VLSI-Design
Benotetes Design Projekt
Anstelle einer Klausur soll das vollständige Design einer 'kleinen' Schaltung entworfen werden, also Schematics, (Mixed Mode) Simulationen und Layout. Die diesjährige Aufgabenstellung istVorlesungsfolien (© Peter Fischer)
Introduction (116.9 KB)
Design Flow (1.8 MB)
Schematics (941.2 KB)
Layout: Introduction (299.9 KB)
Design Regeln (397.4 KB)
Aktive Bauelemente (3.6 MB)
Skill (788.4 KB)
Mixed Mode Simulation (2.9 MB)
Aspects in Mixed Mode Design (251.5 KB)
Treiber (963.4 KB)
Advanced Simulations (1.3 MB)
Parasitic Extraction & Simulation
SRAM und CAM Basics (1.7 MB)
Übungen (© Peter Fischer)
Remote Login (265.6 KB)
Getting Started (313.6 KB)
Schematics & Hierarchy (184.2 KB)
A first Layout (957.4 KB)
DRC (354.1 KB)
LVS (520.1 KB)
CAM (Part 1, bit cell) (139.9 KB)
CAM (Part 2, sense amplifier) (132.4 KB)
More hints for layout (293.5 KB)
Skill (285.6 KB)
CAM (Part 3, digital simulation) (70.2 KB)
Some usefull external links:
Lisp
- Full Lisp Course
-
A very nice introduction, showing how LISP can be used for symbolic computation
There are many other very nice videos of Prof. Weitz! A complete list is here.
Diodes, Transistors, Fabrication
- Schöne Applets bei SmiLE
- Herstellung Metal-Gate NMOS ohne Selbstjustage (JAVA Animation)
- Sammling von Applets zu diversen Themen der Mikroelektronik (unter 'Browse')
- Infineon Video bei youtube: Herstellung von Chip
- Video von Global Foundries (bei youtube): How a CPU is made
- Zoom in einen MicroChip (youtube)
- Mikrochip ABC
Misc:
- Content not translated into English: Filme zur Herstellung von Leiterplatten (PCBs)
- Content not translated into English: Computer Arithmetik: Theorie und Applets