Luminus Devices MP-3030-21C2 Salud™ Human Centric Mid Power LEDs

Luminus Devices MP-3030-21C2 Salud™ Human Centric Mid Power LEDs are designed for high-performance lighting applications and feature maximum efficacy, brightness, and quality. These mid-power LEDs feature full spectrum emission with no cyan gap and no near-UV radiation that is safer than sunlight. The MP-3030-21C2 LEDs include excellent color rendering where Ra > 90 and R9 = 93. These Luminus Devices mid-power LEDs consist of enhanced M/P for healthy daytime lighting with warmer CCTs. These LEDs also offer an engineered spectrum with enhanced cyan for melatonin suppression. The MP-3030-21C2 LEDs function at 135°C junction temperature, 120mA forward current, and 5V reverse voltage. These mid-power LEDs operate at -40°C to 85°C temperature range. The MP-3030-21C2 LEDs are ideal for panel lighting, replacement lamps, downlights, and architectural lighting.

Features

  • Engineered spectrum with enhanced cyan for melatonin suppression
  • Typical Melanopic/Photopic (M/P) ratios specified
  • Enhanced M/P for healthy daytime lighting with warmer CCTs
  • REACH and RoHS compliance
  • Full-spectrum emission
  • Excellent color rendering
  • No near-UV radiation

Applications

  • Replacement lamps
  • Panel lighting
  • Down lights
  • Architectural lighting

Specifications

  • Standard test condition = 45mA, Tc =25°C:
    • 32Lumens minimum flux
    • 85 minimum R9
    • 90 typical R9
  • Absolute Maximum Ratings (Tc = 25°C):
    • 120mA forward current
    • 200mA pulse forward current
    • 0.8W power dissipation
    • 5V reverse voltage
    • -40°C to 85°C operating temperature range
    • -40°C to 100°C storage temperature range
    • 135°C junction temperature
  • Optical and electrical characteristics (Tc = 25°C):
    • 5.2V to 5.6V forward voltage range
    • 23°C/W thermal resistance
    • 1000V electrostatic discharge
    • 120° view angle
  • ±7% tolerance of measurements of the luminous flux
  • ±2 tolerance of measurements of the CRI
  • Width ≤ 100μs duty cycle ≤ 1/10 IPF condition with pulse

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公開: 2019-10-21 | 更新済み: 2023-06-01