Udemy - VSD - Custom Layout

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Udemy - VSD - Custom Layout (Size: 591.1 MB)
  001 Course content.mp4 7.4 MB
  001 Course content_en.vtt 6.5 KB
  001 Create active regions.mp4 16.6 MB
  001 Create active regions_en.vtt 13.9 KB
  001 INV.mag.html 1.3 KB
  001 Introduction to DRC and lambda design rules.mp4 22 MB
  001 Introduction to DRC and lambda design rules_en.vtt 13.4 KB
  001 Introduction to simple path, euler's path and euler's circuit.mp4 16.9 MB
  001 Introduction to simple path, euler's path and euler's circuit_en.vtt 14.3 KB
  001 Pre-layout simulation.mp4 17.5 MB
  001 Pre-layout simulation_en.vtt 13.1 KB
  001 fn_prelayout.cir.html 921.6 B
  002 Formation of N-well and P-well.mp4 10.8 MB
  002 Formation of N-well and P-well_en.vtt 8.7 KB
  002 Introduction to stick diagram.mp4 18.7 MB
  002 Introduction to stick diagram_en.vtt 14.8 KB
  002 Layout using 'only' stick diagram.mp4 17.4 MB
  002 Layout using 'only' stick diagram_en.vtt 14.3 KB
  002 Poly extension and poly to diffusion spacing rules.mp4 26.3 MB
  002 Poly extension and poly to diffusion spacing rules_en.vtt 14.4 KB
  002 fn_postlayout.mag.html 3.1 KB
  002 min2.tech.html 7.9 KB
  003 Corner stitching introduction.mp4 19.9 MB
  003 Corner stitching introduction_en.vtt 14.2 KB
  003 Derive actual dimension from stick diagram.mp4 41.1 MB
  003 Derive actual dimension from stick diagram_en.vtt 14.1 KB
  003 Euler's path for Fn - Input gate ordering.mp4 12.9 MB
  003 Euler's path for Fn - Input gate ordering_en.vtt 10.7 KB
  003 Formation of gate terminal.mp4 14.2 MB
  003 Formation of gate terminal_en.vtt 11.8 KB
  003 Poly to diffusion spacing and diffusion contact width rules.mp4 20.9 MB
  003 Poly to diffusion spacing and diffusion contact width rules_en.vtt 11.7 KB
  003 Post-layout simulation and conclusion.mp4 16.2 MB
  003 Post-layout simulation and conclusion_en.vtt 9.5 KB
  004 Corner stitch to planes to tiles.mp4 16.1 MB
  004 Corner stitch to planes to tiles_en.vtt 11 KB
  004 Improved stick diagram for new gate input ordering.mp4 15.5 MB
  004 Improved stick diagram for new gate input ordering_en.vtt 12.6 KB
  004 Lightly doped drain (LDD) formation.mp4 12.5 MB
  004 Lightly doped drain (LDD) formation_en.vtt 10.5 KB
  004 Metal1 width and poly to metal1 spacing rules.mp4 15.5 MB
  004 Metal1 width and poly to metal1 spacing rules_en.vtt 8.4 KB
  005 Abstract layout from stick diagram.mp4 21 MB
  005 Abstract layout from stick diagram_en.vtt 14.4 KB
  005 Active tile types and tech file content.mp4 19.4 MB
  005 Active tile types and tech file content_en.vtt 14 KB
  005 Contact spacing and minimum active width rules.mp4 25.1 MB
  005 Contact spacing and minimum active width rules_en.vtt 11.3 KB
  005 Source drain formation.mp4 7.6 MB
  005 Source drain formation_en.vtt 6.3 KB
  006 Contacts and styles.mp4 15.9 MB
  006 Contacts and styles_en.vtt 11.6 KB
  006 Derive actual dimension for Fn.mp4 24.8 MB
  006 Derive actual dimension for Fn_en.vtt 15.1 KB
  006 From logic to layout to SPICE.mp4 18.7 MB
  006 From logic to layout to SPICE_en.vtt 11.3 KB
  006 Local interconnect formation.mp4 11.4 MB
  006 Local interconnect formation_en.vtt 9.7 KB
  007 Connect section for circuit extraction.mp4 18.3 MB
  007 Connect section for circuit extraction_en.vtt 13.5 KB
  007 Higher level metal formation.mp4 16 MB
  007 Higher level metal formation_en.vtt 12.6 KB
  007 Script to create layout.mp4 23.1 MB
  007 Script to create layout_en.vtt 14.2 KB
  008 draw_fn.tcl.html 2.6 KB
  009 Final layout and inputoutput labelling.mp4 51.2 MB
  009 Final layout and inputoutput labelling_en.vtt 14 KB
  Bonus Resources.txt 409.6 B
  Get Bonus Downloads Here.url 204.8 B
  ▲ 69 total files

Description


VSD - Custom Layout
https://CourseWikia.com

MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 591 MB | Duration: 4h 33m

VLSI - This is where design meets fabrication

What you'll learn
Draw layout from scratch, i.e. right from tech files to metal layer
Understand each and every mask level, through appropriate fabrication steps
Get to know how physical design flow communicates with CMOS fabrication process
This is how 2 different industries communicate
Requirements
Basic terms of CMOS, NMOS, PMOS
A brief summary of my existing course on 'Circuit design and SPICE simulations' will help, but can do even without that course
A brief knowledge of my existing courses on physical design flow and static timing analysis will also help
Description
Physical designers and CMOS fabrication team communicates with each other, and this course says it 'How?'

While physical designers use all the outputs from experiments performed by fabrication department, this course will nstrate the best of both worlds and connect them through exchange of certain files in certain format

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