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SPECTRA OF BICOLOR & TRICOLOR LEDS

This web page will be for nothing but spectra of 10mm, 8mm, 5mm, 3mm, and SMD LEDS (driven at 20mA to 60mA):

Ocean Optics USB2000 Spectrometer donated by P.L.
As of 10-10-07, I've been using a PC2000-ISA Spectrometer from Ocean Optics that I received several years ago, but that I didn't have a home for until now.
As of 03-08-08, I once again have the USB2000 spectrometer, enabling color spectra again.
As of 09-19-09, I no longer have the PC2000-ISA; it was sold to prevent an eviction.

BICOLOR & TRICOLOR LEDs

Spectrographic analysis of the red die of the red/blue LED in the Steerix Switch (Helicopter / Land Racer).

Spectrographic analysis of the blue die of the red/blue LED in the Steerix Switch (Helicopter / Land Racer).

Spectrographic analysis of the LED in the Wicked Lasers "Krypton" Green DPSS Portable Laser's battery charger.

Spectrographic analysis of the LED in the Wicked Lasers "Krypton" Green DPSS Portable Laser's battery charger; spectrometer's response narrowed to a band between 620nm and 670nm to pinpoint peak wavelength, which is 636.371nm.

Although this is a bicolor LED, the yellow-green die is simply too feeble to allow me to take a measurement of it.

Spectrographic analysis of a LightComp LED Corp # V546TGR2D 5mm Oval Diffused Red/Green/Yellow LED; red die.

Spectrographic analysis of a LightComp LED Corp # V546TGR2D 5mm Oval Diffused Red/Green/Yellow LED; green die.

Spectrographic analysis of a LightComp LED Corp # V546TGR2D 5mm Oval Diffused Red/Green/Yellow LED; both red & green dice energised simultaneously (at the same time).

Spectrographic analysis of the R/B (red/blue; red die) LED on the Syma S107G R/C Coaxial Helicopter front (blue canopy).

Spectrographic analysis of the R/B (red/blue; blue die) LED on the Syma S107G R/C Coaxial Helicopter's front (blue canopy).

Spectrographic analysis of the RGY (red die) "charge cycle in progress" LED in the Li:ION Battery Charger.

Spectrographic analysis of the RGY (red + green dice) "charge cycle in nearing completion" LED in the Li:ION Battery Charger.

Spectrographic analysis of the RGY (green die) "charge cycle complete" LED in the Li:ION Battery Charger.

Spectrographic analysis of the R/B (red/blue; red die) LED on the V-Max Hypersonic R/C Coaxial Helicopter's front.

Spectrographic analysis of the R/B (red/blue; blue die) LED on the V-Max Hypersonic R/C Coaxial Helicopter's front.

Spectrographic analysis of the red die of one of the red/blue bicolor LEDs in (what looks like) the rocket launchers on the 3CH. R/C Defender Coaxial Helicopter.

Spectrographic analysis of the blue die of one of the red/blue bicolor LEDs in (what looks like) the rocket launchers on the 3CH. R/C Defender Coaxial Helicopter.

Spectrographic analysis of the R/B (red/blue; red die) LED on the front of the Syma S107G R/C Coaxial Helicopter (Red canopy).

Spectrographic analysis of the R/B (red/blue; blue die) LED on the front of the Syma S107G R/C Coaxial Helicopter (Red canopy).

Spectrographic analysis of the red die of the bicolor red/blue LED in the undercarriage of the Weihua Flying Truck.

Spectrographic analysis of the blue die of the bicolor red/blue LED in the undercarriage of the Weihua Flying Truck.

Spectrographic analysis of the yellow "Power" die of the bicolor LED in the remote control for the Syma S026G R/C Chinook Tandem Coaxial Helicopter.

Spectrographic analysis of the red & yellow "Charge cycle in progress" dice of the bicolor LED in the remote control cum battery charger for the Syma S026G R/C Chinook Tandem Coaxial Helicopter.

Spectrographic analysis of the red "Charge cycle in progress" die of the bicolor LED in the Syma S031G R/C Coaxial Helicopter's battery charger.

Spectrographic analysis of the yellow-green "Charge cycle complete" die of the bicolor LED in the Syma S031G R/C Coaxial Helicopter's battery charger.

Spectrographic analysis of the R/B (red/blue; red die) LED on the front of the Syma S107G R/C Coaxial Helicopter (Yellow canopy).

Spectrographic analysis of the R/B (red/blue; blue die) LED on the front of the Syma S107G R/C Coaxial Helicopter (Yellow canopy).

Spectrographic analysis of the red die (indicating "Charge cycle in progress") LED in the remote control for the Syma S107G R/C Coaxial Helicopter.

Spectrographic analysis of the yellow-green die (indicating "Power") LED in the remote control for the Syma S107G R/C Coaxial Helicopter.

Spectrographic analysis of the RGB LED in the cocksu...er...uh...COCKPIT. of the Metal Series 33cm R/C Coaxial Helicopter.

Spectrographic analysis of the bicolor LED in the Polaroid x530 Digital Camera; displaying the yellow-green "charge cycle complete" die.

Spectrographic analysis of the bicolor LED in the Polaroid x530 Digital Camera; displaying the red "flash ready" die.

Spectrographic analysis of the bicolor "ready" LED in the Polaroid x530 Digital Camera.

Spectrographic analysis of the bicolor LED (red die) in the charger for the Extreme Light and the Flip Light.

Spectrographic analysis of the bicolor LED (yellow-green die) in the charger for the Extreme Light and the Flip Light.

Spectrographic analysis of the bicolor LED (both dice) in the charger for the Extreme Light and the Flip Light.

Spectrographic analysis of one of the tricolor LEDs in the Unload Monitor Tool (red die).
Spectrometer's response was extended to 850nm
in the NIR to show the unusually broad emission "hump".

Spectrographic analysis of one of the tricolor LEDs in the Unload Monitor Tool (yellow-green die).

Spectrographic analysis of one of the tricolor LED in the Unload Monitor Tool (both red & yellow-green dice).

Spectrographic analysis of the bicolor LED in the charger for the Wicked Lasers Spyder 3 Arctic 445nm 1W Blue Diode Laser; the red "Charge cycle in progress" die was illuminated.

Spectrographic analysis of the bicolor LED in the charger for the Wicked Lasers Spyder 3 Arctic 445nm 1W Blue Diode Laser; the yellow-green "Charge cycle complete" die was illuminated.

Spectrographic analysis of the bicolor LED in the charger for the Wicked Lasers Spyder 3 Arctic 445nm 1W Blue Diode Laser; both the red "Charge cycle in progress" die and the yellow-green "Charge cycle complete" die was illuminated - this condition occurs very near completion of the charge cycle.

Spectrographic analysis of a "bisexual"...er...uhhh...BIPOLAR red/yellow-green LED; red die.

Spectrographic analysis of a bipolar red/yellow-green LED; yellow-green die.

Spectrographic analysis of a tricolor RGB 10mm LED from Unitech/LC LED Systems (red die).

Spectrographic analysis of a tricolor RGB 10mm LED from Unitech/LC LED Systems (red die); spectrometer's response narrowed to 630nm to 680nm.
Peak wavelength appears to be 654.80nm.

Spectrographic analysis of a tricolor RGB 10mm LED from Unitech/LC LED Systems (green die).

Spectrographic analysis of a tricolor RGB 10mm LED from Unitech/LC LED Systems (blue die).

Spectrographic analysis of the bicolor LED in a logic probe (red die).

Spectrographic analysis of the bicolor LED in a logic probe (yellow-green die).

Spectrographic analysis of the bicolor LED in a logic probe (both dice die).

Spectrographic analysis of an unknown-type red/yellow-green LED; both dice.

Spectrographic analysis of an unknown-type red/yellow-green LED; yellow-green die.

Spectrographic analysis of an unknown-type red/yellow-green LED; red die.

Spectrographic analysis of the blue LEDs in the 6 Chasing LED Light Set.
The "hump" visible in this spectrum is from other LEDs in the same enclosure ("globe"); the dwell time of each color is insufficient to obtain spectra without these "humps".

Spectrographic analysis of the green LEDs in the 6 Chasing LED Light Set.
The "hump" visible in this spectrum is from other LEDs in the same enclosure ("globe"); the dwell time of each color is insufficient to obtain spectra without these "humps".

Spectrographic analysis of the yellow LEDs in the 6 Chasing LED Light Set.
The "hump" visible in this spectrum is from other LEDs in the same enclosure ("globe"); the dwell time of each color is insufficient to obtain spectra without these "humps".

Spectrographic analysis of the red LEDs in the 6 Chasing LED Light Set.
The "hump" visible in this spectrum is from other LEDs in the same enclosure ("globe"); the dwell time of each color is insufficient to obtain spectra without these "humps".

Spectrographic analysis of an unknown bicolor LED, orange die.

Spectrographic analysis of an unknown bicolor LED, yellow-green die.

Spectrographic analysis of an unknown bicolor LED, orange & yellow-green dice.

Spectrographic analysis of an unknown-type flat-end bicolor LED; red die.

Spectrographic analysis of an unknown-type flat-end bicolor LED; yellow-green die.

Spectrographic analysis of an unknown-type flat-end bicolor LED; both red and yellow-green dice.

Spectrographic analysis of an unknown-type bicolor LED; red die.

Spectrographic analysis of an unknown-type bicolor LED; yellow-green die.

Spectrographic analysis of an unknown-type bicolor LED; both red and yellow-green dice.

Spectrographic analysis of an unknown-type bicolor red/blue LED (both dice).

Spectrographic analysis of an unknown-type bisexual...er...uh...BIPOLAR LED; red die.

Spectrographic analysis of an unknown-type bipolar LED; green die.

Spectrographic analysis of a bicolor red/green SMD LED; red die.

Spectrographic analysis of a bicolor red/green SMD LED; green die.

Spectrographic analysis of a bicolor red/green SMD LED; both red and green dice.

Spectrographic analysis of a bicolor red/green LED in a diffused case from the mid- to late-1970s.

Spectrographic analysis of a tri-color (red/yellow/green) LED, probably circa. 1990s.

Spectrographic analysis of the LEDs (again, when displaying something close to white) in the SafeFlame LED Candles, "Neon" version.

Spectrographic analysis of the LEDs (when displaying something close to white) in the SafeFlame LED Candles, "Neon" version.

Spectrographic analysis of a 1970s-era bicolor (red/green) LED.

Spectrographic analysis of an Arc AAA RGB.

Spectrographic analysis of a Hebei I.T. Shanghai Co. Ltd. RGB LED, # 5B8RGBC-D with all three dice receiving 19.28mA.

Spectrographic analysis of an RGB LED with all three dice receiving 19.28mA.

Spectrographic analysis of a red/blue LED with both dice receiving 19.28mA.

Spectrographic analysis of a Radio Shack red/green LED (both dice receiving 19.28mA).

Do you manufacture or sell an LED flashlight, task light, utility light, or module of some kind? Want to see it tested by a real person, under real working conditions? Do you then want to see how your light did? If you have a sample available for this type of real-world, real-time testing, please contact me at ledmuseum@gmail.com.

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