• ADT7302 temp sensor initialisation

    Hi EngineerZone,

    I'm looking to design in the ADT7302 but interested in what happens when the device is initiated. I'm interested in what happens once the chip initially powers up and what is needed to get the first guaranteed good reading. Also, out…

  • ADT7302 Data Rate and Thermal Time Constant

    Hi All,

    My customer would like to know the maximum available data rate with ADT7302. The data sheet says conversion time is 1.2ms. And the devise clock is reset after every read or write operation for register and this cause the device to start a temperature…

  • How to handle ADT7302 from the user space C application? I'm currently developing the SPI application for Linux to read the temp. reading

    Currently myself working with ADT7302 SPI sensor for monitoring temperature.

     

    For that I have connect the sensor to Galileo board or Minnowboard MAX which are running Linux OS.

    I'm not getting any kind of reading from the MISO line instead I got 0xFF…

  • TAGS LIST: Sensors & MEMS

    ADXL78
    ADXL001
    ADXL278
    ADIS16223
    ADIS16240
    ADIS16209
    ADIS16203
    ADIS16201
    ADXL193
    ADISEVAL
    ADXL1005
    ADIS16000
    ADIS16210
    ADIS16227
    ADIS16228
    ADIS16229
    ADIS16305
    ADXL1001
    ADXL1002
    ADXL1004
    ADXL103
    ADXL151
    A…
  • RE: Question about EVM of AD7814

    Hi JakeKim,

    Would you like to have an evaluation board for testing how the part works? If so, I'm afraid we don't have any evaluation board on this part, but I would suggest to have a look to the following ones, that have the same interface and package…

  • ADI芯片辨识、型号查找

    看看截图:

  • 3/9/16: Sensors and How to Use Them

    Presenter: David W. Kress, Director of Technical Marketing

     

    In this webcast, we’ll introduce the concepts of changing physical signals into analog/electrical signals and then back into physical signals. A whole range of devices will be discussed including…

  • 【在线研讨会讲义PPT下载】传感器及其使用

    ADI传感器产品组合专注于运动、温度和声音领域。每款MEMS加速度计、陀螺仪、惯性测量单元(IMU)、麦克风,以及所有模拟或数字温度传感器均集成行业领先的传感器和传感器信号调理技术。各类信号依靠传感器来实现相互转变,当然信号转变的精度越高越好!如何实现高精度转变一直都是个值得关注的问题,而且面对种类繁杂的传感器,大家又真正了解多少呢?

    ADI近期举办了在线研讨会【传感器及其使用】介绍如何将物理信号转变为模拟/电气信号,然后转变回物理信号。与大家讨论各种器件,包括温度传感器和光电二极管(模拟…

  • 【在线研讨会回顾】低电平信号采集传感器

    传感器就是电子系统的眼睛、耳朵和手,可让系统捕捉到环境的状态。信号捕捉与传感器输入的处理是一种精细的过程,需要对信号有详细的了解。2013年ADI放大器应用工程师郭剑、高级应用工程师赵延辉主讲了“低电平信号采集传感器”的专题讲座(研讨会回放,请点击http://seminar.eepw.com.cn/seminar/show/id/152

    本研讨会讨论微机械结构形成可变电容的基本MEMS传感器概念,以及它如何转变为有用的运动信号。应用包括多种运动检测、旋转检测、甚至声音检测,还讨论了如何测试和校准这些器件…

  • ADI设计峰会讲义分享——低电平信号采集传感器

    ADI设计峰会讲义分享——低电平信号采集传感器 by ADIForum

    ADI首届设计峰会吸引了全国专业工程师的热烈关注和参与,相关主题技术研讨与交流获得了工程师的积极反响。小编经过努力,拿到其中部分的演讲PPT资料,将在论坛中以图文形式与大家分享,并提供完整的PDF资料下载。希望大家喜欢哦!

     

    传感器就是电子系统的眼睛、耳朵和手,可让系统捕捉到环境的状态。信号捕捉与传感器输入的处理是一种精细的过程,需要对信号有详细的了解。在硅片上集成传感器功能可提升性能、提供更佳的信号处理以及更低的总系统成本…