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DTSTART:20260308T030000
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DESCRIPTION:[]\n\nElectromagnetic disturbances are a well-recognized cause 
 of errors\, malfunctions\, and failures in electronic systems\, yet they a
 re often treated as a compliance issue rather than as a functional safety 
 concern. As machinery and industrial systems become increasingly dependent
  on electronics\, software\, communications\, and programmable control sys
 tems\, electromagnetic resilience must be considered as part of the overal
 l safety lifecycle.\n\nThis presentation introduces IEEE Std 1848™-2020 
 and explains how it bridges the disciplines of electromagnetic compatibili
 ty (EMC) and functional safety. Rather than introducing an entirely new en
 gineering methodology\, IEEE 1848 builds upon the proven techniques and me
 asures already familiar to functional safety practitioners through standar
 ds such as IEC 61508. The standard identifies which of these established t
 echniques are effective against EMI-induced failures and explains how to a
 dapt them to improve electromagnetic resilience throughout the system life
 cycle.\n\nThe presentation demonstrates why immunity testing alone cannot 
 provide sufficient confidence for safety-related systems\, illustrates how
  electromagnetic disturbances lead to ordinary engineering failures that c
 an be detected and managed using established functional safety techniques\
 , and shows how electromagnetic resilience must be maintained from concept
  through decommissioning.\n\nAttendees will gain a practical understanding
  of how IEEE 1848 complements existing functional safety standards and pro
 vides a structured framework for managing electromagnetic disturbances as 
 contributors to safety-related risk.\n\nSpeaker(s): Doug Nix\n\nAgenda: \n
 7:00 PM Networking and Announcements\n\n7:15 PM Presentation\n\nVirtual: h
 ttps://events.vtools.ieee.org/m/565839
LOCATION:Virtual: https://events.vtools.ieee.org/m/565839
ORGANIZER:chair@licn.org
SEQUENCE:60
SUMMARY:EMC and Functional Safety
URL;VALUE=URI:https://events.vtools.ieee.org/m/565839
X-ALT-DESC:Description: <br /><p><img style="display: block\; margin-left: 
 auto\; margin-right: auto\;" src="https://events.vtools.ieee.org/vtools_ui
 /media/display/f55c8dbc-70c4-435c-b407-ac432ad166e0" alt="" width="1062" h
 eight="525"></p>\n<p class="mb-ds2-10">Electromagnetic disturbances are a 
 well-recognized cause of errors\, malfunctions\, and failures in electroni
 c systems\, yet they are often treated as a compliance issue rather than a
 s a functional safety concern. As machinery and industrial systems become 
 increasingly dependent on electronics\, software\, communications\, and pr
 ogrammable control systems\, electromagnetic resilience must be considered
  as part of the overall safety lifecycle.</p>\n<p class="mb-ds2-10">This p
 resentation introduces IEEE Std 1848&trade\;-2020 and explains how it brid
 ges the disciplines of electromagnetic compatibility (EMC) and functional 
 safety. Rather than introducing an entirely new engineering methodology\, 
 IEEE 1848 builds upon the proven techniques and measures already familiar 
 to functional safety practitioners through standards such as IEC 61508. Th
 e standard identifies which of these established techniques are effective 
 against EMI-induced failures and explains how to adapt them to improve ele
 ctromagnetic resilience throughout the system lifecycle.</p>\n<p class="mb
 -ds2-10">The presentation demonstrates why immunity testing alone cannot p
 rovide sufficient confidence for safety-related systems\, illustrates how 
 electromagnetic disturbances lead to ordinary engineering failures that ca
 n be detected and managed using established functional safety techniques\,
  and shows how electromagnetic resilience must be maintained from concept 
 through decommissioning.</p>\n<p class="mb-ds2-10">Attendees will gain a p
 ractical understanding of how IEEE 1848 complements existing functional sa
 fety standards and provides a structured framework for managing electromag
 netic disturbances as contributors to safety-related risk.</p><br /><br />
 Agenda: <br /><p>7:00 PM &nbsp\; Networking and Announcements</p>\n<p>7:15
  PM &nbsp\; Presentation</p>
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