OPV300

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Wavelength:	850nm
Moisture Sensitivity Level (MSL):	--
Voltage - Input:	2.2V
Current Rating:	7mA
Power (Watts):	1.5mW
Package / Case:	Radial, Can, 3 Lead (5.4mm, TO-46)

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Introduction:

The OPV300 laser diode module is a powerful and versatile low power laser in a fiber-coupled package. It has been used in numerous laser applications such as production of printed circuit boards, medical devices, printing, laser cutting and laser welding. The OPV300 is also known for its superior performance when used in high-speed laser processes such as marking, engraving and cutting.

Application Field of OPV300 Laser Diode Module:

The OPV300 laser diode module has a wide range of applications in the industry. It can be used in general industrial applications such as marking, engraving, cutting and welding. It can also be used in medical applications such as laser surgery and dermatology. Other uses include laser cutting and welding of plastic and metal parts. It can also be used for security and entertainment applications such as laser shows.

Working Principle of OPV300 Laser Diode Module:

The working principle of the OPV300 laser diode module is based on the principles of optical amplification and laser emission. The basic components of the laser system are the laser diode, the optical amplifier and the laser itself. The laser diode is the core component of the system and it generates laser beam by emitting laser light from its active region. The optical amplifier is the next component of the system and it helps to amplify the laser beam before it is emitted. This is done by using a special material called the gain medium, which boosts the power of the laser beam. The gain medium needs to be pumped with energy, usually electrical power, in order for it to function properly.The laser itself is the last component of the system and it uses the amplifies beam of the laser diode to generate its own laser beam. The laser beam is focused by the lens system and it is emitted as a single or multiple beams. In some applications, a diffraction grating may be used to divide the beam into multiple beams with different properties.

Conclusion:

The OPV300 laser diode module is a powerful and versatile low power laser package that has been used in many different industries. It has a wide range of applications and its working principle is based on the principles of optical amplification and laser emission. The laser diode is the core component of the system, the optical amplifier amplifies the laser beam before it is emitted, and the laser itself uses the amplifies beam to generate its own beam.

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