Lumileds

用于园艺栽培的 LUXEON SunPlus 系列 LED

Lumileds LUXEON SunPlus 系列 LED 可提供精确波长的光线，从而满足提高产量的需要

用于园艺栽培的 Lumileds LUXEON SunPlus 系列 LED 图片Lumileds 的 LUXEON SunPlus 系列专为简化园艺栽培应用的系统设计而推出。LUXEON SunPlus 系列是当今唯一基于光合作用光子通量 (PPF) 分档和测试的 LED。该系列包括两种不同的封装尺寸：LUXEON SunPlus 20 产品线为 2.0 mm x 2.0 mm，LUXEON SunPlus 35 产品线为 3.5 mm x 3.5 mm。LUXEON SunPlus 系列包括单驱动器解决方案和多通道的色彩可调解决方案选择。

特性
  • 150° 角均匀配光，适合温室应用
  • 两种封装设计自由选择（2.0 x 2.0 mm 和 3.5 mm x 3.5 mm）
资源

LUXEON SunPlus 20 Series LEDs

图片制造商零件编号描述电流 - 测试可供货数量价格查看详情
LED SUNPLUS 20 RED 660NM SMDL1SP-DRD0002000000LED SUNPLUS 20 RED 660NM SMD350mA2388 - 立即发货$23.12查看详情
LED SUNPLUS 20 LIME SMDL1SP-LME0002000000LED SUNPLUS 20 LIME SMD350mA89 - 立即发货$29.33查看详情
LED SUNPLUS 20 BLU 450NM SMDL1SP-RYL0002000000LED SUNPLUS 20 BLU 450NM SMD350mA0 - 立即发货$20.06查看详情

LUXEON SunPlus 35 Series LEDs

图片制造商零件编号描述电流 - 测试可供货数量价格查看详情
LED SUNPLUS 35 PURPLE SMDL1SP-PRP2003500000LED SUNPLUS 35 PURPLE SMD100mA4497 - 立即发货$10.12查看详情
LED SUNPLUS 35 LIME SMDL1SP-LME0003500000LED SUNPLUS 35 LIME SMD100mA9290 - 立即发货$6.55查看详情
LED SUNPLUS 35 PURPLE SMDL1SP-PRP0003500000LED SUNPLUS 35 PURPLE SMD100mA1501 - 立即发货$10.54查看详情
LED SUNPLUS 35 PURPLE SMDL1SP-PRP1003500000LED SUNPLUS 35 PURPLE SMD100mA296 - 立即发货$10.54查看详情
LED SUNPLUS 35 BLUE SMDL1SP-RYL0003500000LED SUNPLUS 35 BLUE SMD100mA16600 - 立即发货$7.65查看详情
LED SUNPLUS 35 RED 2SMDL1SP-DRD00035R0000LED SUNPLUS 35 RED 2SMD100mA11185 - 立即发货$10.54查看详情
LED LUXEON COOL WHITE SMDL1SP-CW90002000000LED LUXEON COOL WHITE SMD-209 - 立即发货$20.06查看详情
LED SUNPLUS 35 RED 2SMDL1SP-FRD00035R0000LED SUNPLUS 35 RED 2SMD100mA0 - 立即发货$8.84查看详情
发布日期： 2016-11-17

Related Articles and Blogs

想要在太空享用新鲜食物吗？NASA 将目光投向 LED NASA 使用 LED 照明解决如何让太空食品变得更美味的问题。
How to Choose the Right Power Supply for Your LED Lighting Project This article discusses of the different types of LED power supplies and how they operate in order to ease the selection process and provide insight by looking at the applications.
Defining the Color Characteristics of White LEDs The Color Correlated Temperature (CCT) of light is defined as "the temperature of the Planckian radiator whose perceived color most closely resembles that of a given stimulus at the same brightness and under specified viewing conditions."