OPV315YBT

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Laser diode modules are an important type of laser device that are widely used in different industries and fields. The OPV315YBT laser diode module is one of the most popular laser diode modules on the market. The device comes with a wide variety of features and functions, designed to make it suitable for a variety of applications.

The OPV315YBT is a high performance, single-mode, continuous-wave laser diode module. It is based on a 940nm InGaAs laser diode that has a peak operating power of 315mW and a wavelength of 940nm. The module has an emission angle of 70° and a laser beam diameter of 8mm. The module is housed in a compact package that is designed to offer superior protection to the diode and allow easy installation into systems.

The primary applications of the OPV315YBT laser diode module include laser marking, laser engraving, laser cutting, and welding. It is also used for scientific research, military, manufacturing and medical applications. Furthermore, the laser diode module is also used to pump fiber lasers and as an optical signal source for industrial applications.

The working principle of the OPV315YBT laser diode module is based on the optical properties of the material from which the laser diode is made. This material consists of a light-emitting semiconductor diode, or laser diode, which produces light when a current is applied to it. This light is stimulated by the application of an electrical current, causing it to be emitted in a coherent state.

The light is then amplified by reflecting it off a mirror in the device, allowing it to be emitted at a high power level. The laser beam is then focused through a lens, which is used to create a tight beam of light with a very low divergence. This tight beam is used for laser markings and engravings as well as laser cutting and welding.

The OPV315YBT laser diode module is a reliable and efficient device that is suitable for high-performance applications. It is suitable for different industrial and research applications such as laser marking, laser engraving, laser cutting, welding, and as a pump source for fiber lasers. Its small form factor and compact housing make it easy to install and integrate into systems. In addition, its high output power makes it suitable for a wide variety of applications.

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