SPL BZ102-20 (1013 +/-5NM)

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, modules and accessories have been used in many industrial and consumer applications for many years. SPL BZ102-20 (1013 +/- 5 nm) is an example of laser diode module which has become popular due to its reliability and performance. Its applications range from medical to entertainment, and the laser diode module is suitable for a wide range of applications.

The SPL BZ102-20 is based on edge-emitting semiconductor lasers and is constructed on an opto-isolated base. It is capable of emitting a visible light wavelength of 1013 nm with a +/- 5 nm wavelength accuracy. The laser diode module has a forward drive current of up to 300 mA, with a max output power of 1.2 W, and can operate at temperatures between – 10° and +50° Celsius. It is also capable of high speed modulation with a determined rise time of 2 to 3µs and fall time of 1 to 2 µs.

The SPL BZ102-20 can be used for a wide range of applications, including medical, entertainment and industrial applications. In medical applications, the laser diode module is ideal for use in medical imaging, biochemistry and cytology. Its output power and fast modulation capability make it suitable for a variety of medical applications. It can also be used for entertainment applications such as laser shows, video displays, and laser light displays. In industrial applications, this laser diode module can be used for cutting and welding, laser engraving, and laser measurement.

The working principle of the SPL BZ102-20 is based on a semiconductor structure called the double heterostructure, in which two different semiconductor materials are combined. The double heterostructure provides current conduction and forces electrons to the cleaved and raised razor sharp emergences. Once electrical current is applied, electrons are forced to the raised emergences and they will then be accelerated due to the electric field. The electrons then collide with the gapped atoms and cause the release of photons, which constitute the laser.

The edge-emitting semiconductor lasers used in the SPL BZ102-20 have several advantages over other lasers. They can produce higher power output with low power consumption, are smaller in size, and can operate at lower temperatures. They also have greater efficiency, meaning that they can be more reliable and produce better performance. In addition, the smaller size of the laser diode modules also makes them easier to integrate into a system.

The SPL BZ102-20 laser diode module is an effective and versatile choice for a wide range of applications. It is reliable, efficient and simple to integrate into current systems. Its higher power output, faster modulation and small size make it suitable for medical, entertainment and industrial applications. Its unique working principle also makes it an excellent choice for laser measurement, cutting and welding, and laser engraving.

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