DM80-01-4-9610-3-LC

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Laser diodes and modules refer to the light emitting element that emits laser light. The main uses include medical applications, laser scanning, miscellaneous pointing, and industry applications such as spectrum analysis and testing. The DM80-01-4-9610-3-LC is a type of laser diode and module that offers many advantages and application fields. This article will discuss the application fields as well as the working principle of the DM80-01-4-9610-3-LC.

The DM80-01-4-9610-3-LC laser diode utilizes the gallium arsenide diode as its active medium. This diode is known to have high power efficiency and reliability. The laser diode also has a peak power of 500mW, a wavelength of 960nm, and a divergence angle of 13 degrees. Additionally, this diode has a threshold current of 10mA and a breakdown voltage of 8V.

The DM80-01-4-9610-3-LC module has a variety of application fields. It can be used in medical applications such as laser imaging and LEDs doping. It can also be used in laser scanning, miscellaneous pointing, and various industrial applications. With its high efficiency, it can provide accuracy and repeatability for precisely targeting small objects in industrial applications. Furthermore, the diode has a temperature control system which allows for better performance stability.

The working principle of the DM80-01-4-9610-3-LC laser diode module is similar to that of other laser diodes. As electricity is passed through the diode, it triggers the lasing process to generate laser light. A small mirror is placed in the diode to reflect and refocus the laser light, and the two mirrors focus the laser light to generate a beam with a rectangular nomogram distribution. The laser light is then reinforced with multiple lenses and a metal housing before it is emitted from the output end.

The DM80-01-4-9610-3-LC laser diode module offers many advantages. With its wide wavelength range of 940nm to 980nm, it can be used for various applications. It also has a high power efficiency and a temperature control system which helps to increase performance and stability. Furthermore, it has an adjustable power level, making it an ideal choice for precision targeting applications.

In conclusion, the DM80-01-4-9610-3-LC laser diode module offers many advantages and a wide range of application fields. Its main application fields include medical applications, laser scanning, miscellaneous pointing, and industrial applications such as spectrum analysis and testing. This diode also has a temperature control system which improves performance and stability. With its adjustable power level, the diode is ideal for precision targeting applications. Finally, its peak power of 500mW, wavelength of 960nm, and divergence angle of 13 degrees make it the perfect choice for a variety of applications.

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