Halfmoon System: Efficient 2π LED Measurement
Source: Labsphere, Inc.
Labsphere continues to set the pace in Light Measurement applications with the
introduction of the HalfMoon Forward Flux Measurement System. This intuitively
designed system allows for the same accurate, repeatable results as a traditional integrating sphere system in half the footprint.
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•Datasheet: Halfmoon System: Efficient 2π LED Measurement
•FAQ: HMS HalfMoon Systems
•Presentation: HMS HalfMoon Systems
Labsphere continues to set the pace in Light Measurement applications with the introduction of the HalfMoon Forward Flux Measurement System. This intuitively designed system allows for the same accurate, repeatable results as a traditional integrating sphere system in half the footprint. Designed to measure forward emitting lamps, LEDs, board mounted and heat-sinked LED Light Engines for Solid State Lighting (SSL), the HalfMoon System features a Spectraflect® coated hemisphere capped with an interior mirrored surface. This mirrored surface creates a virtual integrating sphere within the interior. A centrally placed port in the mirrored surface allows for the Device Under Test (DUT) to be internally mounted in the center of the virtual sphere while keeping the electrical and thermal controls of the DUT outside, reducing absorption errors that can occur in a traditional sphere based system.
•Datasheet: Halfmoon System: Efficient 2π LED Measurement
•FAQ: HMS HalfMoon Systems
•Presentation: HMS HalfMoon Systems
•Datasheet: Halfmoon System: Efficient 2π LED Measurement
•FAQ: HMS HalfMoon Systems
•Presentation: HMS HalfMoon Systems
Labsphere continues to set the pace in Light Measurement applications with the introduction of the HalfMoon Forward Flux Measurement System. This intuitively designed system allows for the same accurate, repeatable results as a traditional integrating sphere system in half the footprint. Designed to measure forward emitting lamps, LEDs, board mounted and heat-sinked LED Light Engines for Solid State Lighting (SSL), the HalfMoon System features a Spectraflect® coated hemisphere capped with an interior mirrored surface. This mirrored surface creates a virtual integrating sphere within the interior. A centrally placed port in the mirrored surface allows for the Device Under Test (DUT) to be internally mounted in the center of the virtual sphere while keeping the electrical and thermal controls of the DUT outside, reducing absorption errors that can occur in a traditional sphere based system.
FEATURES:
- Larger forward flux emitting light engines measured with half of the footprint of a regular integrating sphere system
- Lamp Standard of forward flux minimizes substitution errors between the lamp standard and DUT
- Radiometric, photometric and colorimetric characterization capabilities
- Easy mounting capabilities for DUTs
- Spectraflect coated hemisphere
- Out of the box operation
- User friendly control software
- Backed by ISO 9001:2000 Registered Quality Management System
BEST FOR:
- LEDs
- LED Light Engines
- SSL Fixtures
- Displays
•Datasheet: Halfmoon System: Efficient 2π LED Measurement
•FAQ: HMS HalfMoon Systems
•Presentation: HMS HalfMoon Systems
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