OSLON® UV 3636 – UV-C LEDs for Disinfection Applications

ams OSRAM's ceramic mid-power UV-C LED is in the OSLON UV 3636 family

Image of OSRAM Opto Semiconductors’ OSLON® UV 3636 – UV-C LEDs for Disinfection Applicationsams OSRAM's OSLON UV 3636 ceramic mid-power UV-C LEDs combine high output with long lifetimes in a reliable and robust surface-mount ceramic and quartz package. RoHS compliant and mercury-free, the OSLON UV 3636 family is ideal for use in the most demanding UV-C air, water, or surface disinfection applications.

ams OSRAM offers mid-power OSLON UV 3636 UV-C LEDs [-SU CULBN1.VC (4.7 mW), SU CULCN1.VC (13.5 mW) and SU CULDN1.VC (42 mW)].

Features
  • Reliable ceramic substrate with robust gold coating
  • Integrated quartz glass cover for durability
  • RoHS compliant and ESD protected
  • Compact 3.5 mm x 3.5 mm x 1.7 mm package
  • Typical radiant power available at 4.7 mW, 13.5 mW or 42 mW at 100 mA
  • High maximum forward current of 200 mA
  • Narrow 270 nm to 280 nm peak emission wavelength
  • Emission angle of ±60°
  • Footprints are compatible with other LEDs in the OSLON UV 3636 family
  • Efficient thermal conductivity
Applications
  • UV-C air disinfection:
    • HVAC applications with built-in disinfection
    • Air purification in portable devices
  • Equipment illumination (i.e., curing, endoscope)
  • Smoke/dust/particles
  • UV-C surface disinfection:
    • Office, industry, and retail surface disinfection
    • White goods, home appliances, and consumer devices
    • Handheld equipment and medical devices
  • UV-C water disinfection:
    • Point-of-use tap water disinfection
    • Water systems

OSLON® UV 3636 – UV-C LEDs for Disinfection Applications

ImageManufacturer Part NumberDescriptionAvailable QuantityView Details
OSLON UV 3636SU CULDN1.VC-MAMP-67-4E4F-350-R18OSLON UV 3636100 - ImmediateView Details
OSLON UV 3636SU CULDN1.VC-MAMF-67-4E4F-350-R18OSLON UV 363693 - ImmediateView Details
OSLON UV 3636SU CULBN1.VC-AGAM-67-4F4G-30-R18OSLON UV 3636486 - ImmediateView Details
Published: 2021-11-03