The KEA128LEDLIGHTRD is a reference design for controlling automotive lighting (high and low beams, steering and braking) and diagnosing headlight status via the eXtreme switch.
Based on the 32-bit Arm ® Cortex ® -M0+ Kinetis ® KEA128 automotive grade MCU and MC10XS3425 eXtreme switch, KEA128LEDLIGHTRD provides a complete headlight environment control solution based on LIN and CAN communication, including LED, taillights, turn signals, lamp current control and diagnostics.
Blockdiagram
凃·鸦智能照明APP控制 LED智能照明控制
在智能照明控制系统中 部分智能照明开关驱动器具备电流检测功能 我想知道它是如何实现电流检测功能的 如果采用的是EIB控制总线 电流检测值又是如何传至上位机的？ 智能照明开关驱动器是如何实现电流检测功能的
以使用我们灵活的 RGB 硬件抽象层添加自己的设备。开源意味着更多的设备不断被添加！ 跨平台 OpenRGB 已在 X86、X86_64、ARM32 和 ARM64 处理器上进行测试，包括树莓派等 ARM 微型 PC。 https://openrgb.org/ 不依赖于制造商软件的开源照明控制 OpenRGB
本帖最后由 jameswangsynnex 于 2015-3-3 20:04 编辑 家用卫生间全自动照明开关电路图
来实现上述功能的。 1、系统构成 太阳能LED照明控制系统主要由太阳能电池、蓄电池、系统控制器、LED照明负载和市电电源5部分组成，。系统正常工作时，由蓄电池向LED负载供电，在蓄电池电压不足时，由市电（备用电源）直接向LED负载供电，避免了蓄电池电压不足时LED负载不亮的情况。有了市电作为备用电源，在设计时可以适当降低蓄电池的容量，降低成本。同时避免了由于利用太阳能而导致
PI InnoSwitch-EP是一款高度集成的离线式 恒压/恒流(CV/CC)反激式开关IC：集MOSFET、同步整流和反馈功能为一体。并且采用PI专有的全新通讯技术FluxLink，它无需使用任何磁芯材料即可使反馈信息越过隔离层传递，省去了光耦器。InnoSwitch-EP针对家电、工业控制及智能照明应用，可极大简化低压高电流电源的开发和制造。 是不是还想了解更多？ >>点击
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