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In this episode, the focus has been on the CMOS Latch-Up phenomenon in the VLSI (Very Large Scale Integration) context. The discussion begins with a brief overview of the CMOS Latch-Up phenomenon and its relevance in VLSI. The episode delves deeper into understanding the underlying mechanics of the Latch-Up phenomenon, revisiting the SCR (PNPN) structure and its inside operation. The triggers that lead to Latch-Up have been identified, along with the parasitic PNPN structure inside CMOS. The episode also touches upon when Latch-Up sustains and highlights Latch-Up mitigation techniques in both the fabrication process and physical design. In conclusion, a summary of the episode has been provided, summarizing the key points covered in the discussion. Chapters for easy navigation: 00:00 Beginning & Intro 00:23 Chapter Index 01:19 What Is Latch Up Phenomenon? 02:51 Revisit SCR (PNPN) Structure 05:04 SCR (PNPN) Inside Operation 06:31 When Does The Latch-Up Starts (i.e Triggers) ? 08:16 Parasitic PNPN Structure Inside CMOS 09:56 When latch up sustains ? 10:46 Latch-up Mitigation : Fabrication Process 12:37 Latch-up Mitigation : Physical Design 14:20 Summary #latchup #cmoslatchup #vlsidesign _________ The Mission of TechSimplifiedTV is inspired from philosophy of : @SatishKashyapB @iit @nptel-nociitm9240 @NPTELSpecialLectureSeries @npteliitguwahati8283 @nptel-indianinstituteofsci8064 @interactivesessionswithiit7882 @NPTELGATEPreparation @NPTELANSWERS @NPTELSolutions2020 @swayam-nptelofficeiitkhara474 Courtesy: Sound by : YouTube Music & Bensound.com Video by imotivation from Pixabay Image by Jorge Guillen from Pixabay Image by robtowne0 from Pixabay Image by Robin Higgins from Pixabay Image by Samuel Faber from Pixabay Photo by Tim Gouw from Pexels Photo by Dom J from Pexels Image by pngegg.com laura-ockel-qOx9KsvpqcM-unsplash.jpg