DM80-01-3-8810-3-LC

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Laser diodes are versatile components that come in various types and configurations, and the DM80-01-3-8810-3-LC is no exception. It is a high-powered laser diode module composed of a compact hermetically-sealed housing that encloses a laser chip, infrared filter, and monitoring photodiode—all of which are powered by an integrated driver circuit.

This type of laser module, which has a specially designed lens, can produce a bright beam of coherent laser light with up to 80mW of power, a wavelength of 808nm, and an operating current of up to 4A. It is a versatile component that has several potential applications, due to its wide range of power, beam characteristics, and wavelength.

Applications

The DM80-01-3-8810-3-LC is often used in medical diagnostics, quality assurance, and other wavelength-sensitive optical systems. It is one of the most common types of lasers used in flow cytometry, which is a system used to measure properties of particles in a liquid suspension. It is also typically used in laser cutting, welding, annealing, soldering, and marking.

It has been used for telecommunication purposes, such as producing optical signals for use in fiber optic networks, because its output is highly stable and its wavelength range is easily adjustable. Additionally, the laser can be used for aligning components in industrial processes or for performing precision welding. It has also found a place in microscope applications and other research fields such as astronomy.

Working Principle

The DM80-01-3-8810-3-LC module consists of a semiconductor diode that is composed of two low-resistance p-type and n-type layers. When a current passes through the junction of these two layers, electrons move from the n-type layer to the p-type layer, resulting in the emission of light.

The emitted light is composed of photons with a range of energy levels: some higher in energy and some lower. The laser diode module can be configured to adjust the wavelength of the emitted light, by either filtering the light through an infrared filter or reacting it with a different type of semiconductor material. This allows the user to fine-tune the output of the laser to match its application.

The laser is powered by an integrated driver circuit, which regulates the current to ensure that the output of the laser is of a consistent and reliable level. The monitor photodiode monitors the power of the emitted light, and ensures that it does not exceed the module’s maximum capacity. This helps to protect the laser from being damaged by excessive power.

Conclusion

The DM80-01-3-8810-3-LC is a powerful laser diode module that is suitable for a wide range of applications, due to its wide range of adjustable power, beam characteristics, and wavelength. It is capable of producing consistent and reliable output, and is highly stable and easy to adjust. It is a versatile component that can be used for several purposes, including medical diagnostics, industrial processes, and research fields.

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