Typical Application Circuit for MIC94163YCS 3A High-Side Load Switch with Reverse Blocking

使用 Microchip Technology 的 MIC94163YCS 的参考设计

放大
Image 1 / 1

供应商

Microchip Technology
  • 应用类别
    功率驱动器
  • 产品类别
    MOSFET功率驱动器

依据最终产品

  • GPS
  • Portable Instrumentation
  • Portable Media Player
  • Smart Phone
  • Solid State Drive (SSD)
  • Tablet
  • Ultra Mobile PC

说明

  • Typical Application Circuit for MIC94163, is a family of high-side load switches designed to operate from 1.7V to 5.5V input voltage. The load switch pass element is an internal 14.5m RDSON N-Channel MOSFET which enables the device to support up to 3A of continuous current. Additionally, the load switch supports 1.5V logic level control and shut-down features in a tiny 1.5mm x 1mm 6-ball WLCSP package

主要特色

  • Input Voltage
    1.7 to 5.5 V
  • Output Voltage
    1.5 V

Featured Parts (1)

Featured Parts
零件编号 供应商 类别 说明
MIC94163YCS-TR Microchip Technology Power Switches Power Switch Hi Side 1-OUT 3A 0.04Ohm 6-Pin WLCSP T/R 买入

Research and Events

Reliable, durable EV charging infrastructure by Murata

Explore Murata’s electric vehicle fast-charging solutions, including the five key characteristics to consider when selecting an isolated DC-DC converter.

3 年前

Rugged High-Side Power Switching: The IPS161H from STMicroelectronics

The IPS161H is a high-side power switch intended for device safety from STMicroelectronics.

7 年前

How Wolfspeed silicon carbide enables offline switching-mode power supplies

This article will explore how Wolfspeed’s SiC components enable offline SMPS systems to excel in terms of efficiency, power density, and overall system cost, particularly when compared with Si and GaN devices.

2 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。