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emf [2019/12/22 14:16]
bpaddock Added beamforming image.
emf [2020/03/03 03:34] (current)
bpaddock Changed note about Vehicle Occupation detection.
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 {{:​emf:​77ghzzapping.jpg?​400|}} What happens when a complex modulation of 5G at 28.375 GHz, 77 GHz from vehicle RADAR, and 5.9 GHz from Vehicle Infrastructure mix biologically? ​ I doubt anyone knows. ​ Is anyone other than me even asking that question? {{:​emf:​77ghzzapping.jpg?​400|}} What happens when a complex modulation of 5G at 28.375 GHz, 77 GHz from vehicle RADAR, and 5.9 GHz from Vehicle Infrastructure mix biologically? ​ I doubt anyone knows. ​ Is anyone other than me even asking that question?
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 +<WRAP important>​Due to may Day Job as an Embedded System Designer I get to see a lot of technical information that most people don't.
 +While I use components from the manufactures listed below in the performance of my job, the mention of any specific company doesn'​t not imply an endorsement by that company of any information found on this page.  I also have no known financial interests in any of the companies that I mention here.
 +</​WRAP>​
  
 ====== Electromagnetic Pollution ====== ====== Electromagnetic Pollution ======
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   * [[http://​www.ti.com/​lit/​pdf/​SPRY328|Leveraging the 60-GHz RF band to enable accurate mmWave sensing.   * [[http://​www.ti.com/​lit/​pdf/​SPRY328|Leveraging the 60-GHz RF band to enable accurate mmWave sensing.
 Read the white paper to learn more about leveraging the 60-GHz RF band to enable accurate mmWave sensing.]] Read the white paper to learn more about leveraging the 60-GHz RF band to enable accurate mmWave sensing.]]
-  * [[https://​www.ti.com/​solution/​vehicle_occupant_detection_sensor|Vehicle occupant detection sensor. {Or how to radiate your child as you drive.}]]+  * [[https://​www.ti.com/​solution/​vehicle_occupant_detection_sensor|Vehicle occupant detection sensor. {How to you ethical test this for health safety?}]]
    
 mmWave AWR - applications Automotive mmWave sensors applications:​ mmWave AWR - applications Automotive mmWave sensors applications:​
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 {{https://​www.electronicdesign.com/​power/​5g-four-times-more-power-dense-or-even-more|5G at least four Time More Power Dense}} {{https://​www.electronicdesign.com/​power/​5g-four-times-more-power-dense-or-even-more|5G at least four Time More Power Dense}}
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-====== Radiation effects topics for space, industrial and terrestrial applications ====== 
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-//{{ :​emf:​radiation_handbook_for_electronics_sgzy002.pdf |Texas Interments compendium of radiation effects topics for space, 
-industrial and terrestrial applications}}//,​ explains Solar and Terrestrial Radiation and effects on technology. 
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