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Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
1/18
Syllabus Guide
Francesc Serra Graells
[email protected] de Microelectrònica i Sistemes Electrònics
Universitat Autònoma de Barcelona
[email protected] Circuits and Systems
IMB-CNM(CSIC)
Info Objectives Contents Lab Evaluation Biblio
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
2/18Info Objectives Contents Lab Evaluation Biblio
Basic Information1
Theoretical Contents3
Lab Exercises4
Evaluation Methodology5
Recommended Bibliography6
Objectives and Prerequisites2
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
3/18Info Objectives Contents Lab Evaluation Biblio
Basic Information1
Theoretical Contents3
Lab Exercises4
Evaluation Methodology5
Recommended Bibliography6
Objectives and Prerequisites2
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
4/18Info Objectives Contents Lab Evaluation Biblio
Basic Info
Who:Francesc Serra Graells (theory + exercises + lab sessions)IMB-CNM(CSIC)[email protected]. 93 5947700
Where:
Classroom: Seminari DLaboratory: Q5-2006
http://www.cnm.es/~pserra/uab/damicshttp://cv.uab.cat
Classroom Thursdays 9:00h-11:00hLaboratory Wednesdays 11:00h-13:00hOptional Exam June 27 Wednesday 9:00h
When:
IEEE ISCAS
Start!
End!
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
5/18Info Objectives Contents Lab Evaluation Biblio
Basic Information1
Theoretical Contents3
Lab Exercises4
Evaluation Methodology5
Recommended Bibliography6
Objectives and Prerequisites2
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
6/18
Objectives
Design techniques for analogand mixed integrated circuitsin CMOS technologies
Info Objectives Contents Lab Evaluation Biblio
Specs
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
7/18
Design methodologyand EDA toolsfor full-custom ASICs
Objectives
Design techniques for analogand mixed integrated circuitsin CMOS technologies
Info Objectives Contents Lab Evaluation Biblio
Specs
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
8/18
Prerequisites
Circuit theory
Electronic devices
Microelectronicstechnology
Design methodologyand EDA toolsfor full-custom ASICs
Objectives
Design techniques for analogand mixed integrated circuitsin CMOS technologies
Info Objectives Contents Lab Evaluation Biblio
Specs
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
9/18Info Objectives Contents Lab Evaluation Biblio
Basic Information1
Theoretical Contents3
Lab Exercises4
Evaluation Methodology5
Recommended Bibliography6
Objectives and Prerequisites2
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
10/18
Theory Contents
1 Introduction to the Design ofAnalog Integrated Circuits1.11.21.31.41.51.6
From the Idea to the ChipMicroelectronic vs Electronic DesignCMOS TechnologiesDevice ModelingThe Operational Amplifier and its FoMsLab Proposal: My OpAmp in CNM2.5μm CMOS Technology (CNM25)
2 Single Stage OpAmps2.12.22.32.42.52.6
The Mono-Transistor AmplifierDifferential TopologiesCommon Mode FeedbackFolded AmplifiersCascode TopologiesGain Enhancement Techniques
4 Full-Custom AnalogDesign Methodology4.14.24.34.44.54.6
Device SizingProcess and Mismatching SimulationThe Art of Analog LayoutPhysical VerificationParasitics ExtractionDFM Techniques
3 Multi-Stage OpAmps3.13.23.33.4
Two-Stage TopologiesMiller EffectFrequency CompensationDesign Space
Info Objectives Contents Lab Evaluation Biblio
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
11/18
Theory Contents
5 Low-Power OpAmps5.15.25.35.45.5
Low-Voltage vs Low-CurrentSubthreshold OperationClass-AB Output StagesRail-to-Rail TopologiesInverted-Based Pseudo-DifferentialMulti-Stage Architectures
6 OpAmp Application Examples6.16.26.36.4
Pre-AmplificationMRC-Amplifiers for AGCContinuous-Time Gm-C FiltersSwitched-Capacitor Filters
7 Integrated Data Converters7.17.27.37.47.5
ADC vs DACFlash ArchitecturesSAR TopologiesIntegrating SolutionsDelta-Sigma Modulators
(Seminar: Lab Exercices in CNM25)
Info Objectives Contents Lab Evaluation Biblio
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
12/18Info Objectives Contents Lab Evaluation Biblio
Basic Information1
Theoretical Contents3
Lab Exercises4
Evaluation Methodology5
Recommended Bibliography6
Objectives and Prerequisites2
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
13/18
Lab Exercises
Two-stage MillerOpAmp design caseSimple 2.5μm 2P2MCMOS technology (CNM25)
M2
M8
M1Vin-
M3 M4 M6
M7
Ccomp
M5
Vin+
Vout
VSS
VDD
+
-
Vin+
Vin-
VDD
VSS
Vout
Info Objectives Contents Lab Evaluation Biblio
G G
G
B B
B
D S D S
D S
B T
NTUB
GASADPOLY0
POLY1NPLUS
WINDOW METAL
METAL2
VIA
p-well n-welln+p+p+
n+n+p+
G
B
D S
B T
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
14/18
Lab Exercises
Two-stage MillerOpAmp design caseSimple 2.5μm 2P2MCMOS technology (CNM25)Freeware and multi-OS(MS Windows, Linux)full-custom EDA toolsWork at homeand tutorial at lab...
Info Objectives Contents Lab Evaluation Biblio
Physicaldesign
SpiceOpus
Glade
SpiceOpus
GladeCircuit-levelschematic
Electricalsimulation
PCell-based andnetlist-driven layout
Design rulechecker
Layout versusschematic
3D parasiticsextraction
Post-layoutsimulation
Tape-out
Device symbolsand netlisting rules
Process andmismatchdevice models
Physical design kit(PDK)
PCell layoutgeneration code
Layer boolean opsand rules script
Technologycross section
Parasitics models
Layer map table
PCell extractioncode andmatching rules
fastcap
gemini
python
python
Glade
Mask makingWafer processingScreeningDicingPackaging
ICfunctionalspecifications
ICprototypesamplesSemiconductor
Foundry
Schematicdesign
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
15/18Info Objectives Contents Lab Evaluation Biblio
Basic Information1
Theoretical Contents3
Lab Exercises4
Evaluation Methodology5
Recommended Bibliography6
Objectives and Prerequisites2
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
16/18
Evaluation Methodology
Info Objectives Contents Lab Evaluation Biblio
If :
Distributed weights
Continuous evaluation
homework exercises
No exam need to be passed
else or if :
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
17/18Info Objectives Contents Lab Evaluation Biblio
Basic Information1
Theoretical Contents3
Lab Exercises4
Evaluation Methodology5
Recommended Bibliography6
Objectives and Prerequisites2
Syllabus Guide
Design of Analog and Mixed Integrated Circuits and Systems F. Serra Graells
18/18
Recommended Bibliography
Additional reference material:
Self-contained theory in slides
Practical problems solved at classroom
P. E. Allen and D. R. Holberg, CMOS Analog Circuit Design, Oxford University Press
B. Razavi, Design of Analog CMOS Integrated Circuits, McGraw-Hill Education
F. Maloberti, Analog Design for CMOS VLSI Systems, Kluwer Academic Publishers
T. Tuma and A. Burmen, Circuit Simulation with SPICE OPUS: Theory and Practice, Modelingand Simulation Science, Engineering and Technology, Birkhäuser Boston
A. Hastings, The Art of Analog Layout, Pearson Prentice Hall
http://www.aicdesign.orgHands-on lab exercises
Info Objectives Contents Lab Evaluation Biblio