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DTSTAMP:20220613T140240Z
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DTSTART;TZID=US/Eastern:20220609T190000
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DESCRIPTION:Power supplies and other analog systems rely on feedback transl
 ations for control and stability. With sufficient loop gain\, these transl
 ations are largely independent of loop gain and loop dynamics. Complex fee
 dback systems\, however\, often lose the phase and gain margin they need f
 or stable operation when loop gain is high. Unfortunately\, understanding 
 how these feedback systems behave and translate signals when loop gain is 
 not high is largely algebraic and abstract. This talk introduces a new way
  of viewing and analyzing these feedback systems that is more intuitive an
 d insightful. The presentation uses this method to show how looped amplifi
 ers translate signals across frequency when forward gain and feedback tran
 slations alternate dominance. Understanding\, innovating\, and designing f
 eedback and mixed translations this way is more straightforward.\n\nSpeake
 r(s): Dr. Rincon-Mora\, \n\nBldg: CASS Chapter\, Philadelphia Section\, 11
  Bala Avenue\, CASS Chapter\, Philadelphia Section\, 11 Bala Avenue\, Bala
  Cynwyd\, Pennsylvania\, United States\, 19004\, Virtual: https://events.v
 tools.ieee.org/m/307172
LOCATION:Bldg: CASS Chapter\, Philadelphia Section\, 11 Bala Avenue\, CASS 
 Chapter\, Philadelphia Section\, 11 Bala Avenue\, Bala Cynwyd\, Pennsylvan
 ia\, United States\, 19004\, Virtual: https://events.vtools.ieee.org/m/307
 172
ORGANIZER:zahmad@kns.com
SEQUENCE:5
SUMMARY:UNRAVELING FEEDBACK TRANSLATIONS
URL;VALUE=URI:https://events.vtools.ieee.org/m/307172
X-ALT-DESC:Description: <br /><p>Power supplies and other analog systems re
 ly on feedback translations for control and stability. With sufficient loo
 p gain\, these translations are largely independent of loop gain and loop 
 dynamics. Complex feedback systems\, however\, often lose the phase and ga
 in margin they need for stable operation when loop gain is high. Unfortuna
 tely\, understanding how these feedback systems behave and translate signa
 ls when loop gain is not high is largely algebraic and abstract. This talk
  introduces a new way of viewing and analyzing these feedback systems that
  is more intuitive and insightful. The presentation uses this method to sh
 ow how looped amplifiers translate signals across frequency when forward g
 ain and feedback translations alternate dominance. Understanding\, innovat
 ing\, and designing feedback and mixed translations this way is more strai
 ghtforward.</p>
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