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UV LED Product Database Eases Selection Process As Market Grows

Disinfection Application for UV LEDs

老司机ae福利入口,老司机ae免费福利入口Working to combat the COVID-19 pandemic, industries are broadening the use of ultraviolet light for sterilization and disinfection. Along with accelerated adoption in other applications—like medical phototherapy, horticultural lighting, and UV curing—UV LED technology is continually advancing. UV LEDs, especially in the UVC range, are at a higher demand. In this time of urgent product development and resultant market growth, Kopp’s UV LED Product Database eases the selection process to expedite new product time to market.

老司机ae福利入口,老司机ae免费福利入口UV LEDs are known to offer significant energy, cost, and space savings when compared to traditional lighting technologies like mercury vapor or high-pressure sodium bulbs. However, designing with UV LEDs brings an entirely new set of challenges. The essential first step when designing a new device is to evaluate and select the optimal UV LED that meets application requirements.

老司机ae福利入口,老司机ae免费福利入口With hundreds of new UV LED’s available each year, researching and comparing the various options for your project is tedious and time-consuming.  To streamline the selection process, Kopp Glass updated our to now include over 1,380 UV LED products from 27 manufacturers—including products from industry leaders such as Seoul Viosys and SemiLEDs.

The database provides specification data on:

  • Peak Wavelength
  • Product Type (Chip, COB, SMD, T-Type, POB)
  • Product Code
  • Radiant Flux
  • Forward Current
  • Forward Voltage
  • Emission Angle

Horticulture Application for UV LEDsEvery application comes with its own unique set of requirements and performance goals. When you are selecting an LED for a new product you need to take into account parameters such as peak wavelength, viewing angle, and optical power. As you move forward and incorporate optical elements, all of this information is needed to create an optimized optical design that will achieve the performance goals for your application. When evaluating options to select an appropriate LED, key questions to ask are:

  • What is the peak wavelength of my application?
  • What beam angles are available for LEDs at the wavelength of interest?
  • What optical power output is required for my application?

Refer to our  for the vital details needed to make pragmatic decisions when choosing an optimal LED. This resource will alleviate the need to spend valuable time scouring dozens of websites to find the LED best suited for your application and performance goals. Although Kopp does not manufacture LEDs, we have over 90 years of expertise in manufacturing custom glass products that are used in tandem with LEDs to optimize light output, resulting in differentiated, high-performing lighting products.

Mike Ulizio profile image

About the author: Mike Ulizio

As a New Product Development Engineer, Mike develops a strong understanding of customer needs and works with the Kopp Glass commercial and technical teams to provide innovative solutions in the forms of molded glass. Mike is a Pittsburgh native and graduate of The Pennsylvania State University where he earned a B.S. in Engineering Science and Mechanics and a B.S. in German.  He has four years’ experience in thin film organic electronics and five years’ experience in automotive glass product development.   He enjoys exploring Pittsburgh and the surrounding areas while jogging, hiking, biking, and skiing with his friends and his wife, Mallory, and their dog, Rocky.