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Documents ADXL362 as a Motion Switch
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  • +Documents
  • +3-D Model/STEP: FAQ
  • +AD22282-A-R2: FAQ
  • +ADIS16000: FAQ
  • +ADIS16003 MTBF: FAQ
  • +ADIS16006: FAQ
  • +ADIS16201: FAQ
  • +ADIS16203: FAQ
  • +ADIS16204: FAQ
  • +ADIS16209: FAQ
  • +ADIS16210: FAQ
  • +ADIS16223: FAQ
  • +ADIS16227: FAQ
  • +ADIS16228: FAQ
  • +ADIS16229: FAQ
  • +ADIS16240: FAQ
  • +ADIS16255: FAQ
  • +ADIS16355: FAQ
  • +ADIS16364: FAQ
  • +ADIS16365: FAQ
  • +ADIS16375: FAQ
  • +ADIS16385: FAQ
  • +ADIS16400: FAQ
  • +ADIS16405: FAQ
  • +ADIS16407: FAQ
  • +ADIS16445: FAQ
  • +ADIS16448: FAQ
  • +ADIS16460: FAQ
  • +ADIS16475: FAQ
  • +ADIS16477: FAQ
  • +ADIS1647x: FAQ
  • +ADIS16480: FAQ
  • +ADISUSB: FAQ
  • +ADXL001: FAQ
  • +ADXL203: FAQ
  • +ADIS16300: FAQ
  • +ADIS16485: FAQ
  • +ADIS16488: FAQ
  • +ADIS16488A: FAQ
  • +ADIS16490: FAQ
  • +ADIS16495: FAQ
  • +ADIS16497: FAQ
  • +ADXL103: FAQ
  • +ADXL150: FAQ
  • +ADxL193: FAQ
  • +ADXL202: FAQ
  • +ADXL206: FAQ
  • +ADXL210: FAQ
  • +ADXL210E: FAQ
  • +ADXL213: FAQ
  • +ADxL230: FAQ
  • +ADXL278: FAQ
  • +ADXL312: FAQ
  • +ADXL313: FAQ
  • +ADXL320: FAQ
  • +ADXL321: FAQ
  • +ADXL322: FAQ
  • +ADXL327: FAQ
  • +ADXL335: FAQ
  • +ADXL337: FAQ
  • +ADXL345: FAQ
  • +AD22290: FAQ
  • +ADIS16003: FAQ
  • +ADIS16133: FAQ
  • +ADIS16135: FAQ
  • +ADIS16265: FAQ
  • +ADIS16305: FAQ
  • +ADXL326: FAQ
  • +ADXL350: FAQ
  • -ADXL362: FAQ
    • ADXL362 + Arduino: Using Interrupts to Implement Motion-Activated Sleep
    • ADXL362 200Hz Bandwidth
    • ADXL362 Arduino How-To
    • ADXL362 as a Motion Switch
    • ADXL362 Clock Accuracy
    • ADXL362 Current Usage versus Competitors
    • ADXL362 Evaluation Boards
    • ADXL362 External Sync Pin
    • ADXL362 FIFO
    • ADXL362 FIFO Advantages
    • ADXL362 footprint error in datasheet (Rev C)
    • ADXL362 Motion Status Indicator Pin
    • ADXL362 register configuration
    • ADXL362 Self Test Procedure
    • ADXL362 Target Applications
    • ADXL362 Wakeup Mode vs. Full Power Mode
    • ADXL362  advantages as a motion switch
    • ADXL362: Acceleration beyond measurement range
    • ADXL362: Accessing real-time data in Wakeup Mode
    • ADXL362: autosleep mode
    • ADXL362: Bare minimum to acquire data
    • ADXL362: Output Data Rates (ODR)
    • ADXL362: Wakeup Mode and Autosleep
    • ADXL362: Wider bandwitdh than 200Hz
    • Are customers parts close to the ADXL362
    • EVAL-ADXL362Z-MLP threshold setting
    • Evaluating the ADXL362
    • Is ADXL362 data AC coupled?
    • Is ultrasonic welding a suitable assembly process for ADXL362 ?
    • Logging Data Prior to an Event
  • +ADXL375: FAQ
  • +ADXL377: FAQ
  • +ADXL78: FAQ
  • +ADXRS150: FAQ
  • +ADXRS290: FAQ
  • +ADXRS300: FAQ
  • +ADXRS401: FAQ
  • +ADXRS453: FAQ
  • +ADXRS610: FAQ
  • +ADxRS614: FAQ
  • +ADXRS623: FAQ
  • +ADXRS646: FAQ
  • +ADXRS652: FAQ
  • +ADXRS800: FAQ
  • +ADIS16136: FAQ
  • +ADIS16137: FAQ
  • +ADIS16266: FAQ
  • +ADIS16334: FAQ
  • +ADIS16362 Evaluation Tool: FAQ
  • +ADIS16364 Evaluation Tool: FAQ
  • +ADIS16367: FAQ
  • +ADIS163xx: FAQ
  • +ADIS16489: FAQ
  • +ADIS1648x: FAQ
  • +ADXL346: FAQ
  • +ADXL363: FAQ
  • +EVAL-ADIS: FAQ
  • +EVAL-ADIS2: FAQ
  • +Filtering Functions: FAQ
  • +General: FAQ
  • +Gyroscope: FAQ
  • +Hard & Soft Iron Correction: FAQ
  • +ISEB USB: FAQ
  • +IMU: FAQ
  • +MEMS: FAQ
  • +Slip Ring Interface: FAQ
  • +SPI Troubleshooting: FAQ
  • +TEMP_OUT Variation: FAQ
  • +Test Procedures: FAQ
  • +AD590: FAQ
  • +AD5940: FAQ
  • +AD5941: FAQ
  • +AD8495: FAQ
  • +AD8497: FAQ
  • +ADUCM355: FAQ
  • +ADXL343: FAQ
  • +ADXL357: FAQ
  • +ADXL367: FAQ
  • +CN0429: FAQ
  • DS1922E: FAQ
  • +DS1922L: FAQ
  • +DS1922T: FAQ
  • +DS1923: FAQ
  • +EVAL-ADXL312-SDP: FAQ
  • +MAX30001: FAQ
  • +MAX30003: FAQ
  • +MAX30003CTI+: FAQ
  • +MAX30003WING: FAQ
  • +MAX30009EVKIT: FAQ
  • +MAX30134EVSYS: FAQ
  • +MAX9621: FAQ
  • +TMP01: FAQ

ADXL362 as a Motion Switch

Q 

How is this accelerometer unique for use as a motion switch?

 

A 

The ADXL362 has the unique capability to provide a status signal on a pin: that
is, a pin that goes high when the part is moving and low when it is stationary.
This pin can be tied to the gate of a switch that controls power to downstream
circuitry. So when we want the system to be off, we can cut power to it
completely, and the only thing that consumes any power is the microcontroller –
at 270 nA. This translates to huge power savings in systems that spend much of
their time in the off position, waiting for a motion trigger to turn them on.

Tags: ADXl362
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