UV (ULTRAVIOLET)
Spectrographic analysis of a 5mm UV LED (2) from LCK Store.
Spectrographic analysis of a 5mm UV LED from LCK Store.
Spectrographic analysis of an ETG 5UV395-30 ultraviolet LED.
Spectrographic analysis of a 275nm UV LED from SET.
This analysis was performed with a If of 19.28mA.
Spectrometer's response was widened to a range of 180nm to 874nm.
Spectrographic analysis of a 275nm UV LED from SET.
This analysis was performed with a If of 19.28mA.
Spectrometer's response was narrowed to a range of 190nm to 380nm.
Spectrographic analysis of a 300nm UV LED from SET.
This analysis was performed with a If of 19.28mA.
Spectrometer's response was narrowed to a range of 190nm to 380nm.
Spectrographic analysis of a 300nm UV LED from SET.
This analysis was performed with a If of 19.28mA.
Spectrometer's response was widened to a range of 180nm to 874nm.
Spectrographic analysis of the LED in the 375nm UV LED Penlight.
Same as above; spectrometer's response narrowed to a range of 370nm to 390nm.
Spectrographic analysis of the LEDs in the 365nm Advancedmart UV Mag-Lite Retrofits.
That hump in the very deep red region of the spectrum
is the second-order reflection from the spectrometer grating, and may be disregarded.
Spectrographic analysis of the LEDs in the 380nm Advancedmart UV Mag-Lite Retrofits.
That hump in the very deep red region of the spectrum
is the second-order reflection from the spectrometer grating, and may be disregarded.
Spectrographic analysis of a Fox Group 5.5mm 360nm UV LED.
That hump in the very deep red region of the spectrum
is the second-order reflection from the spectrometer grating, and may be disregarded.
Spectrographic analysis of a recent (10-06-07) Fox Group 360nm UV LED.
That hump in the very deep red region of the spectrum
is the second-order reflection from the spectrometer grating, and may be disregarded.
Spectrographic analysis of a recent (10-06-07) Fox Group 350nm UV LED.
That hump in the very deep red region of the spectrum
is the second-order reflection from the spectrometer grating, and may be disregarded.
Spectrographic analysis of the UVA LED in the Arc AAA UV Light.
Spectrographic analysis of a 365nm UV LED sent by AdvancedMart.
The visible radiation cutoff on this chart is 385nm.
Spectrographic analysis of the UV LED in the 1-LED 390nm UV Keychain Flashlight.
Spectrographic analysis of the UV LEDs in the White/UV LED Laser Torch (2).
Spectrographic analysis of the UV LED in the 1-LED 370nm UV Keychain Flashlight (2).
Spectrographic analysis of the UV LED in an unknown-type UV LED flashlight.
LED appears to use a Cree Megabright die.
Spectrographic analysis of a 385nm UV LED, circa. mid-2002.
Spectrographic analysis of the UV LEDs in the Super Tiger (6) 3xD UV LED Flashlight.
Spectrographic analysis of the UV LEDs in the White/Red/UV Rechargeable Torch
Spectrographic analysis of the 399nm UV LEDs in a 41x UV LED Flashlight.
Spectrographic analysis of a 395nm Roithner Lasertechnik UV LED, part # HUUV-S102L.
Spectrographic analysis of the 395nm UV LED in an InReTECH 2AA kit.
Spectrographic analysis of the 395nm UV LED in an Arc-AAA flashlight.
Spectrographic analysis of the 370nm UV LED in an Arc-AAA flashlight.
Spectrographic analysis of an unknown-type 360nm UV LED.
Spectrographic analysis of the UV LED in the 1-LED 370nm UV Keychain Flashlight.
Spectrographic analysis of the UV LEDs in the 12-LED 390nm UV 1xAA Flashlight.
Spectrographic analysis of the UV LEDs in the 12-LED 390nm UV 2xAA Flashlight.
Spectrographic analysis of the UV LEDs in the 12-LED 370nm UV 2xAA Flashlight.
The UVA LEDs in the 12-LED 370nm UV LED Flashlight.
The NUV LEDs in the 32xNUV LED Regulated Mag Retrofit.
A 350nm UV LED.
A 360nm UV LED.
Nichia NSHU550S UV LED (370nm).
375nm UV LED; TO18 case with glass lens.
385nm UV LED.
5mm 385nm UV LED in a QuiqLite XP440.
395nm NUV LED.