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LED Light Source ALS-0850-50-85-HH
Arden Photonics Ltd
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LED Light Source ALS-0850-50-85-HH
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The ALS handheld optical fiber source is used with an Optical Power Meter to measure the loss of multimode optical fiber systems, in applications which require 85/85% Limited Phase Space modal launch conditions. the ALS provides excellent stability and ease of use. The 85/85% modal launch condition is used specifically in ...
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 850 nm
  • Output Power (typical): 10 mW
  • Operation Mode: Continuous Wave (CW), Modulated
Data Sheet
LED Light Source ALS-0850-62-85-HH
Arden Photonics Ltd
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LED Light Source ALS-0850-62-85-HH
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The ALS handheld optical fiber source is used with an Optical Power Meter to measure the loss of multimode optical fiber systems, in applications which require 85/85% Limited Phase Space modal launch conditions. the ALS provides excellent stability and ease of use. The 85/85% modal launch condition is used specifically in ...
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 850 nm
  • Output Power (typical): -- mW
  • Operation Mode: Continuous Wave (CW), Modulated
Data Sheet
LED Light Source ALS-1300-50-85-HH
Arden Photonics Ltd
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LED Light Source ALS-1300-50-85-HH
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The ALS handheld optical fiber source is used with an Optical Power Meter to measure the loss of multimode optical fiber systems, in applications which require 85/85% Limited Phase Space modal launch conditions. the ALS provides excellent stability and ease of use. The 85/85% modal launch condition is used specifically in ...
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 1300 nm
  • Output Power (typical): -- mW
  • Operation Mode: Continuous Wave (CW), Modulated
Data Sheet
LED Light Source ALS-1300-62-85-HH
Arden Photonics Ltd
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LED Light Source ALS-1300-62-85-HH
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The ALS handheld optical fiber source is used with an Optical Power Meter to measure the loss of multimode optical fiber systems, in applications which require 85/85% Limited Phase Space modal launch conditions. the ALS provides excellent stability and ease of use. The 85/85% modal launch condition is used specifically in ...
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 1300 nm
  • Output Power (typical): -- mW
  • Operation Mode: Continuous Wave (CW), Modulated
Data Sheet
DUAL WAVELENGTH LED SOURCE - 850/8-1550/8
OZ Optics
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DUAL WAVELENGTH LED SOURCE - 850/8-1550/8
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The OZ Optics Dual Wavelength LED Source consists of two sources in a single, lightweight package, and is ideal for multimode fiber testing. Either one of the two outputs can be activated from the front panel. The user interface is controlled by a microprocessor and the optical outputs are thermally stabilized.
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 1550 nm
  • Output Power (typical): 0.02 mW
  • Operation Mode: Modulated
  • Dual Wavelength Options: 850 and 1550 nm
Data Sheet
DUAL WAVELENGTH LED SOURCE - 850/SC-1550/SC
OZ Optics
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DUAL WAVELENGTH LED SOURCE - 850/SC-1550/SC
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The OZ Optics Dual Wavelength LED Source consists of two sources in a single, lightweight package, and is ideal for multimode fiber testing. Either one of the two outputs can be activated from the front panel. The user interface is controlled by a microprocessor and the optical outputs are thermally stabilized.
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 1550 nm
  • Output Power (typical): 0.02 mW
  • Operation Mode: Modulated
  • Dual Wavelength Options: 850 and 1550 nm
Data Sheet
DUAL WAVELENGTH LED SOURCE - 850/3-1550/3
OZ Optics
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DUAL WAVELENGTH LED SOURCE - 850/3-1550/3
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The OZ Optics Dual Wavelength LED Source consists of two sources in a single, lightweight package, and is ideal for multimode fiber testing. Either one of the two outputs can be activated from the front panel. The user interface is controlled by a microprocessor and the optical outputs are thermally stabilized.
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 1550 nm
  • Output Power (typical): 0.02 mW
  • Operation Mode: Modulated
  • Dual Wavelength Options: 850 and 1550 nm
Data Sheet
DUAL WAVELENGTH LED SOURCE - 1300/8-1550/8
OZ Optics
Add to watch list
DUAL WAVELENGTH LED SOURCE - 1300/8-1550/8
Compare
The OZ Optics Dual Wavelength LED Source consists of two sources in a single, lightweight package, and is ideal for multimode fiber testing. Either one of the two outputs can be activated from the front panel. The user interface is controlled by a microprocessor and the optical outputs are thermally stabilized.
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 1550 nm
  • Output Power (typical): 0.02 mW
  • Operation Mode: Modulated
  • Dual Wavelength Options: 1300 and 1550 nm
Data Sheet
DUAL WAVELENGTH LED SOURCE - 1300/SC-1550/SC
OZ Optics
Add to watch list
DUAL WAVELENGTH LED SOURCE - 1300/SC-1550/SC
Compare
The OZ Optics Dual Wavelength LED Source consists of two sources in a single, lightweight package, and is ideal for multimode fiber testing. Either one of the two outputs can be activated from the front panel. The user interface is controlled by a microprocessor and the optical outputs are thermally stabilized.
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 1550 nm
  • Output Power (typical): 0.02 mW
  • Operation Mode: Modulated
  • Dual Wavelength Options: 1300 and 1550 nm
Data Sheet
DUAL WAVELENGTH LED SOURCE - 1300/3-1550/3
OZ Optics
Add to watch list
DUAL WAVELENGTH LED SOURCE - 1300/3-1550/3
Compare
The OZ Optics Dual Wavelength LED Source consists of two sources in a single, lightweight package, and is ideal for multimode fiber testing. Either one of the two outputs can be activated from the front panel. The user interface is controlled by a microprocessor and the optical outputs are thermally stabilized.
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 1550 nm
  • Output Power (typical): 0.02 mW
  • Operation Mode: Modulated
  • Dual Wavelength Options: 1300 and 1550 nm
Data Sheet
DUAL WAVELENGTH LED SOURCE - 850/8-1300/8
OZ Optics
Add to watch list
DUAL WAVELENGTH LED SOURCE - 850/8-1300/8
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The OZ Optics Dual Wavelength LED Source consists of two sources in a single, lightweight package, and is ideal for multimode fiber testing. Either one of the two outputs can be activated from the front panel. The user interface is controlled by a microprocessor and the optical outputs are thermally stabilized.
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 1300 nm
  • Output Power (typical): 0.02 mW
  • Operation Mode: Modulated
  • Dual Wavelength Options: 850 and 1300 nm
Data Sheet
DUAL WAVELENGTH LED SOURCE - 850/SC-1300/SC
OZ Optics
Add to watch list
DUAL WAVELENGTH LED SOURCE - 850/SC-1300/SC
Compare
The OZ Optics Dual Wavelength LED Source consists of two sources in a single, lightweight package, and is ideal for multimode fiber testing. Either one of the two outputs can be activated from the front panel. The user interface is controlled by a microprocessor and the optical outputs are thermally stabilized.
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 1300 nm
  • Output Power (typical): 0.02 mW
  • Operation Mode: Modulated
  • Dual Wavelength Options: 850 and 1300 nm
Data Sheet
DUAL WAVELENGTH LED SOURCE - 850/3-1300/3
OZ Optics
Add to watch list
DUAL WAVELENGTH LED SOURCE - 850/3-1300/3
Compare
The OZ Optics Dual Wavelength LED Source consists of two sources in a single, lightweight package, and is ideal for multimode fiber testing. Either one of the two outputs can be activated from the front panel. The user interface is controlled by a microprocessor and the optical outputs are thermally stabilized.
  • LED Color Category: Infrared (IR)
  • Center Wavelength: 1300 nm
  • Output Power (typical): 0.02 mW
  • Operation Mode: Modulated
  • Dual Wavelength Options: 850 and 1300 nm
Data Sheet

Did You know?

The LED lamp holds great a promise for increasing the quality of life for over 1.5 billion people around the world who lack access to electricity grids: due to low power requirements it can be powered by cheap local solar power. LED lamps are long-lasting and energy-efficient and are getting constantly improved with most recent record being just over 300 lm/W. As about one fourth of world electricity consumption is used for lighting purposes, the LEDs contribute to saving the Earth's resources.
Read more in our Blog
External links:
1- Nobel Prize on Discovery
2- What are LED's
3- Materials for LEDs