DM80-01-1-9440-3-LC

Laser diodes are the most widely used sources of laser light in both industrial applications and everyday consumer devices. The DM80-01-1-9440-3-LC is a laser diode module that can be used in a variety of applications, and this article will provide an overview of its features and the principles of its operation.

The DM80-01-1-9440-3-LC is a high-power laser diode module that is designed for use in 3-dimensional imaging, laser beam projection, and other industrial and commercial applications. It has a wavelength of 800 nm and an output power of 1 W. The module is equipped with a removable collimator for focusing the laser beam and an internal optical pump cavity for improved efficiency. It also features built-in electronic temperature control and fault monitoring. The DM80-01-1-9440-3-LC is designed for use in environments where vibration or shock are present and can operate in temperatures ranging from -30°C to +60°C.

The working principle of the DM80-01-1-9440-3-LC laser diode module is based on the principle of stimulated emission. When electrons in a material absorb energy in the form of light or heat, they become "excited" and release photons when they relax back to their normal, lower energy states. In a laser diode, the excited electrons are confined in a very small area, and the light that is released is more intense and uniform than regular light, and the particles emerge in a focused beam. This laser light is then beamed out through the collimator lens, making the DM80-01-1-9440-3-LC laser diode module suitable for a wide range of applications.

The DM80-01-1-9440-3-LC laser diode module is an efficient and reliable light source for a variety of industrial and commercial applications. It is capable of providing a high-power output with an adjustable beam diameter, and its internal features allow it to operate in environments with varying temperatures and levels of vibration. This laser diode module is ideal for medical imaging, 3D projection, and other industrial applications that require a high-quality, powerful laser light source.