2AML2

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2AML2 stands for \'2 Aperture Magneto-optic Waveguide Laser\'. This laser is a two-wavelength laser, with each wave originating from two different sources. It has been used in many applications, from telecommunications to medical imaging. The most common application of 2AML2 is in telecommunications, where its high output power, small footprint, and low cost make it an attractive choice for long-haul fiber optics. In this article, we discuss the application field and working principle of the 2AML2 laser.2AML2 is a two-wavelength laser which uses two different sources to generate its waves. It is based on the ‘bragg grating’ principle, which involves two apertures and two magnets. The two apertures are carefully placed within the laser cavity, and each one is magnetically tuned. The magnets are placed such that they cause a divergence of the light waves, resulting in two differently-directed beams. These two beams are then merged together with a suitable mirror arrangement, resulting in a single two-wavelength beam.The application of 2AML2 is mainly in telecommunications, where its small size and low cost make it an attractive choice for long-haul fiber-optic transmission. Its output power is high enough to support transmission over large distances, and its two-wavelength output mode can be used to increase data throughput. Furthermore, 2AML2 lasers are also widely used in medical imaging, where they are used to provide high-resolution images of the human body. Finally, 2AML2 can be used in non-optical applications, such as optical sensing and optoelectronic systems.The working principle of the 2AML2 is based on the ‘bragg grating’ effect. As mentioned earlier, two apertures are placed in the cavity, and each one is magnetically tuned. When laser light is passed through each aperture, it is subjected to different amounts of diffraction, resulting in two differently-directed beams. These two beams then merge together to form a single two-wavelength beam. This beam is then focused by a suitable mirror arrangement, which enables it to travel down the fiber-optic line.In conclusion, the 2AML2 is a two-wavelength laser which has found applications in telecommunications, medical imaging, and other optical systems due to its small size, high output power, and low cost. The working principle of 2AML2 is based on the ‘bragg grating’ effect, whereby two differently-directed light beams are merged together to form a single two-wavelength beam. This beam can then be used for long-haul fiber-optic transmission, or for imaging purposes.

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