Image of Bridgelux's F90™ LEDs F90™ LED 发布日期:2023-01-17

Bridgelux 的 F90™ LED 产品通过用窄带红色 PFS 或 KSF 荧光粉替代宽带红色氮化物荧光粉,可以达到 CRI80 的光效,CRI 为 90。

Image of Bridgelux’s PALLAS-A Fully Programmable LED Driver PALLAS-A 完全可编程 LED 驱动器 发布日期:2023-01-10

Bridgelux 的 PALLAS-A LED 驱动器具有高分辨率调光功能,可平滑无闪烁的调光至 1%,调光至关闭。

Image of Bridgelux VESTA® FLEX Dual-Channel Driver and Control Module VESTA®FLEX 双通道驱动器和控制模块 发布日期:2020-11-05

Bridgelux 的双通道驱动器和控制模块系列是一个捆绑的系统,可实现对 VESTA 系列可调白色阵列和模块的无缝控制。

V Series™ HD

Bridelux V Series™ HD selection guide.

V Series™ Gen 8

Bridgelux V Series™ Gen 8 selection guide.

Vesta® Flex

Bridgelux Vesta® Flex selection guide.

V Series™ and V Series HD Thrive™

Bridgelux V Series™ and V Series HD Thrive™ selection guide.

SMD Products

Bridgelux SMD Products selection guide.

Vesta® Edge

Bridgelux Vesta Edge selection guide.

SMD 2835 Thrive™

Bridgelux SMD 2835 Thrive™ selection guide.

Vesta Series Arrays

Bridgelux Vesta Series Arrays

Vesta® SE Series

Bridgelux Vesta® SE Series selection guide.

EB Series™ Gen 3

Bridgelux EB Series™ Gen 3 selection guide.

One of our Field Application Engineers, Brandon, answers a question about whether two different drivers are needed for the Vesta® Series Dim-To-Warm products.

Bridgelux Field Application Engineer, Brandon, explains how CCT and CRI are affected by dimming one or both channels in our Vesta® Series products.

Bridgelux Field Application Engineer Brandon explains how to take thermocouple measurements on a linear EB Series™ product.

Bridgelux Field Application Engineer, Brandon, explains Mean Time Between Failure (MTBF) and its relevance for LED products. This video, including all its content, is for informational purposes only.

Image of Bridgelux's SMD LED Products SMD LED 产品 发布日期:2018-09-28

Bridgelux SMD LED 产品以高度可靠、经济高效且紧凑的封装提供卓越的性能和色彩质量。

Bridgelux Field Application Engineer Brandon explains the differences among the Bridgelux seventh generation products.

Bridgelux Field Application Engineer answers your question whether Bridgelux COBs can be wired in series or parallel, and explains “current hogging.”