Product Overview
OSRAM Multi CERAMOS Tri-Color RGB Surface Mount Emitters
Condition
Unused new old stock (NOS). Visual inspection confirms clean, unmounted surface-mount emitters with intact contact pads. Sold each.
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Product Overview
OSRAM LRTD C9TP-EAFB-6HQN (Multi CERAMOS series) is a high-performance tri-color surface-mount RGB emitter built on a compact 4.5 mm by 3.1 mm ceramic package. Engineered for high-brightness color mixing, it integrates three independent red, true green, and deep blue semiconductor dice with separate pinouts for precise color tuning and dynamic illumination control.
Key Features
- Tri-color emitter combining red (623 nm), true green (527 nm), and deep blue (457 nm) dice
- Standard 6-terminal surface-mount footprint (1816 metric / 4.50 mm x 3.10 mm x 1.05 mm)
- Independent anode and cathode connections for each color channel
- Wide 120-degree viewing angle for uniform color distribution
- High-power handling up to 250 mA maximum forward current per chip
Applications
- Custom architectural accent fixtures and multi-color indicator panels
- High-output full-color maker projects, custom keyboards, and robotics status beacons
- Replacement emitter for industrial equipment displays and instrumentation backlighting
Frequently Asked Questions
What is the pinout configuration of the LRTD C9TP?
The package features six solder terminals, providing independent anode and cathode connections for each of the three internal color dice.
What are the typical forward voltages for each color channel?
Typical forward voltage is 2.35 V for the red channel, 3.5 V for the green channel, and 3.4 V for the blue channel.
Can each color channel be driven simultaneously at maximum current?
Each die supports up to 250 mA individually, provided adequate circuit thermal dissipation is maintained to manage the combined heat output of all three chips.
Three individual emitters packed into a single ceramic footprint, ready to dial in whatever wavelength your design demands. Drop it onto the pads and let the mix do the talking.
