DS51522A, MCP73855EV Evaluation Kit for MCP73855 4.2V, 1-Cell Lithium-Ion/Lithium-Polymer Battery Charger

使用 Microchip Technology 的 MCP73855-I/MF 的参考设计

放大
Image 1 / 1

供应商

Microchip Technology
  • 应用类别
    电池管理
  • 产品类别
    电池充电器

依据最终产品

  • Bluetooth Headset
  • Cellular Phone
  • Cradle Charger
  • Digital Camera
  • Instrumentation and Measurement
  • MP3 Player
  • Personal Digital Assistant

说明

  • DS51522A, MCP73855EV Evaluation Kit for MCP73855 4.2V, 1-Cell Lithium-Ion/Lithium-Polymer Battery Charger. The MCP73855 Evaluation Board is a fully-functional, assembled and tested, surface-mount board used for evaluation of MCP73855 USB Compatible Li-Ion/Li-Polymer Charge Management Controller

主要特色

  • Battery Type
    Lithium-Ion|Lithium-Polymer
  • Input Voltage
    4.5 to 5.5 V
  • Output Voltage
    4.2 V
  • Number of Battery Cells
    1

Featured Parts (1)

Featured Parts
零件编号 供应商 类别 说明
MCP73855-I/MF Microchip Technology Battery Management ICs Linear Battery Charger Controller Li-Ion/Li-Pol 400mA 4.1V/4.2V 10-Pin DFN EP Tube 买入

Research and Events

Creating Modular and Stackable Battery Platforms for Large-Scale ESS and High Voltage (up to 400V) Portable Industrial Applications

Introduction to Texas Instruments’ portfolio of battery management solutions for high-voltage packs.

8 年前

Battery Management Solutions for Portable Industrial Applications

Introduction to Texas Instruments’ portfolio of battery management solutions.

8 年前

Battery Management Solutions for Small Batteries and Low Power Applications

Introduction to Texas Instruments’ portfolio of battery management solutions.

8 年前
Sorry, your filter selection returned no results.

与电子元件连接

Facebook LinkedIn Instagram YouTube
联系我们

联系与支持

项目和合作伙伴

产品类别

制造商

垂直领域与趋势

请仔细阅读我们近期更改的隐私政策。当按下确认键时，您已了解并同意艾睿电子的隐私政策和用户协议。

请参阅短策略

本网站需使用cookies以改善用户您的体验并进一步改进我们的网站。此处阅读了解关于网站cookies的使用以及如何禁用cookies。网页cookies和追踪功能或許用于市场分析。当您按下同意按钮，您已经了解并同意在您的设备上接受cookies，并给予网站追踪权限。更多关于如何取消网站cookies及追踪的信息，请点击下方“阅读更多”。尽管同意启用cookies追踪与否取决用户意愿，取消网页cookies及追踪可能导致网站运作或显示异常，亦或导致相关推荐广告减少。

我们尊重您的隐私。请在此阅读我们的隐私政策。