ASMT-JR30-ARS01

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ASMT-JR30-ARS01 unit can be applied to LED lighting, especially in the fields of color perception. As its name suggests, this unit is a combination of two components that work together to provide excellent lighting quality and stability while maintaining efficiency. The first component of the ASMT-JR30-ARS01 is a LED array board, consisting of a 6 row, 9 column LED array. This LED array is designed to ensure constant light flux per unit area, as well as excellent color rendering. The second component of the unit is a patented Wavelength Selective Gas Cell (WSGC). With its ability to accurately modify the wavelengths of the emitted light, coupled with a specially designed heat sink and particle filters, it enables the unit to satisfy the highest standards of parameter accuracy and performance. Furthermore, the unit is also constructed with a unique booster circuit with adjustable voltage ranges, thus allowing the system to be easily adapted for specific application requirements.

In terms of working principle, the ASMT-JR30-ARS01 is utilizing the advantages of both the LED array and the WSGC. During operation, the LED array creates a strong and uniform light source. Then, the WSGC’s filters and heat sink system works to further fine tune the color temperature and brightness, making it easier for the unit to accurately meet the required color rendering and lux values in the desired lighting space. The adjustable voltage range of the booster circuit also aids in this customization ability, as the voltage range can be varied to meet the application\'s needs.

To sum up, the ASMT-JR30-ARS01 unit provides an optimal solution to LED lighting applications that rely on accurate color perception. It combines a high-efficiency LED array board with a patented wavelength-selective gas cell to create a light source that maintains but customizes the emitted color temperature and brightness. Through the booster circuitry and adjustable voltage range, the unit can effectively adapt to numerous different application requirements without any loss in quality or efficiency.

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