1 Analog Integrated Circuit Design (Analog CMOS Circuit Design) Ali Heidary, Electrical Engineering, Guilan University 1 Table of Contents 1- CMOs technology 2- Introduction to MOS transistor 3- Current mirror 4- Amplifier, active load 5- Frequency response, stability and compensation 6- Noise in electronic circuit 7- Offset 8- Example 9-Excersise 2
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
1
Analog Integrated Circuit Design(Analog CMOS Circuit Design)( g g )
Ali Heidary,Electrical Engineering,g g,
Guilan University
1
Table of Contents
1- CMOs technology2- Introduction to MOS transistor3- Current mirror4- Amplifier, active load5- Frequency response, stability and compensation6- Noise in electronic circuit7- Offset8- Example9-Excersise
2
2
References
Analysis and Design of Analog Integrated Circuits, P.R.Gray, P.J.Hurst, S.H.Lewis, and R.G.Meyer, John Wiley & Sons, Inc., 2001. (Chapter II)
3
Integrated circuit technology
three basic operations are performed on the wafer:
• Layering
4
• Patterning
• Doping
3
Integrated circuit technology
5
Integrated circuit technology
6
4
Integrated circuit technology
7
NMOS Transistor fabrication process flow
1
2
4
5
8
3
5
6
5
NMOS Transistor fabrication process flow
7 10
11
9
8
9
11
12
CMOS fabrication process flow (Inverter as an example)
10
6
CMOS fabrication process flow (Inverter as an example)
11
CMOS fabrication process flow (Inverter as an example)
12
7
CMOS fabrication process flow (Inverter as an example)
13
CMOS fabrication process flow (Inverter as an example)
14
8
CMOS fabrication process flow (Inverter as an example)
15
CMOS fabrication process flow (Inverter as an example)
16
9
CMOS fabrication process flow (Inverter as an example)
17
CMOS fabrication process flow (Inverter as an example)
18
10
CMOS fabrication process flow (Inverter as an example)
19
CMOS fabrication process flow (Inverter as an example)
20
11
Capacitor in CMOS technology
21
Capacitor in CMOS technology (more details)
22
12
Capacitor in CMOS technology (more details)
23
Resistor in CMOS technology
24
13
Resistor in CMOS technology
25
Resistor in CMOS technology
26
14
Resistor in CMOS technology
d l
27
Conductive layer canbe used to shield theresistor
Layout of large resistor
Don’t use it in precise application
What happens in the corner?
28
Don t use it in precise application
15
Two matched resistor
29We will talk more about matching later.
Different resistor in 0.7µm technology
30
Related Documents
