DM200-01-1-9250-0-LC

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Laser diodes are a type of electronic-optical technology that converts electrical energy into light energy. These tiny semiconductor devices are capable of emitting extremely focused, high-intensity light beams, making them incredibly useful in a wide range of applications. Laser diodes, modules, and systems provide a number of priceless benefits, including precise spatial resolution, high data transfer rates, and low power consumption. With these advantages, laser diodes can be leveraged in a variety of industries to facilitate efficient communication and data processing.

The DM200-01-1-9250-0-LC is a laser diode adapted specifically for long-distance data transmission. It operates on the long-wavelength C-band at 1550 nm and can cover up to 10 km without regeneration, making it a powerful and reliable tool for fiber optic communication systems. This type of laser diode employs a DFB (distributed feedback) cavity that produces a low-divergence beam and improved noise isolation, allowing its transmission system to reach a maximum bandwidth of 10 Gb/s.

The DM200-01-1-9250-0-LC is commonly used in long-distance data transmission, such as internet, broadcast, and cellular networks. It is also a popular choice for ultra-high speed digital optical communication, where its low-divergence beam and high power consumption provide bandwidths in excess of 10 Gb/s. As an efficient transmission medium, this laser ion can also be found in FTTH (fiber to the home) systems, data centers, and other optical communication links. Additionally, because of its tightly focused beam, it is often used in biometrics and automotive lane detection.

The working principle of the DM200-01-1-9250-0-LC laser diode can be partly understood by examining its cavity design. The DFB cavity is a mechanical structure that consists of two gratings and two reflectors. The top grating is responsible for producing a strong beam, while the bottom grating suppresses its divergence angle and keeps its frequency aligned for a certain wavelength. The two reflectors sandwiching the gratings act as a mirror that serves to completely reflect the emitted light back into the cavity, amplifying its signal intensity. This process is known as laser gain, and it provides the DM200-01-1-9250-0-LC with its abundant energy for data transmission.

Overall, the DM200-01-1-9250-0-LC is an invaluable tool in the modern digital communication landscape. Its long-wavelength C-band at 1550 nm and low-divergence beam have greatly improved both the range and bandwidth of data transmission, allowing for an efficient, cost-effective approach to medium- and long-distance communications. In addition, its tight beam makes it suitable for a variety of other applications, such as biometrics and automotive lane detection. For these reasons, the DM200-01-1-9250-0-LC is often the primary choice in a variety of industries that depend on light-based technologies.

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