Schedule of presentations:
S.No.
Topic
Roll Nos.
1.
MOSFET modeling for circuit simulation and
Types of models
1
Date of
presentation
17-04-23
2.
Properties of good models
4
17-04-23
3.
Modeling of resistor, capacitor, inductor
7
17-04-23
4.
Modeling of diode, BJT
8
17-04-23
5.
Modeling of JFET, MOSFET
9
17-04-23
6.
Model parameters
10
17-04-23
7.
Device and process simulator
11
17-04-23
8.
Circuit simulation techniques: DC analysis, AC 12
analysis, transient analysis
17-04-23
9.
10.
Modeling of Process Variation, Process corners
Simulation of digital circuits
13
14
17-04-23
19-04-23
11.
Simulation of analog circuits
16
19-04-23
12.
Monte Carlo simulation
2
19-04-23
13.
Brief overview of BSIM model
3
19-04-23
14.
15.
5
17
19-04-23
19-04-23
16.
Brief overview of EKV model
MOSFET modeling for circuit simulation and
Types of models
Properties of good models
18
19-04-23
17.
Modeling of resistor, capacitor, inductor
19
19-04-23
18.
Modeling of diode, BJT
20
19-04-23
19.
Modeling of JFET, MOSFET
21
19-04-23
20.
Model parameters
22
21-04-23
21.
Device and process simulator
23
21-04-23
22.
Circuit simulation techniques: DC analysis, AC 24
analysis, transient analysis
21-04-23
23.
Modeling of Process Variation, Process corners
21-04-23
25
24.
Simulation of digital circuits
26
21-04-23
25.
Simulation of analog circuits
27
21-04-23
26.
Monte Carlo simulation
28
21-04-23
27.
Brief overview of BSIM model
30
21-04-23
28.
Brief overview of EKV model
2022REC1610
21-04-23
Guidelines:
•
•
Each student will be given 5-7 mins time for presenting their work.
Each student will make pdf file related to his/her presentation topic and share this file
in the google classroom, so that everyone knows what you are going to explain in the
class, and you do not need to make complicated diagrams on the board as you have
limited time.