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resources:quick-start:adxl367_quick_start_guide [09 Sep 2021 00:01]
Pablo del Corro [Data Formatting]
resources:quick-start:adxl367_quick_start_guide [02 Nov 2021 20:35]
Pablo del Corro [Evaluation boards]
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 The ADXL367 is a second generation of Analog Devices' ​ ultra low power accelerometers,​ replacing our own [[ADI>​adxl362|ADXL362]] and enabling 24/7 motion sensing for vast range of markets and applications,​ without compromising performance at all.  The ADXL367 is a second generation of Analog Devices' ​ ultra low power accelerometers,​ replacing our own [[ADI>​adxl362|ADXL362]] and enabling 24/7 motion sensing for vast range of markets and applications,​ without compromising performance at all. 
  
-{{ :​resources:​quick-start:​24-7_sensing.png?​nolink&​800 |}}+{{ :​resources:​quick-start:​24-7_sensing.png?​nolink&​600 |}}
  
 ===== Differences and improvements of ADXL367 compared to ADXL362 ===== ===== Differences and improvements of ADXL367 compared to ADXL362 =====
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 When powered, the ADXL367 is in Standby mode by default. It is recommended to confirm the validity of a communication sequence by reading the DEVID_AD register (Address 0x00). The DEVID_AD register is read-only, and contains the value 0xAD. If the data read from DEVID is not 0xAD, it indicates that either the physical connection or command sequence is incorrect. When powered, the ADXL367 is in Standby mode by default. It is recommended to confirm the validity of a communication sequence by reading the DEVID_AD register (Address 0x00). The DEVID_AD register is read-only, and contains the value 0xAD. If the data read from DEVID is not 0xAD, it indicates that either the physical connection or command sequence is incorrect.
  
-The flow diagram bellow shows an example of the simplest initialization routine for synchronous data acquisition of N samples at the default Output Data Rate (ODR) of 100Hz and =/-8//g// range, using DATA_READY interrupt mapped to INT1 pin:+The flow diagram bellow shows an example of the simplest initialization routine for synchronous data acquisition of N samples at the default Output Data Rate (ODR) of 100Hz and +/-8//g// range, using DATA_READY interrupt mapped to INT1 pin:
    
 {{ :​resources:​quick-start:​xl367-initseq.png?​nolink |}} {{ :​resources:​quick-start:​xl367-initseq.png?​nolink |}}
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 For this example, the argument **value** will be X_raw and the argument **bits** will be 14 .  For this example, the argument **value** will be X_raw and the argument **bits** will be 14 . 
  
-To calculate the acceleration value in units of //g//, multiply the two's complement value obtained times the Scale Factor (1/​sensitivity,​ units: [g]/LSB). The ADXL314 Scale Factor is 1[m//​g//​]/​LSB,​ for =/-8//g// range.+To calculate the acceleration value in units of //g//, multiply the two's complement value obtained times the Scale Factor (1/​sensitivity,​ units: [g]/LSB). The ADXL314 Scale Factor is 1[m//​g//​]/​LSB,​ for +/-8//g// range.
  
 In code this is:  In code this is: 
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 where **X_g** is the X-axis acceleration in units of //g//. where **X_g** is the X-axis acceleration in units of //g//.
  
-<note tip>​Always review the ADXL314 ​datasheet for detailed information</​note>  ​+<note tip>​Always review the ADXL367 ​datasheet for detailed information</​note>  ​ 
 + 
 +==== Evaluation boards ==== 
 +There are two evaluation boards offered for the ADXL367:  
 +=== EVAL-ADXL367Z:​ === 
 + This is a small footprint PCB that consist of the ADXL367 and pin headers. 
 +{{ :​resources:​eval:​user-guides:​inertial-mems:​accelerometers:​eval-adxl367z_photo.jpg?​nolink&​400 |}} 
 +=== EVAL-ADXL367-SDP:​ === 
 + ​ADXL367 evaluation system based on ADI's [[adi>​en/​design-center/​evaluation-hardware-and-software/​evaluation-boards-kits/​SDP-B]|SDP-B evaluation board]]. This a plug and play solution that allows testing of all ADXL367 features. Drivers to install the LabView based GUI are provided.  
 + 
 +{{ :​resources:​eval:​user-guides:​inertial-mems:​accelerometers:​eval-adxl367-sdp_photo.jpg?​nolink&​400 |}}  
 + 
 +  * The EVAL-ADXL367-SDP drivers can be downloaded from the following GitHub site: [[https://​github.com/​bbearssADI/​ADXL367-Evaluation-Software|EVAL-ADXL367-SDP drivers]].  
 + 
 +  * The EVAL-ADXL367-SDP User Guide wiki:​[[:​resources:​eval:​user-guides:​inertial-mems:​accelerometers:​adxl367:​eval-adxl367-sdp|EVAL-ADXL367-SDP wiki]]
resources/quick-start/adxl367_quick_start_guide.txt · Last modified: 02 Nov 2021 20:35 by Pablo del Corro