CN13170_LENA-WAS-DL

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Optics - Reflectors

CN13170_LENA-WAS-DL, also known as Light Emitting and Reflective Array Waveguide Surface-emitting Diode Laser (LENAR-WAS-DL), is an advanced semiconductor laser technology with high power density and high speed operation for many applications, ranging from optical communication to medical imaging. It is based on the principle of multiple external reflectors and light-emitting diodes (LEDs) embedded in an array of waveguides, which are uniformly distributed across the device surface. It utilizes the fundamental physics of light reflection to direct optical signals from the laser source into the different elements of the array. The device effectively produces a distributed multi-wavelength light source with broad spectral response.

The working principle of CN13170_LENA-WAS-DL is based on the concept of multiple external reflectors in an array of waveguides. These waveguides are designed to efficiently reflect photons from the output of the LEDs, resulting in a high power light source with broad spectral response. At the same time, the refraction properties of the waveguides direct the photons to different elements of the array, allowing multiple light emissions to be generated. By changing the angle of incidence of each external reflector, different configurations can be achieved for intense and uniform light emission from the device.

The main application of CN13170_LENA-WAS-DL is optical communication, where the device can transmit data at a very high speed. It is also used in medical imaging, as the uniform and intense light emission allow for accurate imaging of small or complicated structures. Additionally, the device is used in a variety of other applications, such as optical sensors and imaging systems in automotive, avionics, and industrial areas.

CN13170_LENA-WAS-DL is an efficient and versatile light source with broad spectral response and high power density. Its multiple external reflectors and waveguide array efficiently direct the light to many different applications, making it an invaluable tool for many applications.

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