S6AL211智能照明的四路LED驱动器解决方案

S6AL211智能照明的四路LED驱动器解决方案,第1张

  cypress公司的S6AL211是用于智能照明的四路LED驱动器,为商业照明,住宅照明和其它照明系统提供最优化的解决方案。输入电压VIN DC 24V,输出功率72W,效率大于 94 %.器件可依靠通信以及各种感应器来对应调光和调色,削减BOM 成本。本文介绍了S6AL211主要特性,框图和应用框图和电路,以及40W智能LED 驱动板S6SAL211A94SA1001主要指标,电路图,材料清单和PCB设计图。

  There are possible to the light dimming and tune colors control of 4 ch. LED strings. This device can be dimming and toning for 4 ch.LEDs. The dimming and color control is corresponded to communicaTIon interfaces and sensors. Through it can use for not only thegeneral lighTIng but also office, shop and residence lighTIng control systems. Moreover, S6AL211 series integrate a 3V-LDO regulatorcircuit for supplying the power to the peripheral circuits. It contributes to the BOM cost reducTIon. S6AL211 series can offer the bestsolution according to your usage.

  S6AL211主要特性:

   Control of up to 4 channels LED strings (such as Red, Green, Blue, White or White×4 etc.)

   Input voltage range VIN: DC 24 V (Absolute Maximum rating: 35 V)

   Output power range: 72 W (1A/18 V at LED Vf 3.6 V(typ)×5 / 1 ch. )

   LED brightness control method: LED current control and LED ON/OFF PWM control

   High efficiency 》 94 % (Dimming type B,C at 4 ch. 100 % brightness, Typ-sample)

   Communication interfaces: DALI, External module of Bluetooth® (UART

   Integrates 3V-LDO regulator circuit for supplying the power to the peripheral circuits

   Protection functions

   Output signal of IC protection status

   Low input voltage protection

   Output over current protection, etc.

   Small package: 48-pin, LQFP (7.0 mm × 7.0 mm× 1.7 mm [Max])

  S6AL211应用:

   Commercial lightings such as office, shop and so on

   Residential lighting such as down-light, ceiling-light

   Street light, Sensor light

   Illumination

  etc.

   Supported to the standards:

  Japanese Electrical Appliances and Materials Safety Law (PSE)

  Japanese lamp industrial standard (JEL)

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第2张

  图1.S6AL211简化框图(样本1)

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第3张

  图2.S6AL211简化框图(样本2)

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第4张

  图3.S6AL211简化框图(样本3)

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第5张

  图4.S6AL211框图

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第6张

  图5.S6AL211办公室基本照明系统:DALI,C型调光,VIN=24V

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第7张

  图6.S6AL211消费类下射式照明系统:UART,C型调光,VIN=24V

  40W智能LED 驱动板S6SAL211A94SA1001

  40W智能LED 驱动板主要指标:

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第8张

  

  图7.40W智能LED 驱动板外形图

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第9张

  图8.40W智能LED 驱动板连接图

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第10张

  图9.40W智能LED 驱动板和LED连接图

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第11张

  图10.40W智能LED 驱动板电路图(1)

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第12张

  图11.40W智能LED 驱动板电路图(2)

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第13张

  图12.40W智能LED 驱动板电路图(3)

  40W智能LED 驱动板材料清单:

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第14张

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第15张

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第16张

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第17张

  图13.40W智能LED 驱动板PCB设计图(1):元件布局

  

S6AL211智能照明的四路LED驱动器解决方案,[原创] Cypress S6AL211四路40W LED智能照明系统解决方案,第18张

  图14.40W智能LED 驱动板PCB设计图(2):铜线布局

  详情请见:

  和

  以及

  002-08453_S6AL211_Series_ASSP_4ch._LED_Driver_IC_for_Intelligent_Lighting.pdf

  002-08455_S6AL211_Series_ASSP_4ch._LED_Driver_IC_for_Intelligent_Lighting_Chinese.pdf

  S6SAL211A94SA1001_Intelligent_LED_Lighting_Starter_Kit.pdf

欢迎分享,转载请注明来源:内存溢出

原文地址: http://outofmemory.cn/dianzi/2597855.html

(0)
打赏 微信扫一扫 微信扫一扫 支付宝扫一扫 支付宝扫一扫
上一篇 2022-08-09
下一篇 2022-08-09

发表评论

登录后才能评论

评论列表(0条)

保存