NX7339BB-AA-AZ

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Laser diodes come in a variety of shapes, sizes and power capacities, each of which has a different application field. The NX7339BB-AA-AZ Laser Diode Module is a specialty light source designed for precision applications where very high levels of accuracy and detailed control are required. It is typically used in analytical instrumentation, medical instrumentation, microscopy and machine vision (in 3D imaging) applications.

Due to its wide variable output range, the NX7339BB-AA-AZ can be used in a variety of settings. At high power output, it is ideal for measuring fluorescence, Raman spectroscopy monitoring or inspection. At lower power output, it can be used for medical instrument crystal excitation or optical micro imaging.

The NX7339BB-AA-AZ module is extremely efficient and operates at a power level of 2.2W. Its efficienct performance makes it suitable for precision applications in tight form factors where efficient output power is a priority. The module is also optically stable and has a small beam divergence angle of 5° for pinpoint accuracy. Because of its high precision and wide variable output range, the NX7339BB-AA-AZ is well-suited for many industrial, scientific, medical, and other professional and consumer uses.

The working principle of a laser diode module, such as the NX7339BB-AA-AZ, is relatively simple but remarkably efficient. Using a laser diode, a beam of monochromatic light is created when electrical energy is applied to a semiconductor material. When the electrical current is applied to the diode, electrons are emitted, creating an excited state. This excited state causes an optical wave to be emitted, which is the light beam associated with the laser diode. That beam is then amplified and can be used in various forms of applications, such as in microscopy and machine vision.

The NX7339BB-AA-AZ module is a reliable and efficient laser diode module suitable for a wide range of precision applications. It has a wide variable output range, allowing it to be used for a variety of purposes. With its highly stable efficiency, pinpoint accuracy and small beam divergence angle, the NX7339BB-AA-AZ is well-suited for high precision industrial, scientific, medical and consumer applications.

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