| ams OSRAM | ||
| Product Category: | White LEDs | |
| RoHS: | ||
| White LEDs | ||
| SMD/SMT | ||
| White | ||
| 1089 mW | ||
| 120 deg | ||
| 700 mA | ||
| 2.83 V | ||
| 2 W | ||
| 3.7 mm | ||
| 3.7 mm | ||
| 2.37 mm | ||
| - 40 C | ||
| + 125 C | ||
| Colorless | ||
| 3.7 mm x 1.62 mm | ||
| Dome | ||
| Clear | ||
| Reel | ||
| Cut Tape | ||
| Brand: | ams OSRAM | |
| Country of Assembly: | Not Available | |
| Country of Diffusion: | Not Available | |
| Country of Origin: | CN | |
| Moisture Sensitive: | Yes | |
| 3000 | ||
| Subcategory: | LEDs | |
| Tradename: | ||
| Type: | High Power LED | |
| Part # Aliases: | Q65115A0347 |
ams OSRAM OSCONIQ® P3737 Gen 2 Horticulture LEDs are high-efficiency, high-performance lighting solutions engineered specifically for professional horticultural applications. Designed with a robust ceramic package and a compact 3.7mm x 3.7mm footprint, these LEDs deliver exceptional photon flux and efficiency, making them ideal for high-intensity greenhouse and vertical farming environments. The Gen 2 series offers improved thermal management and reliability, ensuring long-term performance even under demanding conditions. With a broad range of available wavelengths (including deep blue, hyper red, and far red), the OSCONIQ P3737 Gen 2 enables precise spectral tuning to optimize plant growth and maximize crop yield. These LEDs are a top choice for growers seeking energy-efficient, durable, and customizable lighting solutions.
ams OSRAM Mini TOPLED® LEDs have been tailored to the demands of public and private passenger transport for high brightness and high quality. These LEDs combine pleasant white light with a much longer lifetime of up to 50,000 hours. OSRAM Mini TOPLED® LEDs are among the most economical on the market, consuming only 0.1W. From an operating current of 20mA, the Mini Topled achieves a typical luminous intensity of 1700mcd at a color temperature of 4000K, and 1900mcd at 6500K. Luminous intensity in candela corresponds to luminous flux in lumen emitted by a light source in a particular solid angle.