Diode Module

The DM80-01-3-8980-3-LC laser diode module can be applied to a wide range of applications such as spectroscopy, interferometry, range finding, and imaging systems. Other potential applications include medical diagnosis tools, metabolic studies, and horticulture studies. The laser diode is also great for underwater research, optical measurements, and biological studies. Additionally, the DM80-01-3-8980-3-LC laser diode module is a great choice for industrial processes such as welding, cutting and marking etc. In short, it is the perfect tool for many material processing applications.

Working Principle of the DM80-01-3-8980-3-LC Laser Diode Module

The DM80-01-3-8980-3-LC laser diode module operates using a basic laser principle called “optical inversion.” This is a process in which the electrons become “trapped” in their atomic lattice formation and are no longer able to react with their surroundings. Instead, they become capable of emitting light. In this process, a single electron set in a material lattice (generally a semiconductor) emits a single photon in a coherent beam of light. This process is also called spontaneous emission. The electrons that have been “trapped” can then emit more photons by optical inversion. This makes the DM80-01-3-8980-3-LC laser diode module more efficient than its counterparts for a wide range of applications.

Features of the DM80-01-3-8980-3-LC Laser Diode Module

The DM80-01-3-8980-3-LC laser diode module features a total power rating of 1.0 Watt, a wavelength of 808 nm and a peak emission power over 35 milliwatts. Additionally, the module offers optimal safety features such as over-current and over-temperature protections, to prevent any potential damage or malfunctions due to improper operation. The laser diode module has a compact size and is easy to mount on a base. The module also has overall low power consumption, making it energy efficient. Additionally, the DM80-01-3-8980-3-LC module does not generate any acoustic waves and its emission is safe to the eyes. It also has a long lifespan of over ten thousand hours, making it a cost-effective and reliable choice for many applications.

Conclusion

In conclusion, the DM80-01-3-8980-3-LC laser diode module is a great choice for many types of applications due to its superior reliability and performance. Its features make it an effective and energy efficient module. The DM80-01-3-8980-3-LC laser diode module is well suited for industrial use, research, laser applications, and material processing applications. It is also a great choice for horticulture studies, biomedical applications, and many other related fields.

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