Difference between analogue and digital chip design
3
Schematic of a chip, libraries, PDK
4
Simulation of a chip
5
Software used to design a chip
6
Price: How much does it cost to manufacture a custom chip
7
How to learn chip design
8
Doing layout of a chip
9
Parasitic extraction
10
Design rules
11
Layers in chip design
12
NMOS / PMOS transistor
13
Package design for a chip
14
Nanometers technologies - what does it mean?
15
What is FinFET and why it exists?
16
How many people design a chip?
17
Joren's chip
18
Why to design ASIC
19
CMOS vs Bipolar
20
Making resistors in a chip
21
Making capacitors in a chip
22
Thickness of metal layers
23
Parameters of a transistor
24
THz chip example
25
Making perfect chips from imperfect components
26
ESD protection in chips
Description:
Dive into a comprehensive video lecture on chip design, covering everything from schematics and libraries to packaging and simulation. Explore the differences between analog and digital chip design, learn about the software used in the industry, and understand the costs involved in manufacturing custom chips. Discover the intricacies of chip layout, design rules, and the various layers involved in the process. Gain insights into transistor types, package design, and the meaning behind nanometer technologies. Investigate advanced topics such as FinFET technology, ASIC design rationale, and the comparison between CMOS and Bipolar technologies. Learn about creating resistors and capacitors within chips, metal layer thicknesses, and transistor parameters. Examine real-world examples, including a THz chip, and understand how perfect chips are made from imperfect components. Conclude with a discussion on ESD protection in chips, providing a thorough overview of the chip design process.