Final exam: Friday, May 13, 7-10 PM, 251 Hearst Gym
EE105, Spring 2011
Microelectronic Devices and Circuits
Tues. and Thurs.: 3:30 pm - 5:00 pm
150 GSPP
Discussion Sections:
Section 101: Monday: 4:00 - 5:00 pm, 219 Dwinelle,
Section 102: Wednesday: 11:00 - 12:00 pm, 241 Cory,
Lab Sections:
Section 102: Monday: 10:00 - 1:00 pm, 353 Cory,
Section 103: Tuesday: 9:00 - 12:00 pm, 353 Cory,
Section 103: Wednesday: 3:00 - 6:00 pm, 353 Cory,
Section 103: Thursday: 10:00 - 1:00 pm, 353 Cory,
Prerequisite: EE40
Text: Fundamentals of Microelectronics, by Behzad Razavi
Wiley Press, Jan. 2008
Course Details:
ucb.class.ee105 newsgroup web interface
or
news.csua
HSPICE Guide
Lab Information
Frequently misunderstood/forgotten points
Academic Dishonesty Policy
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Lecturer:
Professor Kris Pister
512 Cory Hall
Phone: (510) 643-9268
pister@eecs.berkeley.edu
Office Hours: see below
Teaching Assistants:
Steve Chuang
s_chuang@eecs.berkeley.edu
Office Hours:
see below
Mike Lorek
mlorek@eecs.berkeley.edu
Office Hours:
see below
Chau Nguyen
hoaichau@eecs.berkeley.edu
Office Hours:
see below
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Welcome to EE105
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Note that there are great lecture notes online from previous semesters.
Date |
Lecture |
Reading Assignment |
Week 1, 1/18/2011 |
Introduction, Semiconductors |
Skim Chapter 1; Chap. 2.1 |
1/20/2011 |
Doping, PN junction |
Chap. 2.1–2.2 |
Week 2, 1/25/2011 |
Junction capacitance |
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1/27/2011 |
Forward bias |
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Week 3, 2/1/2011 |
Review RC time domain, Bode plots; Diode Circuits |
Skim Chapter 3, 4.1, 4.2; 4.3, 4.4 |
2/3/2011 |
NPN Large Signal Model |
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Week 4, 2/8/2011 |
NPN Small signal model |
Chapter 6 |
2/10/2011 |
Small Signal Models ; MOS Physics |
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Week 5, 2/15/2011 |
MOS Large/Small Signal Models |
5.1, 16.1 |
2/17/2011 |
Midterm Review; PNP |
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Week 6, 2/22/2011 |
Midterm 1 - in class, open book, open notes, no electronics |
mid1sp10
mid1sp11 solutions
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2/24/2011 |
Amplifier Topologies; PMOS |
5.2, 16.2; skim 5.3.2, 5.3.3 |
Week 7, 3/1/2011 |
Input/output resistance; Process, Voltage, Temp effect on bias point; Intrinsic gain |
5.3.1; 16.4 intro (up to 16.4.1) |
3/3/2011 |
Impact of I/O resistance on gain; Impedance matching; Emitter/source degeneration |
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Week 8, 3/8/2011 |
AC coupling; Degeneration bypass cap; Current mirrors |
9.2 |
3/10/2011 |
Frequency response; Miller capacitance |
11.1 through 11.4 |
Week 9, 3/15/2011 |
Common Base, Common Gate |
5.3.2, 16.4.4, 9.1 |
3/17/2011 |
Emitter Follower, Source Follower (Common Collector, Common Drain) |
5.3.3, 16.4.5 |
3/22/2011 |
SPRING BREAK |
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3/24/2011 |
SPRING BREAK |
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Week 10, 3/29/2011 |
Cascode Frequency response; Transition frequency |
11.5, 11.7 |
3/31/2011 |
Follower frequrency response |
11.6 |
Week 11, 4/5/2011 |
Midterm review |
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4/7/2011 |
Midterm 2 |
spring 2010
midterm 2 |
Week 12, 4/12/2011 |
Feedback & Project |
12.1 |
4/14/2011 |
Colpitts Oscillator |
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Week 13, 4/19/2011 |
LC Circuits |
12.2, 12.8 |
4/21/2011 |
CMOS Logic Gates |
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Week 14, 4/26/2011 |
Flip Flops, Counters |
Skim 15.1, esp. Figures 9 and 11; 15.2, 15.3 |
4/28/2011 |
Speed & Power |
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Week 15, 5/3/2011 |
Final Review |
finalsp10
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5/5/2011 |
Final Project Presentations in class |
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Final exam: Friday, May 13, 7-10 PM, 251 Hearst Gym
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Prelabs are due at the beginning of the lab. Lab reports are due at the beginning of the next lab. Although you will be working in pairs during the lab, all prelabs and lab reports must be turned in individually.
Tutorials
Title |
PDF |
Frequency Response (with some ee140 material) |
[PDF] |
Bode Plot Tutorial |
[PDF] |
HP 34401A Digital Multimeter Tutorial |
[PDF] |
HP 4145B/4155A/4155C Parameter Analyzer Tutorial |
[PDF] |
HP 54615B Oscilloscope Tutorial |
[PDF] |
HP 6236A DC Power Supply Tutorial |
[PDF] |
HP 8116A Function Generator Tutorial |
[PDF] |
HSPICE Tutorial |
[PDF] |
SPICE Models and Datasheets
EE105 SPICE Model File
All of the SPICE models used in these labs are combined into one .mod file, which you can include in your SPICE netlists. Use the syntax described in the SPICE tutorial linked above. The model names are contained in the .mod file, but I will list them here as well:
Part Name | Model Name | Datasheet |
2N3904 NPN | Q2N3904 | [PDF] |
2N3906 PNP | Q2N3906 | [PDF] |
2N4401 NPN | Q2N4401 | [PDF] |
2N4403 PNP | Q2N4403 | [PDF] |
ZVN2106A NMOS | ZVN2106A | [PDF] |
ZVP2106A PMOS | ZVP2106A | [PDF] |
1N1418 Diode | D1N1418 | None |
Note: The MOSFET models are implemented as subcircuits rather than simple model cards. All this means is that you need to use them a little differently. Here is a sample netlist showing how to use the MOSFET SPICE models in a simple circuit (a digital inverter).
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Homework is due at 5pm on Fridays, in the EE105 box on the 2nd floor of Cory.
Homework 1 is the exception, due Monday.
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Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
8:00 |
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8:30 |
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9:00 |
OH Nguyen 353 Cory |
Lab |
OH Chuang 353 Cory |
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OH Chuang 353 Cory |
9:30 |
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10:00 |
Lab |
OH Pister 512 Cory |
Lab |
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10:30 |
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11:00 |
Section 241 Cory |
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11:30 |
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12:00 |
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12:30 |
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1:00 |
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OH Lorek 353 Cory |
OH Nguyen 353 Cory |
OH Pister 512 Cory |
OH Lorek 353 Cory |
1:30 |
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2:00 |
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2:30 |
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3:00 |
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Lab |
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3:30 |
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Lecture |
Lecture |
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4:00 |
Section 219 Dwinelle |
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4:30 |
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5:00 |
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HW DUE! |
5:30 |
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Last updated 00/00/00
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