OPV314YAT

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Laser Diodes, Modules, are the cornerstone of the numerous applications and research today. With advancements in laser technology, OPV314YAT application field and working principle has become widely utilized. OPV314YAT, also known as organic phase-folded vertical cavity surface emitting laser, is a high-power quasi-continuous wave (CW) laser diode. It has been used widely in optical applications ranging from signal amplitude to optical sensors.

The OPV314YAT comes in various packages including a TO-Can, a 14-pin butterfly package, and a hermetic seal package. It has a very high optical power of up to 3.14W and a broad spectrum (relative intensity) that ranges from 405nm to 940nm. It is capable of operating with up to 20A of current and has a threshold current of 100mA.

The OPV314YAT\'s operating principles are based on optoelectronic structures. Its optical power comes from a combination of certain semiconductor structures (such as p-n junction, quantum wells, and cavities) and photo-assisted tunneling to emit photons. The optical gain is the key to its success. It is achieved by making sure that the photon energy passes through the medium and is absorbed in order to create a high-power beam.

In terms of applications, the OPV314YAT is suitable for various industrial, military, and biomedical applications, including optical sensors, low-noise optical amplifiers, laser range finders, optical interferometers, optical printing systems, etc. It is noted for its long-term stability, low noise, and small size.

In addition, it can be used for applications such as optical communications, fiber optic sensing, medical imaging, laser spectroscopy, opto-electronic instrumentation, optical indices of refraction measurement, optical fiber cross-connects, and communication networks. Moreover, it is suitable for visible and infrared laser and LED sources.

The OPV314YAT is an important component in the advancement of optical technology. Its broad spectrum, high-power laser diode enables researchers and engineers to tackle various challenging projects. Its usage in many different industries makes it an invaluable asset in the field of optoelectronics.

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