Skip to main content
Back to top
Ctrl
+
K
TU Delft: Structured Electronics Design
Structured Electronics Design
Book
SLiCAP
Homologation
Introduction Structured Electronic Design
Basic Knowledge
Modeling and characteriztion of the ideal behavior of amplifiers
Modeling and characterization of the non-ideal behavior of amplifiers
Design of negative feedback amplifier configurations
Application, modeling and characterization of operational amplifiers
Amplifier biasing
Feedback modeling
Controller requirements
Frequency Compensation
Design Examples
EE3C11 2023-2024
12-02-2024: Introduction
13-02-2024: Electronics 1
16-02-2024: Electronics 2
19-02-2024: Electronics 3
20-02-2024: Electronics 4
27-02-2024: Electronics 5
01-03-2024: Electronics 6
04-03-2024: Electronics 7
05-03-2024: Electronics 8
12-03-2024: Electronics 9
15-03-2024: Electronics 10
18-03-2024: Electronics 11
19-03-2024: Electronics 12
26-03-2024: Electronics 13
02-04-2024: Electronics 14
09-04-2024: Electronics 15
10-04-2024: Electronics 16
Exam EE3C11 2024
EE3C11 2022-2023
13-02-2023: Introduction
14-02-2023: Electronics 1
21-02-2023: Electronics 2
24-02-2023: Electronics 3
27-02-2023: Electronics 4
28-02-2023: Electronics 5
03-03-2022: Electronics 6
07-03-2023: Electronics 7
10-03-2023: Electronics 8
14-03-2023: Electronics 9
17-03-2023: Electronics 10
21-03-2023: Electronics 11
24-03-2023: Electronics 12
28-03-2023: Electronics 13
31-03-2023: Electronics 14
04-04-2023: Electronics 15
12-04-2023: Electronics 16
14-04-2023: Electronics 17
Exam EE3C11 2023
EE3C11 2021-2022
8-02-2022: Electronics 1
11-02-2022: Electronics 2
15-02-2022: Electronics 3
18-02-2022: Electronics 4
22-02-2022: Electronics 5
25-02-2022: Electronics 6
02-03-2022: Electronics 7
04-03-2022: Electronics 8
08-03-2022: Electronics 9
11-03-2022: Electronics 10
15-03-2021: Electronics 11
18-03-2022: Electronics 12
23-03-2022: Electronics 13
25-03-2022: Electronics 14
29-03-2022: Electronics 15
1-04-2022: Electronics 16
5-04-2022: Electronics 17
Exam EE3C11 2022
EE4109 2023-2024
14-11-2023: Introduction EE4109
16-11-2023: Principle of amplification and biasing
21-11-2023: MOS modeling
23-11-2022: CS stage
28-11-2023: CS stage noise performance optimization
30-11-2023: Application of balancing techniques
05-12-2023: Feedback stages
07-12-2023: Design of application-specific multi-stage negative feedback CMOS amplifiers
12-12-2023: Design of noise performance
14-12-2023: Design of drive capability
19-12-2022: Design of accuracy, weak nonlinearity and bandwidth
21-12-2022: Frequency compensation
09-01-2021: Design of biasing
11-01-2024: Wrap up design application-specific CMOS amplifiers
EE4109 2022-2023
15-11-2022: Structured design of CMOS feedback amplifiers
17-11-2022: Guided design excersises and discussions
22-11-2022: Design of the noise performance of negative feedback amplifiers
24-11-2022: Guided design excersises and discussions
29-11-2022: Design of the drive capability
01-12-2022: Guided design excersises and discussions
06-12-2022: Design of accuracy, bandwidth and weak nonlinearity
08-12-2022: Guided design excersises and discussions
13-12-2022: Frequency compensation
15-12-2022: Guided design excersises and discussions
20-12-2022: Design of biasing concepts
22-12-2022: Guided design excersises and discussions
10-01-2023: Design of bias sources
12-01-2023: Guided design excersises and discussions
EE4109 2021-2022
Lecture 1: 09-11-2021
Lecture 2: 11-11-2021
Lecture 3: 16-11-2021
Lecture 4: 18-11-2021
Lecture 5: 23-11-2021
Lecture 6: 25-11-2021
Lecture 7: Canceled
Lecture 8: 07-12-2021
Lecture 9: 09-12-2021
Lecture 10: 14-12-2021
Lecture 11: 16-12-2021
Lecture 12: 21-12-2021
Lecture 13: 23-12-2021
Seminar series Honolulu
May 1 10am-11am
May 1 2pm-3pm
May 2 10am-11am
May 2 2pm-3pm
May 3 10am-11am
May 3 2pm-3pm
May 4 10am-11am
May 4 2pm-3pm
May 5 10am-11am
May 5 2pm-3pm
ET8011 2024
Session 1: 30-04-2024
Exercises
Determination of the show-stopper values of feedback elements
Posters
Videos
.rst
.pdf
LTspice CSstage
Contents
LTspice circuit
LTspice Bode plots
LTspice CSstage
#
LTspice circuit
#
LTspice Bode plots
#
Contents
LTspice circuit
LTspice Bode plots
