BEGIN:VCALENDAR
VERSION:2.0
PRODID:Events Booking
BEGIN:VEVENT
UID:6a6d1bbb7935c
SUMMARY:The Physics of Electromagnetic Compatibility Measurements
DESCRIPTION:4 Days\, 90 Minutes per day&nbsp\;(11 am - 12:30 pm EDT)
 This
  course reviews the equipment\, test set-ups and primary coupling mechanis
 ms associated with each of the major electromagnetic compatibility tests. 
 The goal of the course is to provide a basic understanding of the physics 
 involved in order to make better\, more meaningful and more repeatable mea
 surements.
 The primary EMC tests covered by this course are Conducted an
 d Radiated Emissions\, Radiated Immunity\, Bulk Current Injection\, Electr
 ical Fast Transient testing and Electrostatic Discharge testing. Other EMC
  tests such as Lightning Immunity\, Magnetic Field Emissions and Power Dis
 turbance tests will also be discussed. Commercial\, automotive and militar
 y EMC test procedures in each of these categories will be reviewed. While 
 the course will refer to industry standard tests\, the focus is on the gen
 eral physics\, not the specific requirements of any given standard.
 For 
 each EMC test\, the course reviews the test equipment\, test settings and 
 set-up parameters that affect the measurement results. Basic models of the
  measurements are presented that help test engineers and technicians under
 stand exactly what is being measured. These models illustrate how sometime
 s seemingly minor decisions related to the test set-up can significantly a
 ffect the results of a measurement.
 People who might benefit from taking
  this course include engineers and technicians that are new to the field o
 f EMC and want to become familiar with EMC test procedures\; as well peopl
 e who have been conducting EMC tests for many years that want to develop a
  better understanding of the physics involved. The course can also benefit
  product engineers who are responsible for negotiating EMC test plans and/
 or ultimately ensuring that their designs will comply with EMC requirement
 s.
DTSTART:20260914T050000Z
DTEND:20260917T050000Z
DTSTAMP:20260428T004629Z
ORGANIZER;CN=Lindsey Zeisler:MAILTO:lindsey@learnemc.com
END:VEVENT
END:VCALENDAR