OPV314YBT

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 provide powerful, efficient and reliable means of generating and measuring light. For this reason, they are used in a variety of applications, such as communication, research, and medical sciences. The OPV314YBT series of laser diodes was specifically designed to meet the requirements of such applications. This article will discuss the OPV314YBT application field and Working Principle.

OPV314YBT Application Field

The OPV314YBT family of laser diodes is suitable for use in a wide range of applications. It is compatible with fiber optic communication systems, optical instrumentation, industrial materials processing, barcode scanning, point-of-care analysis, and medical lasers. In particular, the OPV314YBT’s low-power and reliable operation makes it an ideal choice for low and mid-level supervisory control operations and power level regulation.

The versatility and small size of the OPV314YBT make it an ideal choice for building portable, battery-powered devices, such as barcode scanners, laser rangefinders, point-of-care medical and lab instruments, and industrial process control and monitoring systems. Additionally, the built-in temperature compensation of the OPV314YBT allows for stable operation in a wide range of temperatures and environmental conditions, making it suitable for use in extreme or hazardous conditions, such as those found in industrial and medical environments.

OPV314YBT Working Principle

Like other laser diodes, the OPV314YBT generates light by way of a process known as stimulated emission. This process occurs when an electron absorbs energy and then transitions to a higher energy level, releasing a photon. This photon then collides with other electrons, which causes them to transition to higher energy levels, releasing more photons. This process continues, increasing the intensity of the light emitted from the laser diode until the current supplied to it is shut off.

The OPV314YBT features an integrated temperature compensation circuit which ensures stable operation over a wide temperature range. This circuit compensates for the effects of thermal variations and protects the diode from damage from overheating. Additionally, the diode is designed with a high-speed automatic frequency compensation circuit which provides a fast response and high reliability.

The OPV314YBT’s optical performance is impressive, with a narrow spectral width, good beam quality, and low spectral ripple. Other features include small physical size, high-speed modulation of up to 20MHz, low power consumption, and high reliability. All of these qualities make the OPV314YBT an ideal choice for applications requiring a reliable, high-efficiency light source.

Conclusion

The OPV314YBT is a versatile and reliable laser diode that is suitable for a wide range of applications. Its small size and advanced features make it an ideal choice for building portable, battery-powered devices. Additionally, its temperature compensation and fast modulation capabilities enhance its already impressive optical performance. Together, these features make the OPV314YBT a powerful and reliable choice for the discriminating user.

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