DM80-01-1-8990-3-LC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Laser diodes and modules are components or systems that contain light emitting diodes (LEDs) or optical-electrical devices. DM80-01-1-8990-3-LC is a type of laser diode module which can be used in various applications. The following section will explain the application field and working principle of this module.

Application Field

DM80-01-1-8990-3-LC is designed to be used in complex optical systems, such as fiber optic communications, laser range finders, medical laser systems, and spectroscopic analysis. Its small size, high power output, low noise, and long operating life make it an ideal choice for these kinds of applications. Furthermore, its high precision can make it suitable for applications that require closely controlled parameters, such as laser machining and fabrication.

Working Principle

DM80-01-1-8990-3-LC is based on the principles of stimulated emission of radiation (SER). It works by using an electrical current to excite electrons located in a semiconductor material. When the electrons return to their unexcited state, they emit photons of light. This process can be repeated again and again to produce a continuous stream of photons, which are referred to as laser light.

The DM80-01-1-8990-3-LC module can be easily integrated into optical systems because of its compact size. It consists of a laser diode, a driver circuit, and a transceiver. The laser diode emits the laser light when the driver circuit sends a signal to the diode. The transceiver is used to control the light intensity and can also receive data from other sources.

Conclusion

The DM80-01-1-8990-3-LC laser diode module is suitable for many applications. Its small size, high power output, low noise, and long operating life make it a great choice for optical systems. In addition, its precision allows it to be used when exacting parameters must be followed. Its working principle is based on the principles of SER, where electrical current is used to excite electrons in a semiconductor material and then emit laser light.

The specific data is subject to PDF, and the above content is for reference