<var id="fnfpo"><source id="fnfpo"></source></var>
<rp id="fnfpo"></rp>

<em id="fnfpo"><object id="fnfpo"><input id="fnfpo"></input></object></em>
<em id="fnfpo"><acronym id="fnfpo"></acronym></em>
  • <th id="fnfpo"><track id="fnfpo"></track></th>
  • <progress id="fnfpo"><track id="fnfpo"></track></progress>
  • <tbody id="fnfpo"><pre id="fnfpo"></pre></tbody>

  • ZCC575數字溫度傳感器替代lm75

    發布時間:2024-8-27 14:50    發布者:至誠微電子-琳桐
    Features
     Temperature accuracy
       ±1℃ from -20℃~ 80℃
       ±2℃ from -40℃~ 125℃
     Low power consumption
       4.5uA shutdown current at VDD=5.0V
       125uA continuous conversion current
     2.2~8.0V ultra-wide operation supply voltage
     High PSR in temperature monitoring
     I2C &SMBus digital communication interface
     LM75 function and register compatible
     0.0625℃ temperature resolution
     Support up to 32 devices by A0/A1/A2 pin hardware configuration
     OS pin open-drain alert and interrupt multi-function
     OS output polarity configuration
     Embedded one-shot conversion mode
    Applications
     Home appliance thermal control
     Server board temperature monitoring
     Thermostat control
     Environmental temperature monitoring
     Electronic equipment and facilities
     General system thermal management
    Description
    The ZCC575 is a digital-type high-accurate on-chip integrated temperature sensor chip with an
    integrated high resolution sigma-delta converter and I2C/SMBus digital interface. It is register and function compatible with industrial standard LM75 digital temperature sensor. ZCC575 is available in E-MSOP8 package, it offers hardware pin and firmware compatibility to easy upgrade from LM75x design.
    Digital communication 2-wire interface which operates up to 400KHz of fast mode and 2.5MHz of
    high-speed mode. There are 3 hardware address pins, A0/A1/A2, which could configure the I2C address externally. The ZCC575 has a dedicated over-temperature shutdown output (OS) pin with programmable higher or lower limit in hysteresis. The OS pin could also be output polarity reverse by configure POL register bit setting in configuration register. There is a consecutive fault measurements function which could be programmed by 1/2/3/4counts. The OS pin will enabled if the temperature conversion data is over the pre-set limitation value continuously, and satisfies the FQ[1:0] resister setting.


    本文地址:http://www.portaltwn.com/thread-869394-1-1.html     【打印本頁】

    本站部分文章為轉載或網友發布,目的在于傳遞和分享信息,并不代表本網贊同其觀點和對其真實性負責;文章版權歸原作者及原出處所有,如涉及作品內容、版權和其它問題,我們將根據著作權人的要求,第一時間更正或刪除。
    您需要登錄后才可以發表評論 登錄 | 立即注冊

    廠商推薦

    • Microchip視頻專區
    • Dev Tool Bits——使用MPLAB® Discover瀏覽資源
    • Dev Tool Bits——使用條件軟件斷點宏來節省時間和空間
    • Dev Tool Bits——使用DVRT協議查看項目中的數據
    • Dev Tool Bits——使用MPLAB® Data Visualizer進行功率監視
    • 貿澤電子(Mouser)專區
    關于我們  -  服務條款  -  使用指南  -  站點地圖  -  友情鏈接  -  聯系我們
    電子工程網 © 版權所有   京ICP備16069177號 | 京公網安備11010502021702
    快速回復 返回頂部 返回列表
    精品一区二区三区自拍图片区_国产成人亚洲精品_亚洲Va欧美va国产综合888_久久亚洲国产精品五月天婷