DM200-01-1-9310-0-LC

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Laser Diodes, Modules - DM200-01-1-9310-0-LC application field and working principle

The DM200-01-1-9310-0-LC laser diode is a high-powered semiconductor device that is widely used in various applications. It is a pulse- and continuous-wave laser diode that can produce short, high-power outputs. The device is available in a variety of power levels, from 1 to 100 watts, and beam quality. Its high reliability and high stability characteristics make it suitable for a broad range of optoelectronic applications.

The DM200-01-1-9310-0-LC is most commonly used in the telecommunications, sensing, precision control, and medical markets. In communications, it provides modulation signals for optical transmission. It can also be used in sensing for laser range finding, tracking, and positioning. In precision control applications, it is often used for industrial, robotic, and machine vision systems. In medical applications, it can be used for biopsy and laser soldering.

The working principle of the DM200-01-1-9310-0-LC is based on the laser diode principle. In this device, a high level of current is passed through a p-n junction diode. This generates a rectifying effect, pumping electrons out of the p-region into the n-region. Reverse bias of the junction eventually causes the electrons to recombine with the holes in the n-region, thus releasing photon energy in the form of light. The laser cavity is designed to reflect the light generated from the gain medium and to shape the beam to a desired output for a given application.

The output of the DM200-01-1-9310-0-LC is determined by the gain medium and the laser cavity design. The gain medium is chosen for its wavelength, power, and operating temperature range. The laser cavity determines the beam shape and intensity. The output intensity of the laser device is higher than the input power. This is due to the optical amplification process taking place in the gain medium.

In short, the DM200-01-1-9310-0-LC laser diode is a high-powered device that is widely used in various applications. It can generate short, high-power outputs and high reliability and stability characteristics, making it suitable for a broad range of optoelectronic applications. The device is most commonly used in the telecommunications, sensing, precision control, and medical market segments. Its working principle is based on the laser diode principle, where a high level of current is passed through a p-n junction diode.

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