IF-RL30-635

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Laser diodes are some of the most important components in laser devices and photonics technology. They are used in a vast range of applications, from high-end laser medical procedures to everyday consumer items. One of the most common types of laser diodes is the IF-RL30-635.

The IF-RL30-635 is a series of laser diodes that produce a red laser light in the wavelength range of 635nm. This laser diode is a high-efficiency and low-cost device, making it ideal for a variety of applications, such as optical data transmission, laser printing, biochemical analysis, and laser pointer systems. It is also commonly used in laser engraving and cutting applications to mark a variety of materials.

The IF-RL30-635 is a compact laser device with an output power up to 1.5 watts, making it highly efficient and reliable. It has a narrow divergence angle, which makes it suitable for applications that require high beam quality. In addition, it has a low threshold current and long lifetime, as well as good temperature stability and broad spectral width.

In terms of its general working principle, the IF-RL30-635 uses a diode laser array to generate light. When a current is applied to the laser diode array, electrons and holes in the active region recombine to generate the laser light of a specific wavelength. The device is then constructed into a housing and is usually equipped with an integrated monitor and control system to control the laser output.

The IF-RL30-635 is also available in a range of different configurations, such as free-space, fiber-coupled, and micro-optics mounted. Free-space IF-RL30-635 laser diode modules are designed for operation in a variety of environments, and are ideal for applications such as laser engraving and cutting. Fiber-coupled modules are designed for application in environments where space restrictions may apply, while micro-optics mounted versions are ideal for applications where a small size and high beam quality are required.

In conclusion, the IF-RL30-635 is a versatile and reliable laser diode series that can be used in a wide range of applications. It is a high-efficiency device with a narrow divergence angle, low threshold current, and a long lifetime. It is also available in different configurations, such as free-space, fiber-coupled, and micro-optics mounted. The IF-RL30-635 is a highly cost-effective solution for laser medical and consumer applications.

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