ECE 265B
RF Integrated Circuit Design
Lecture 13: Receiver Baseband
Design
Hajir Hedayati
1
Update
HW #3 will be posted today
Project Specifications will be posted today
Look at the projects, and the students should decide on their projects by
Monday n
ECE 265B
RF Integrated Circuit Design
Lecture 4: Passive Components
Hajir Hedayati
1
Update
All the students on the waiting list are added to the course.
The class will be held at WLH 2205.
Discussion board seems to be working.
2
The First Things to Kn
ECE 265B
RF Integrated Circuit Design
Lecture 15: Voltage Controlled
Oscillators (2)
Hajir Hedayati
1
Tuned Oscillators
We wish to build a negative-feedback
oscillatory system using LC-tuned
amplifier stages.
At very low frequencies, L1
dominates the loa
ECE 265B
RF Integrated Circuit Design
Lecture 8: Low Noise Amplifiers
(3)
Hajir Hedayati
1
Update
HW#2 due date next week Thursday.
Mid-term Exam will be on May 7th.
2
Noise Cancelling LNAs
So far we have seen different LNA architectures
Can we improv
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IEEE JOURNAL OF SOLID-STATE CIRCUITS, VOL. 41, NO. 1, JANUARY 2006
17
A 60-GHz CMOS Receiver Front-End
Behzad Razavi, Fellow, IEEE
Abstract-The unlicensed band around 60 GHz can be utilized for wireless communications at data rates of several gigabits per
ECE 265B
RF Integrated Circuit Design
Lecture 3: Transceiver
Architectures
Hajir Hedayati
1
Update
First Homework is posted to the Ted website.
Now everyone has access to IBM 180nm. Run cadence and
make sure everything is good.
2
History of Wireless Com
ECE 265B
RF Integrated Circuit Design
Lecture 2: RF Metrics
Hajir Hedayati
1
Update
I will be using Ted for uploading all the documents.
First Lecture is uploaded.
TK office hours:
Monday 6-7pm
Wednesday 9:30-10:30 am
Room 4506
The final exam will
ANALYSIS OF EMITTER DEGENERATED LC
OSCILLATORS USING BIPOLAR TECHNOLOGIES
J. H. C. Zhan, K. Maurice, J. S.Duster, K. T. Kornegay
Coniell Broadband Communications Research Laboratory
Comell University
Ithaca. New York 14853,USA
ABSTRACT
The effects of emit
Department of Electrical and Computer Engineering
Spectre Noise Analysis
Vishal Saxena, Boise State University
(vishalsaxena@boisestate.edu)
Vishal Saxena
-1-
Making Resistors Noiseless
Use AnalogLibres component
Set Generate noise parameter to No
Visha
CIC
1. SpectreRF Overview
SpectreRF is an optional feature added to Spectre ,and is
represented by 6 analyses:
1.
2.
3.
4.
PSS: Periodic Steady State Analysis
PAC: Periodic AC Analysis
PXF: Periodic Transfer Function Analysis
PNOISE: Periodic Noise Analy
Texas A&M University
Electrical Engineering Department
ECEN 665
Laboratory #3: Analysis and Simulation of a CMOS LNA
Objectives: To learn the use of s-parameter and periodic steady state (pss) simulation tools in spectre
(cadence) in the characterization
ECE 265B
RF Integrated Circuit Design
Lecture 7: Low Noise Amplifiers
(2)
Hajir Hedayati
1
Update
HW#2 posted on TED.
Due date next week on Tuesday.
IBM 0.18um access?
Mid-term Exam will be on May 5th.
Material for exam up to April 28th .
2
Gain Swit
ECE 265B
RF Integrated Circuit Design
Lecture 16: Phase Noise
Hajir Hedayati
1
Phase Noise
The noise of the oscillator devices randomly perturbs the zero crossings. To
model this perturbation, we write x(t) = Acos[ct + n(t)], The term n(t) is
called the p
ECE 265B
RF Integrated Circuit Design
Lecture 9: Mixer
Hajir Hedayati
1
Update
Mid-term Exam will be on May 7th.
2
Introduction to Mixer
The input signal coming from the Antenna is at RF frequency.
The signal has a certain bandwidth depending on the da
ECE 265B
RF Integrated Circuit Design
Lecture 14: Voltage Controlled
Oscillators
Hajir Hedayati
1
Update
Choose a name for your group
Final Exam on June 4th.
2
Oscillators
An oscillator is a circuit, which produces a periodic signal without any input
s
223
An Adaptive Direct Conversion Transmitter
Derek S. Hilbom, Shawn P. Stapleton, and James K. Cavers, Member, ZEEE
Absfract- An adaptive direct conversion transmitter is presented, in which adjacent channel power measurements are used to simultaneously
DIRECT RF SAMPLING MIXER WITH RECURSIVE FILTERING IN CHARGE DOMAIN Khurram Muhammad and Robert Bogdan Staszewski Wireless Analog Technology Center Texas Instruments Incorporated Dallas, TX 75243 k-muhammad1@ti.com, b-staszewski@ti.com
ABSTRACT We present
IEEE JOURNAL OF SOLID-STATE CIRCUITS, VOL. 38, NO. 2, FEBRUARY 2003
167
A 2-GHz CMOS Image-Reject Receiver With LMS Calibration
Lawrence Der, Member, IEEE, and Behzad Razavi, Fellow, IEEE
Abstract-This paper describes a signsign least-mean squares (LMS) t
TU2C-3
A frequency doubler with high conversion gain and good fundamental suppression
Frank Gruson', Giinther Bergmann' and Hermann Schumacher' Dept. of Electron Devices and Circuits, University of Ulm, 89069 Ulm/Germany Atmel Germany GmbH, Theresienstras