VOL8085I

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, also known as semiconductor lasers, are widely used in optical communications, optical disc storage, optical sensing, laser printing, laser heating and cutting, laser medical treatment, etc. Laser diode modules are composed of a laser diode and its driving circuit to emit light of required wavelength and power in a convenient form. Among various laser diode modules, VOL8085I is a kind of laser diode module developed by Germany-based company, OSRAM Opto Semiconductors.

VOL8085I laser diode module has following characteristics: laser wavelength is 808nm, spectral bandwidth is < 1nm and maximal output power is 250mW. Moreover, with its small size of only 4.6mmx3.0mmx1.9mm, this laser diode module is suitable for applications with limited space.

The application fields of VOL8085I laser diode module are diverse, ranging from applications with exposure to visible light to near infrared applications that require a power range from 1mW to 250mW. Typical application fields include optical communication, optical sensing, barcode scanning, biometry, laser marking, optical lithography, laser printing, laser welding, laser drilling, laser medical treatment and laser cutting. Examples of typical usage of VOL8085I include optical communications, such as optical amplifiers, line-links, and optical switches; optical sensing, including temperature sensing, acceleration sensing, barcode scanning, biometric sensing, and optical printing; and laser processing applications, such as laser marking, welding, drilling, and cutting.

The working principle of VOL8085I laser diode module is based on the electro-optic effect. In the laser diode, electron-hole pairs are injected into the p-doped and n-doped semiconductor layers. The incident light produces these electron-hole pairs, which are then accelerated by the electric field formed between the two layers. Due to the carrier recombination, light is emitted and the radiation produced in this process is known as stimulated emission. The emitted radiation from the active layer is then amplified and emitted through the top mirror, thus producing a powerful light beam with a characteristic wavelength.

VOL8085I laser diode module features a high performance and easy integration with various optical systems, helping users save the cost and time in the development of their applications. Due to its high integrated optics and Electric Package, VOL8085I laser diode module can be used in various application fields, such as optical communications, optical sensing, biometry, laser welding, laser drilling, laser printing, laser medical treatment and laser cutting, and meets various customer needs.

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