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Thermal tests and measurements (SBCX)

999 bytes added, 17:11, 10 October 2016
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*SBCX equipped iMX6 Dual Lite processor (maximum frequency = TBD) and 1GB SDRAM
*LCD TBD.
Common settingsSettings common to all test beds:*SBCX supply voltage: 12V*Linux governor:TBD
*LCD backlight intensity: 100%
*software load [1]
** TBD.
* test bed #1
**system layout - SBCX
tbd inserire foto
 
==Results==
*test bed #1**overall power consumption (steady state): TBD [1]**SOM power consumption (steady state): TBD [1]**Tj = TBD °C**∆T = Tj - Tamb =TBD °C*test bed #2**overall power consumption (steady state): TBD [1]**SOM power consumption (steady state): TBD [1]**Tj =TBD °C**∆T =Test Tj - Tamb = TBD °C*test bed #3**overall power consumption (steady state): TBD [1]**SOM power consumption (steady state): TBD [1]**Tj = TBD °C**∆T = Tj - Tamb = TBD °C*test bed #4**overall power consumption (steady state): TBD [1]**SOM power consumption (steady state): TBD [1]**Tj = TBD °C**∆T = Tj - Tamb = TBD °C*test bed #5**overall power consumption (steady state): TBD [1]**SOM power consumption (steady state): TBD [1]**Tj =TBD °C**∆T =Tj - Tamb =TBD °C
===Test bed #2===
===Test bed #3===
===Test bed #4===
===Test bed #5===
[1] Even if the software load is the same for all of the test beds, overall and SOM power consumptions differ accross the test beds. This is due to the silicon static power consumption that is a function of the temperature itself.
==Useful links==
*[[Power management (Axel)]]
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