MAX5066

可配置的单/双路输出、同步buck控制器,支持大电流应用


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说明

MAX5066是双相、可配置的单路或双路输出buck控制器,输入电压范围为4.75V至5.5V或5V至28V。MAX5066每相设计为180°工作模式。通过模式引脚可设置为双路输出电源,或将两相连接在一起实现单路输出、大电流电源。MAX5066的每一路输出通道可驱动n沟道MOSFET,并能提供大于25A的负载电流。MAX5066采用平均电流控制模式,每相的开关频率高达1MHz,两相之间为180°异相工作模式。异相工作模式大大降低了双相、单路输出电压应用中的输入电容纹波电流和输出电压纹波。每路buck调节器输出都具有高性能的电流和电压误差放大器,可为实现最优的输出滤波器L-C取值和瞬态响应提供补偿。

MAX5066提供两路使能输入,具有精确的导通门限,可实现两路输出电压的排序。该器件的开关频率可通过外部电阻编程设置,范围为100kHz至1MHz。MAX5066可与外部时钟同步。每路输出电压在0.61V至5.5V范围内可调。此外,该器件还包括热关断、“打嗝模式”短路保护功能。在需要快速瞬态响应或精确输出电压调节的应用中,可采用带自适应电压定位的MAX5066。

MAX5066采用热增强型28引脚TSSOP封装,能够耗散1.9W功率。该器件可工作在-40°C至+85°C扩展级或-40°C至+125°C汽车级温度范围。
MAX5066:典型应用电路 MAX5066:典型应用电路 放大+

关键特性

  • 4.75V至5.5V或5V至28V输入电压范围
  • 双路输出同步buck控制器
  • 可配置为两路独立输出或单路输出
  • 每路能提供高达25A的输出电流
  • 平均电流模式控制具有精确的限流
  • 180°异相工作模式减小了输入滤波电容的尺寸
  • 并联工作模式下,可限制反向吸入电流
  • 每路输出电压在0.61V至5.5V间可调
  • 独立的可编程自适应电压定位
  • 每相开关频率可编程,范围为100kHz至1MHz
  • 振荡器频率可同步至200kHz至2MHz
  • 打嗝模式过流保护
  • 过热关断
  • 热增强型28引脚TSSOP封装,可耗散1.9W功率
  • 工作在-40°C至+85°C或-40°C至+125°C温度范围

应用

  • 图形卡
  • 高端台式计算机
  • 网络系统
  • 负载点大电流/高密度
  • RAID系统
  • 电信系统DC-DC调节器
Part NumberVIN
(V)
VIN
(V)
VOUT1
(V)
VOUT1
(V)
Output Adjust. MethodIOUT1
(A)
Switch TypeSynchronous SwitchingDC-DC OutputsOper. Freq.
(kHz)
Package/PinsBudgetary
Price
minmaxminmaxSee Notes
MAX5066 4.75280.615.5Resistor25ExternalYes11000
TSSOP/28
$6.31 @1k
查看所有Step-Down Switching Regulators (404)
Pricing Notes:
价格仅供参考,用于同类产品的比较。所提供报价为美元,需要依汇率折合成人民币。该价格将因当地关税、税率和汇率而异。有关特定订购量和指定版本的报价和供货问题,请参考:价格与供货网站或与指定代理商联系。


MAX5066EVKIT: MAX5066评估板
MAX15034BEVKIT: MAX15034B和MAX5066评估板

技术资料

用户指南 5861 EE-SIM Design and Simulation Environment User Guide
参考原理图 4150 MAX5066用于高性能系统的参考设计

质量和环境数据

申请可靠性报告: MAX5066 
无铅封装的锡(Sn)晶须报告
型号   生产流程   工艺   样本量   不合格   FIT @ 25°C   FIT @ 55°C  

备注: 通过技术手段对故障率进行汇总,并映射到相关的材料部件号。 故障率与被测件的数量密切相关。

质量管理体系 >
环境管理体系 >

 
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类型 编号 标题
参考电路4150MAX5066用于高性能系统的参考设计
评估板6447MAX15034BEVKIT MAX15034BMAX5066评估板
评估板5087MAX5066EVKIT MAX5066评估板