UVA LED

Category:

Description

CBT-50X-UV Ultraviolet LED

Features
• Monolithic electrically isolated UV LED with 5 mm2 emitting area for optimal coupling into 2-4 mm diameter fiber bundles
• Typical peak wavelength emission of 410 nm
• Comprehensive product line spanning the entire visible range in the same package platform
• High drive current operation: up to 20 A under CW conditions and 25 A under pulse conditions
• Excellent peak wavelength stability with current and temperature across the spectrum

Applications
• Fiber-coupled Illumination
• Life-science/ Biomedical
• Fluorescence microscopy
• Machine Vision
• Industrial Lighting
• Light engines

 

Ordering Part Numbers

Color Radiometric flux Wavelength Bins Ordering Part Number
Min. Power Bin Min. Power
UV T 17.5 W 405, 410 CBT-50X-UV-L42-410-T100

 

Binning Structure

Flux Bins

Color Radiometric Flux Bin3 Binning @ 15 A, Tc= 25°C4
Minimum Power (W) Maximum Power (W)
UV T 17.5 19.0
U 19.0 20.5
V 20.5 22.0
W 22.0 23.5

 

Peak Wavelength Bins

Color Wavelength Bin3 Binning @ 15 A, Tc= 25°C4
Minimum Wavelength (nm) Maximum Wavelength (nm)
UV 405 405 410
410 410 415

 

Absolute Maximum Ratings

Symbol Values Unit
Minimum Forward Current (CW or Pulsed)1 If min 0.2 A
Maximum Forward Current (CW)2 If CW max 20
Maximum Forward Current (Pulsed)2 (duty cycle < 50%) If Pulsed max 25
Forward Surge Current (Pulsed)2

(Frequency >240Hz, duty cycle <10%, t=1ms)

I

surge max

30 A
Storage Temperature 100 °C
Junction Temperature2 Tj max 150 °C

 

Device Characteristics1,2,3

Optical and Electrical Characteristics Symbol Value Unit
Emitting Area AE 4.91 mm2
Emitting Area Dimension 2.215 x 2.215 mm x mm
Test Peak Drive Current If 15 A
Peak Radiometric Flux4,5,6 ΦE 19 W
Forward Voltage Vf min 3.4 V
Vf 4.0
Vf max 4.6
Peak Wavelength4 λp 410 nm
FWHM- Spectral bandwidth at 50% of ΦV ∆λ1/2 15 nm
Chromaticity Coordinates7 CIE x 0.170
CIE y 0.014
Thermal Characteristics
Thermal Resistance (junction to case)8 RѲj-c real 0.70 °C/W
Thermal Resistance at WPE = 30% (junction to case)8,9 RѲj-c elec 0.49 °C/W
Thermal Resistance at WPE = 30% (junction to thermistor)8,9 RѲj-ref elec 0.61 °C/W

 

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