Office hours: TBA, Room: 630 Rhodes

If issue cannot be resolved, come and see me.

Form a team of no more than 3 people which you will keep for the rest of the quarter and send me those names as well as to the TA with corresponding email addresses no later than Friday January 11

YOU MUST NOT FORGET TO WRITE THE NAMES OF ALL TEAM MEMBERS FOR EACH HWK/PROJECT

YOU MUST STAPPLE YOUR HOMEWORK OR THE TA WILL TAKE 10 POINTS OFF.

Download here a scanned version of sheet necessary to make Bode plots

of the transfer function (magnitude and phase)

Final (30% of grade), Homeworks and special assignements (20% of grade).

Download here the word document version of the syllabus:

Download here a day-by-day word document descrption of the topics to be covered in class:

Download here the two review sheets for the BJT and MOSFET equations:

Homework 1 due ..., 2013 (team effort).

Homework 1 Solution.

Homework 2 due ..., 2013 (team effort).

Solution to Homework 2

Solution to Quiz1

Homework 3 due ..., 2013 (team effort).

Solution to Homework 3

Homework 4 due ..., 2013 (Cascode Configuration - team effort).

Solution to Homework 4

More examples of small signal parameters calculation for 2-port networks, look at those examples before doing hwk5

Homework 5 due ..., 2013 (two-port network parameters - team effort).

Solution to Homework 5

Solution to Homework 6

Homework 7 due ..., 2013 (team effort).

Solution to Homework 7

Homework 8 due ..., 2013 (team effort).

Solution to Homework 8

Homework 9 on first order filters due ..., 2013 (team effort).

Solution to Homework 9

Homework 10 due ..., 2013 (team effort).

Solution to Homework 10

Homework 11 due ..., 2013 (team effort).

Solution to Homework 11

Homework 12 due ..., 2013 (team effort).

Solution to Homework 12

There will be a 10 min quiz at the end of lecture on ....
You will have to make a Bode plot of the phase of a transfer function.
Make sure to bring a ruler to make nice straightlines on your plot.

Solution to Quiz2
**quiz2sol.pdf**

Notes on the Miller theorem covered in class

**Miller.pdf**

You can skip slides {11-14} in Chap9part4.ppt

Example test for preparation for Test 1.

**Preptest1.pdf**

Appendix E questions

appendixE.pdf

The first test will be on ..., 2013 in class. It will be on the four powerpoint presentations of Chapter 9 and the corresponding homeworks. You will have to make some Bode plots. Use pens or pencils of different color to show the intermediate diagrams. Make sure to use a ruler to make nice straightlines to show the frequency dependence. You must also label the slopes of the different portion of the final magnitude and phase diagrams (i.e., + or - 20 or 40 dB/dec or + or - 90 degree/decade and so on...).

Test 1 Solution , average : ../100

Here are the Powerpoint files used in class to cover chapter 10 on feedback

Some examples of feedback networks

Extra examples of seriesshunt feedback circuits

ATTENTION!!!!!! There will be a quiz at the end of the lecture on .... on recognizing the different feedback networks (series-series, series-shunt, shunt-series, and shunt-shunt) and circling the feedback networks in each of them.

Solution to Quiz 3

ATTENTION!!!!!! There will be a quiz at the end of the lecture on ...on calculating some small signal parameters for a two-port network similar to those you considered in the homeworks. You will have to calcualte two of the 16 small signal parameters. Average for quiz was .../10

Test 2 will be on ..., 2013 on the feedback chapter

Material: Chapter 10 powerpoint presentations, except for part 5 which
will not be on the test.

Sheets which will be available on the test.
**formulastest2.pdf**

Example test for preparation for Test 2. test2prep.pdf

The average on the second test was ../100.

Here are the Powerpoint files used in class to cover chapter 12 on Active Filters

Notes on Butterworth filters

Notes on Tuned Amplifiers

Examples of first order and second order filters as derived in class

More examples of filter and oscillator circuits

There will be a 10 min quiz on ... at the end of lecture on second order filters. Formula Sheet for quiz

Solution

Here is the Powerpoint file used in class to cover the Oscillator Circuit Design

Here are the Powerpoint files used in class to cover the Digital Circuit Design

Delay time - solution of differential equation

Here are the Powerpoint files on MOSFET Digital Circuit Design

Final will be on ...., 2013 from ... - ...a.m.

Example test for final.

The question on the oscillator on pages 12-13 is tough to read as pointed out by one of you but is the same as hwk 15. Also in the question on pages 7 and 8, the gmv_pi cannot ve shoeted when you short v2 since it is a voltage dependent source which depends on the voltage across r_pi which is not zero.

Final (Winter 2012)

Formulas and diagrams which will be available
during final

**sheetforfinal.pdf**