EEE 598 - Fall 2009

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24 Νοε 2013 (πριν από 3 χρόνια και 6 μήνες)

118 εμφανίσεις

EEE 598

-

Fall

200
9

Switch
-
Capacitor Analog Filter & Signal Processing Circuit Design


Instructor
:

Dr. Hongjiang Song



hongjiang.song@intel.com


Credits
:
3 hours


Prerequisites:



EEE 433 Analog Design



EEE 52
3 Analog Circuits



Or equivalent


Grading:

Homework

15%

Midterm Exams

40%

Final Exam

25%

Project


20%


Course Description:

This course will cover VLSI continuous and discrete time filters and signal processing circuits. This course
is intended for the gr
aduate students covering the fundamentals and design techniques of switched
-
capacitor filters and other analog filters, such as active
-
RC, MOS
-
C, Gm
-
C, CTI, and SI filters. The
objective of this course is to build a practical knowledge of filter circuit de
sign and applications to other
circuit design areas, such as A/D, D/A converters, etc. There will be weekly (bi
-
weekly) homework and
/or

design projects
. CAD tools, such as CADENCE,
SPICE, etc. will be used during the class.


Textbook:




VLSI Analog Signal

Processing Circuit
s” by Dr. Hongjiang Song.

ISBN13 (TP) 978
-
1
-
4363
-
7740
-
9,

ISBN13
(HB) 978
-
1
-
4363
-
7741
-
6

http://www.vlsianalogsignalprocessingcircuits.com/index.htm


Reference

(optional)
:



Design of analog Filter
s, R. Schaumann, M. V. Valkenburg, Oxford, 2
000


Topics:




Analog Filter Fundamental:

1. Filter Type & Descriptive Terminology

2. Transfer Function & Frequency Response

3. Block Diagram & Signal
-
Flow Graph

4. Laplace, Fourier, & Z
-
Transforms

5. Frequency Scaling & Transformations

6. Sampling Process
& Sampling Theory

7. S
-

To Z
-

Transformations



VLSI Implementation of Various Components for Analog Signal Processing and Filters:

1. Resistor, Capacitor &VCR Realizations

2. Op ,OTA, Gm &GIC Circuits



VLSI Implementation of Analog Filters:

1. Active RC, MOS
-
C, Gm
-
C, CTI, SI, & SC Filter Structures

2. 1st
-
order Blocks, Biquads, & Simulation Units

3. Cascade, Component Simulation & Ladder Based Design Techniques

4. Mapping Techniques from Continuous
-
Time Filters to Discrete
-
Time Filters



Design/Application Exam
ples and Practices