EEE 433/591 Lab II
Reading Materials
Chapter 7 - Sections 7.1 to 7.5
Chapter 8 - Sections 8.1 to 8.4
Chapter 10 - Sections 10.1 to 10.6
Topics:
CS Amp with I source
Current Biasing
Cascode
Lab 2
Active CS Amp, Current Source
Part I Due: Sept 19
Homework 2
Chapter 3 Recommended Homework Problems
Course Book: Analog Integrated Circuit Design, 2nd Edition, Tony Carusone, David
Johns, and Kenneth Martin
Recommended Completion Date: Sept. 18, 2013
Note: Homework assignments are not collected or grade
Homework 4
Practice in Small-Signal Analysis
Recommended Completion Date: October 16, 2013
Note: Homework assignments are not collected or graded. They are intended for you to
enhance your knowledge, practice your circuit analysis, and highlight the most
Chapter 1 Recommended Homework Problems
Course Book: Analog Integrated Circuit Design, 2nd Edition, Tony Carusone, David
Johns, and Kenneth Martin
Recommended Completion Date: Sept. 9, 2013 before class.
Note: Homework assignments are not collected or gra
Homework 5
Practice in Small-Signal Analysis for Differential Amplifiers
Recommended Completion Date: November 07, 2013
Note: Homework assignments are not collected or graded. They are intended for you to
enhance your knowledge, practice your circuit anal
Cascode Amp & Voltage Analyses
EEE433/591: Week 3
09/11/2013
Jennifer Kitchen
1
Announcements
BOTH parts of Lab Assignment 2 are due Sept. 20 at
5:00pm. Some hints will be posted for FFT plotting.
BUT, I HIGHLY recommend that you complete Part I this
we
Current Mirrors and Amps
EEE433/591: Week 2
09/04/2013
Jennifer Kitchen
1
Announcements
Lab Assignment 1 posted last week.
Recommended HW posted. Complete before class next
Monday. Quiz on Monday.
For [email protected] help, a rev
Cascode Amp & Voltage Analyses
EEE433/591: Week 3
09/11/2013
Jennifer Kitchen
1
Announcements
BOTH parts of Lab Assignment 2 are due Sept. 20 at
5:00pm. Some hints will be posted for FFT plotting.
BUT, I HIGHLY recommend that you complete Part I this
we
Examples & MOS Differential Amplifiers EEE433/591:
Week 4
09/16/2013
Jennifer Kitchen
1
Announcements
Quiz II on Wednesday.
BOTH parts of Lab Assignment 2 are due this Friday by
5pm. There are 2 tutorials posted in the Laboratory
folder to help you: 1)
FREQUENCY RESPONSE
& FINAL PROJECT
EEE433/591: Week 12
11/13/2013
Jennifer Kitchen
Announcements
Outline
Cascode Gain Stage
Frequency Response
Cascode Gain stage
Rigorous analysis
is complex
Miller effect is
mitigated by the
cascode transistor
Output t
Short Cuts &
Differential Amplifiers
EEE433/591: Week 7
10/07/2013
Jennifer Kitchen
1
Announcements
Lab Assignment to be posted.
Lab 2 grades to be nished this week.
No class next Monday (Oct. 14) Fall Break
Exam 1 Grades
Analog Circuit Design Final Project _ Part II
Name: Han Lin ASU ID: 1206453322
The complete schematic
I used the amplifier which I designed in part 1.
For the buffer circuit, I designed it to eli
Course Topics EEE 598 RF Transmitters and Power Amplifiers
Catalog Description: Design principles of RF power amplifier circuits and transmitter
architectures with emphasis towards wireless applications. Class A, B, A/B, C, F, and
switching mode operation
EEE 433/591
Lab 2
Design and Analysis of Active CS and Cascode Amplifier
Technology: CMOS TSMC 0.3um process
NMOS: tsmc25N: Kn' = 2.747510-4 A/V2, Vth=0.49 V
PMOS: tsmc25P: Kp' = 0.9575210-4 A/V2, Vth=0.54 V
Part I:
Common source amplifier with active PMO
EEE 433/591 F17 Ozev
Differential to Single Ended Amplifier
Hand in simulations and rough analysis for each part:
The objective of this lab is to design a Differential to a single ended amp.
See the handout on test-bed for PSRR and CMRR
Parameters:
Curr
Lab I - CADENCE Tutorial
EEE 433/591
The objective of this lab is to learn CADENCE and design a simple Common
Source Amp and simulate the IV-Curves for the Basic Transistor.
CADENCE
Cadence ICFB (IC Front to Back environment) is a software package used fo
Waveform Calculator User Guide
RPN Mode
Derivative (deriv) Function
The deriv function computes the derivative of the buffer expression. You can plot the resulting
waveform.
1. Select deriv.
2. Enter the expression and closing parenthesis into the calcula
Lab #2 CS Theoretical Calculations
1. Start by picking a
2. Calculate the
value, about 5-10% of
of the NMOS
*Remember,
*
3. Write out the saturation current equation, and fill in everything you know so far. Youll
be left with two unknowns,
and ( ) . You c
EEE 433/591 Fall 2013
First Name: _
Last Name: _
Lab#1 Assignment
ASU ID: _
This is a guide to follow for submission of Lab 1.
TOTAL POINTS POSSIBLE: 100
Due Date: Friday, September 6 at 5:00pm. Electronic submission via
Blackboard only. No hard copies ac
dB Math Revisited
(1/4)
dB: A relative measure between two signals
2
2
P2
V 2
I2
dB 10 log 10 log 10 log
P1
V1
I1
V 2
20 log
V1
I2
20 log
I1
For power use 10log() and for voltage/current use 20log()
Need to use same units for P1/P