Physics116

Deadline for last lab changed to Thursday at 5PM

Sun, 10 Jun 2007 21:47:16 -0700

The deadline for the last Physics 116C lab has been extended. Instead of Monday at 5 PM, it must be turned on or before 5 PM on Thursday, June 14.

Correction to shared data values for G² and its error

Thu, 07 Jun 2007 21:42:10 -0700

If you are using the shared data, there has been a correction in the value for G² and its error. Please download the data files again to get the correct values (files under Assignment 8). The 2> values were OK.

Shared Johnson noise data posted, other remarks; Office hour Sunday

Thu, 07 Jun 2007 11:04:36 -0700

If you were unable to get Johnson noise data by the end of the last lab on Wednesday, you should use the shared data posted under Assignment 8. Also take note of the remarks posted there.

Special Office Hours: Sunday 6/10/07 4-5 PM in the Physics 116 lab, 152 Roessler.

Information on final exam posted

Tue, 05 Jun 2007 19:15:44 -0700

Information about the final exam has been posted under Assignment 8 on the web site.

Solution to Quiz 2 and guidelines for Johnson noise lab have been posted

Tue, 05 Jun 2007 15:41:22 -0700

Solution to Quiz 2 posted under Assignment 7.

Guidelines, due date and other information about the Johnson Noise lab have been posted under Assignment 8. Also clarifications have been made in the information about the lab in Assignment 7.

Assignment 7 solutions posted, PID lab deadline extended

Wed, 30 May 2007 18:59:57 -0700

The solutions for the Assignment 7 problem set have been posted at the end of Assignment 7.

The PID lab deadline has been extended until Monday, June 4. Turn it in in class or in my mailbox across from the Physics office before 5 PM on June 4.

Special office hour Tuesday, May 29 from 5-6 PM in 116 Lab

Tue, 29 May 2007 15:56:39 -0700

As announced in class last Friday, there will be a special office hour today, May 29, in the 116 lab from 5-6 PM.

New problem set, quiz information, PID lab deadline, noise lab updates

Wed, 23 May 2007 23:22:42 -0700

A problem assignment due Wednesday, May 30 has been posted under Assignment 7.

Information on upcoming quiz also posted under Assignment 7.

The PID temperature controller lab writeup will be due Friday, June 1. Turn it in in class or in my mailbox across from the Physics office before 5 PM on June 1.

Some clarifications have been made in the Johnson Noise lab description and its linked notes under Assignment 7. Most important: The power spectrum will be measured using a suitably modified version of the FFT Magnitude Only VI on p. 256 of Essick. The location of this VI had been given incorrectly before, although I indicated the correct one in lab on Wednesday.

Assignment 7 posted with information on Johnson noise lab for this week

Tue, 22 May 2007 18:59:21 -0700

Assignment 7 has been posted on the Physics 116 web site. It describes the Johnson noise experiment which begins this week. It will be discussed in class starting Wednesday, 5/23. Some problems will be added later.

Quiz 2 rescheduled for Friday, June 1

Mon, 21 May 2007 23:37:12 -0700

Quiz 2 has been rescheduled for Friday, June 1.

Midterm solutions and information on the PID lab writeup have been posted

Thu, 17 May 2007 19:12:27 -0700

Solutions to the midterm have been posted under Assignment 6. Information on Peltier devices and a checklist for the PID Temperature Controller lab writeup have also been added to the PID lab section of Assignment 6.

The midterm LabVIEW take-home problem has been posted.

Mon, 07 May 2007 23:42:02 -0700

The problem has been posted on the web page at the end of Assignment 6.

Solutions to Problem Set 3 have been posted under Assignment 5

Mon, 07 May 2007 18:07:26 -0700

Solutions to Problem Set 3 have been posted under Assignment 5.

New information posted on homework, lab, exam, reserve books, assignment

Thu, 03 May 2007 15:43:01 -0700

The web site has been updated with information about

The homework assignment: a prototype VI has been added

The Geiger counter lab: a prototype VI for Gaussian comparisons (must be modified) and information on the Geiger tube

The upcoming exam (including a copy of last year's midterm)

The books on reserve in the library

The assignment for next week

Problem set 3 posted, due Monday, May 7

Mon, 30 Apr 2007 00:18:03 -0700

Problem set 3 posted under Assignment 5, due Monday, May 7.

Information on lab, homework and exam date change

Sun, 29 Apr 2007 21:40:39 -0700

Various information, announcements and changes:

Midterm exam moved to Wednesday, May 9.

Geiger counter, statistics and radioactive decay lab due in class Friday, May 11. Further information on the writeup is posted under Assignment 5.

A new problem set (due Monday, May 7) will be posted under Assignment 5.

Note added about DAQ vi's for the Week 4 Lab.

Wed, 25 Apr 2007 18:35:07 -0700

A note was added for the Week 4 Lab to remind you to check the Essick updates for revisions to the DAQ vi's plus information on setting up input channels.

LabVIEW problem solution posted

Sun, 22 Apr 2007 17:25:32 -0700

The solution to the special LabVIEW problem has been posted.

Bevington solutions from Assignment 2 posted

Sun, 22 Apr 2007 11:58:39 -0700

Solutions for Bevington problems have been posted under Assignment 2. The LabVIEW solution will be avaliable later today.

Problem set 1 solutions posted

Thu, 19 Apr 2007 12:17:39 -0700

Solutions to Prob. Set 1 posted under Assignment 1.

Homework 2 due date and quiz date have been changed

Tue, 17 Apr 2007 16:25:44 -0700

The due date for homework assignment 2 has been changed to Friday, April 20. Quiz 1 has been moved to the following Monday. Also new reading assignments have been posted (Assignment 3).

Special problem revised

Sat, 14 Apr 2007 04:16:42 -0700

Part (d) of the special problem was revised (on degrees of freedom). I'll discuss this more on Monday.

Problem set added, due next Wednesday in lab.

Fri, 13 Apr 2007 19:02:47 -0700

A new problem set has been added, as discussed in class today. It is due next Wednesday in lab.

Further update to lab writeup posted. Also a v. 7.0 VI for Prob. 1.

Wed, 11 Apr 2007 18:25:06 -0700

A further update has been made to the lab writeup (mainly discussing the histogram binning). Also, a VI for Assignment 1 Prob. 1 has been added which is supposed to be compatible with LabVIEW v. 7.0.

Revised lab writeup available; note on problems

Tue, 10 Apr 2007 23:29:32 -0700

The lab writeup for Weeks 2 and 3 has been updated to include the revised trigger circuit, an improved procedure and relevant information from the corresponding Physics 122 experiment.

Further notes on the problem assignment: (a) in Prob. 3.1 of Bevington, assume u and v are uncorrelated; (b) bring your homework VI's to lab in the same way you have done with your Essick assignments (e.g., USB flash drive or via MyUCDavis).

Problems posted, due in lab Wednesday, April 11

Tue, 03 Apr 2007 23:44:22 -0700

A problem assignment including some LabVIEW exercises has been posted under Assignment 1. It is due in lab on Wednesday, April 11. The next reading and Essick assignments have also been posted.

Preliminary Physics 116C web page posted with text information, etc.

Tue, 20 Mar 2007 13:59:12 -0700

Preliminary Physics 116C information has been posted including the texts to be used. The course outline has been updated. Links to the previous Physics 116A and 116B web pages are also provided.

Small correction/clarification in Prob. 2 solution for Assignment 8

Fri, 16 Mar 2007 18:51:03 -0700

I made a small correction/clarification in the diagram for the solution of Problem 2 Part b in Assignment 8. The memory diagram now shows explicitly how the 4 hexadecimal bytes of the return address are stored on the stack.

Problem solutions, office hours Thursday and Friday, final exam topics

Thu, 15 Mar 2007 14:16:29 -0700

Solutions for Assignment 8 problems have been posted under Assignment 8

Office hours before final:

Thursday, March 15 from 4:10-5:00 PM in the 116 lab
Friday, March 16 from 4:10-6:00 PM in the 116 lab.

The list of final exam topics has been updated. Material on sampled waveforms discussed on the last day will not be on the exam although ADC-related topics may be on the exam (see Assignment 5 and Lab 15).

Information about final exam, Quiz 2.

Tue, 13 Mar 2007 11:30:13 -0700

Final Exam Information: The final exam will be on Sat., March 17, 8:00 AM - 10:00 AM. You may use up to three 8.5 in by 11 in sheets plus the excerpts from the M68000 Programmer's Manual and MAS Manual (bring them and turn them in at the end of the exam, please). The Laplace transform table will be provided. The exam will cover the entire course with emphasis on recent material. A copy of last year's final is available on the website.

Quiz 2: If I had checked my mailbox on my way to class, I would have found the graded papers. Most students appeared to understand most of the material: the mean was 43 out of 50 with a standard deviation of 4.2. I handed back papers for those of you in the Monday lab and will hand back the rest in class Wednesday - D.P.

Problem assignment and quiz solution posted

Wed, 07 Mar 2007 23:10:57 -0800

Problems have been added under Assignment 8 on the web page. They are due Wednesday, March 14.
Quiz 2 and its solutions have been posted at the end of Assignment 7.

New reading assignment posted

Tue, 06 Mar 2007 23:21:46 -0800

Reading assignments for this week and next on microprocessors and related topics in Bobrow and Horowitz and Hill have been added above. A few problems will be added tomororrow, due the following Wednesday.

Quiz 2 postponed until next Monday; Assignment 7 solutions posted

Thu, 01 Mar 2007 12:14:20 -0800

Quiz 2 postponed until Monday, March 5 due to conflict with other exams.
Solutions for Assignment 7 problems have been posted under Assignment 7 above.

Information on Assignment 7, office hour changes and upcoming quiz posted

Tue, 27 Feb 2007 11:57:06 -0800

Assignment 7 homework will be due Wednesday, Feb. 28 (instead of Monday). More information for Prob. 9.1 in Horowitz & Hill has been added.

Office hours have been changed this week to allow me to attend a meeting off-campus Wednesday afternoon and Thursday. I was available from 2-3 on Monday and will be available from 4:10-5:00 PM Tuesday, Feb. 27 in the 116 lab.

The upcoming quiz on Friday, March 2 will cover TTL and CMOS internal circuitry (similar to the assigned problems) and to a lesser extent ECL circuits. It can also cover MSI counters, tri-state outputs, glitches, maximum clock frequency, data busses, etc. based on recent homework and labs. Memory chip questions will be left for the final exam.

You may bring one 8.5" x 11" sheet of notes.

The midterm exam with solutions has been posted under Assignment 6

Thu, 22 Feb 2007 23:45:24 -0800

The midterm exam with solutions has been posted under Assignment 6.

Assignment 7 has been posted with problems due Monday, Feb. 26

Wed, 21 Feb 2007 16:38:12 -0800

Assignment 7 has been posted with problems due Monday, Feb. 26 (including some from Horowitz and Hill).

Solutions posted on web page for "Quiz 1 Clinic" and Assignment 6

Wed, 14 Feb 2007 22:39:54 -0800

The solutions for the "Quiz 1 clinic" have been posted under assignment 4. Also, the solutions for the two short problems on glitches and maximum clock frequency have been posted under Assignment 6.

Solutions for Assignment 5 posted

Tue, 13 Feb 2007 23:47:18 -0800

Solutions for Assignment 5 homework have been posted.

Information on Midterm posted

Tue, 13 Feb 2007 21:15:13 -0800

The midterm exam is coming up Friday, 2/17/07. It will cover the assigned material in Ch. 3, 5, 7, 8, 10, 11, 12 and 13 through Sec. 13.2 of Bobrow, Labs 10, 11, 12, 13 and 14 (plus relevant notes and related topics discussed in class, including sequential circuit design). It will not include details of TTL and CMOS circuits in the notes posted in Week 4 of the class outline. (We'll start that Wednesday).

I have added a list of review topics keyed to the exams and quizzes.

You may bring one 8 1/2" by 11" page with information of your choice.

Otherwise, it will be closed book and notes. The augmented table of Laplace transforms will be provided (as in the Quiz 1 solution). I will also include the "input equations" for the JK flip-flop from the notes on sequential circuit design. Be sure to bring a calculator.

A copy of last year's exam has been posted with solutions.

Short problem posted, due Wednesday, Feb. 14

Tue, 13 Feb 2007 13:11:26 -0800

A short problem was assigned Monday (and posted in somewhat expanded form under Assignment 6). It will be due Wednesday, Feb. 14. Notes on maximum clock speed and glitches were also entered under Assignment 6.

Two more problems for Assignment 5, solutions for Assignment 4 posted.

Thu, 08 Feb 2007 23:37:20 -0800

Two additional problems have been added to complete Assignment 5.

The solutions for Assignment 4 have been posted.

Assignment 5 has been posted on the web page.

Tue, 06 Feb 2007 22:55:55 -0800

Assignment 5 has been posted on the web page. More problems may be added Thursday.

Quiz solution posted; exam moved one week later.

Fri, 02 Feb 2007 18:51:54 -0800

The solutions for Quiz 1 have been posted under Assignment 3, above.

Exam 1 has been moved one week later. It will be given on Friday, Feb. 16.

Solutions to Assignment 3 problems posted

Thu, 01 Feb 2007 12:42:51 -0800

Solutions have been posted for Assignment 3 problems.

New assignment posted, problems due Friday and Monday

Tue, 30 Jan 2007 12:38:26 -0800

Assignment 4 has been posted. This includes a group problem set based on the quiz, due Friday, and a regular homework set due next Monday, 2/5/07.

Problems due Monday posted, info on quiz posted under "announcements"

Thu, 25 Jan 2007 18:39:19 -0800

From the announcements:

A problem set in Ch. 11, due Monday, Jan. 29 was announced in class on Wednesday. It is given above under Assignment 3.
As stated in class, the 25 minute quiz at the beginning of class Friday will emphasize the material we have covered so far in Ch. 3, Ch. 5 and Ch. 10 plus the first two labs. We have also discussed material in Ch. 7: (a) BJTs used as switches in cutoff and saturation and (b) the emitter-coupled Schmitt trigger. A BJT is used as a switch in Lab 11.
- Bring paper and a calculator. The Laplace transform table handout will be provided with the quiz (augmented version of Table 5.1 on p. 314 of Bobrow).

Assignment 2 solutions posted

Tue, 23 Jan 2007 23:07:50 -0800

Solutions to Problem Set 2 have been posted under Assignment 2.

Assignment 2 due date postponed, solutions, notes posted

Wed, 17 Jan 2007 22:37:58 -0800

Homework Assignment 2 will be due Monday, Jan. 22 rather than Friday, Jan. 19.
The solution to Problem Set 1 has been posted under Assignment 1 above.
Lecture notes from today about the TLC555 Timer lab have been posted in the class outline for Week 3.

Assignment 2 posted

Fri, 12 Jan 2007 19:43:59 -0800

Problem assignment 2 has been added to the web page (due Friday, Jan. 19). My office hours (Wednesday 2:10-3PM in 152 Roessler and Thursday 4:10-5PM in 152 Roessler, or by appointment) have also been added near the top of the page.

Update to Lab 10 writeup

Fri, 05 Jan 2007 19:52:58 -0800

I have added some notes on the procedure to the Lab 10 writeup and have provided the op-amp pinout on the Schmitt trigger diagram. Please download the fresh copy.

Web page updated; change in prob. set 1 due date

Wed, 03 Jan 2007 19:42:18 -0800

Welcome back from the holidays! The web page has been updated for Physics 116B.

The due date for the first problem set was incorrect. I have changed it to Friday, Jan. 12. Additional problems may be added Friday, Jan 5.
I have added lecture notes from the first lecture (in Week 1 of the outline).

Lecture notes from the last week of class have been posted

Mon, 11 Dec 2006 17:06:38 -0800

Presentation material from the last week week of class have been posted under Assignment 8 on the web site.

Solutions for Assignment 8 posted

Mon, 11 Dec 2006 01:00:00 -0800

Solutions for Problem Set 8 have been posted under Assignment 8 on the class web page.

Information on lab deadline, final exam and office hours posted

Thu, 07 Dec 2006 17:14:52 -0800

Some notes have been added about Assignment 8, Probs. 10. 45 and 10. 48. Also, information on the final exam (including an old final), office hours/review sessions during finals week and the lab report deadline has been posted at the end of Assignment 8 on the Physics 116 web page.

Quiz 2 solutions posted

Wed, 06 Dec 2006 15:48:04 -0800

The solutions for Quiz 2 have been posted under Assignment 7 on the web page. The papers were handed back in class on Wednesday, Dec. 6.

Assignment 8 posted on web

Fri, 01 Dec 2006 12:17:07 -0800

The last assignment has been posted on the web.

Assignment 7 solutions posted on web page

Wed, 29 Nov 2006 13:24:28 -0800

The solutions for Assignment 7 have been posted on the web page.

Misprint corrected in FET notes for 11/29/06

Wed, 29 Nov 2006 00:08:09 -0800

A missprint was corrected in the FET notes linked in the class outline for Wednesday, Nov. 29. On p. 1, the MOSFET I_Dvs. V_GS curve should be labeled I_D = K(V_GS- V_T)².

Information on Quiz 2 posted

Tue, 28 Nov 2006 14:09:43 -0800

More information on Quiz 2 and an old exam have been added under Assignment 7 on the web page.

Solutions for Assignment 6 posted

Wed, 22 Nov 2006 23:04:57 -0800

Solutions for homework Assignment 6 have been posted under Assignment 6.

Schedule changes for homework and Quiz 2; Exam score information

Wed, 15 Nov 2006 18:59:03 -0800

The exam score distribution with grade ranges has been posted under Assignment 5.
Also, some adjustments in the assignment and quiz schedules were announced in class today, as follows:

The Assignment 6 homework will be due Wednesday, Nov. 22 instead of Monday, Nov. 20

The second quiz has been rescheduled for Friday, Dec. 1 rather than Wednesday, Nov. 22

Assignment 7 has been posted (with homework due Wednesday, Nov. 29).

it includes information about Quiz 2.

Solutions for Assignment 5 posted

Tue, 14 Nov 2006 16:43:41 -0800

Solutions for Assignment 5 have been posted under Assignment 5 on the web page.

Problem set 6 added, due Monday, 11/20

Mon, 13 Nov 2006 23:05:43 -0800

Problem set 6 added, due Monday, 11/20/06.

Correction to Assignment 5: 6.65(a) (NOT 6.55(a))

Fri, 10 Nov 2006 17:31:42 -0800

There was a misprint in Assignment 5. The last problem should have been 6.65(a) (NOT 6.55 (a) - there is no 6.55(a)). This assignment requires more than the usual amount of self-study but the text helps with numerous examples. Thanks for "active learning" on your part. Some problems also build on circuit analysis methods from the earlier chapters applied to diodes. For example, Problem 6.65(a) is similar to Example 6.15 but easier since the zener current i is specified as i=-10 mA and v = - 12 V (using the sign conventions in Fig. 6.51). At this point it becomes a DC circuit problem.

Problem due date change, exam solutions, etc.

Mon, 06 Nov 2006 23:53:24 -0800

The problem set for Assignment 5 will be due Monday, Nov. 13 instead of Wednesday, Nov. 8. Some additional problems have been added, of course. A copy of the Midterm Exam with solutions has been posted at the end of the Assignment 5 section. The reading assignment for next week has also been added.

Assignment 5 posted on web page

Fri, 03 Nov 2006 15:07:34 -0800

Assignment 5 has been posted with 4 problems due Wednesday.

Solutions posted for assignment 4

Wed, 01 Nov 2006 22:07:47 -0800

Solutions for Assignment 4 have been posted under Assignment 4 on the web page.

New notes on H(s), poles and active filters posted

Tue, 31 Oct 2006 23:01:54 -0800

New notes on complex frequency, poles and active filters have been posted in the class outline for Monday, Oct. 30 (called P06).

Correction to note on poles of H(s)

Mon, 30 Oct 2006 13:27:16 -0800

Correction made to note on poles of H(s): for critically damped case, should read H(s)=1/(1+(s/5)2+s/2.5)

Solutions posted for assignment 3

Sat, 28 Oct 2006 19:10:20 -0700

Solutions to Assignment 3 have been posted under Assignment 3.

Information on upcoming exam posted

Fri, 27 Oct 2006 11:05:10 -0700

The web page has been updated with information on the upcoming exam and poles of H(s).

New assignment and information on upcoming exam posted

Wed, 25 Oct 2006 22:28:13 -0700

Assignment 4 has been posted on the web page, due next Wednesday. There is also information about the upcoming exam.

Quiz solutions, office hours

Tue, 24 Oct 2006 14:06:29 -0700

The Quiz 1 solution has been posted under Assignment 3. Office hours are (until further notice) Tu 5:10-6 PM, Thu 5-6 PM in 116 Lab (152 Roessler) or by appointment.

New assignment posted, due 10/25/05.

Thu, 19 Oct 2006 16:50:05 -0700

A new assignment has been posted with problems on AC circuits due Wednesday, 10/25/05.

Solutions for Assignment 2 available

Wed, 18 Oct 2006 22:17:08 -0700

Solutions for Assignment 2 have been posted just under the assignment itself on the web page.

Thevenin example, office hours, quiz reminder

Tue, 17 Oct 2006 14:30:46 -0700

10/17/06:

An example of a Thevenin equiv. of a circuit with a dependent source (discussed in class Monday) has been posted under Assignment 2.
I will hold office hours this week on Tuesday from 5:10-6 PM and Thursday from 5-6 PM in the 116 lab (152 Roessler).
Reminder: there will be a 25 minute quiz at the beginning of class Friday, 10/20/06. It will cover the material in Chapters 1 and 2 of Bobrow (basic elements and laws, circuit analysis principles). The emphasis will be on solving problems like the homework.

Homework solutions for Assignment 1 posted

Fri, 13 Oct 2006 18:29:36 -0700

Solutions for Assignment 1 have been posted just under the assignment itself. Also, for Monday, please read the notes posted for next Monday's lecture before coming to lab. You will need to make a Bode plot in the lab. This concept is introduced in the notes (and in the upcoming Monday lecture).

Assignment posted, due next Wednesday

Wed, 11 Oct 2006 23:39:59 -0700

Assignment posted, problems due next Wednesday, 10/18/06.

Assignment 1 will be due on Wednesday instead of Monday

Thu, 05 Oct 2006 23:46:56 -0700

I must make a last-minute trip to Fermilab near Chicago to attend part of a workshop on future upgrades for the CMS particle physics experiment. This requires me to be away from campus on Monday, Oct. 9. I will introduce nodal analysis and a simple Operation Amplifier model on Friday. For Monday's class, Evan Friis will lead a class discussion on problems from Ch. 1 and 2 of Bobrow relevant to the first assignment and the first two labs (KCL, KVL, nodal analysis, op-amp "golden rules"). Homework Assignment 1 will be due on Wednesday instead of Monday.

Physics116

Deadline for last lab changed to Thursday at 5PM

Correction to shared data values for G2 and its error

Shared Johnson noise data posted, other remarks; Office hour Sunday

Information on final exam posted

Solution to Quiz 2 and guidelines for Johnson noise lab have been posted

Assignment 7 solutions posted, PID lab deadline extended

Special office hour Tuesday, May 29 from 5-6 PM in 116 Lab

New problem set, quiz information, PID lab deadline, noise lab updates

Assignment 7 posted with information on Johnson noise lab for this week

Quiz 2 rescheduled for Friday, June 1

Midterm solutions and information on the PID lab writeup have been posted

The midterm LabVIEW take-home problem has been posted.

Solutions to Problem Set 3 have been posted under Assignment 5

New information posted on homework, lab, exam, reserve books, assignment

Problem set 3 posted, due Monday, May 7

Information on lab, homework and exam date change

Note added about DAQ vi's for the Week 4 Lab.

LabVIEW problem solution posted

Bevington solutions from Assignment 2 posted

Problem set 1 solutions posted

Homework 2 due date and quiz date have been changed

Special problem revised

Problem set added, due next Wednesday in lab.

Further update to lab writeup posted. Also a v. 7.0 VI for Prob. 1.

Revised lab writeup available; note on problems

Problems posted, due in lab Wednesday, April 11

Preliminary Physics 116C web page posted with text information, etc.

Small correction/clarification in Prob. 2 solution for Assignment 8

Problem solutions, office hours Thursday and Friday, final exam topics

Information about final exam, Quiz 2.

Problem assignment and quiz solution posted

New reading assignment posted

Quiz 2 postponed until next Monday; Assignment 7 solutions posted

Information on Assignment 7, office hour changes and upcoming quiz posted

The midterm exam with solutions has been posted under Assignment 6

Assignment 7 has been posted with problems due Monday, Feb. 26

Solutions posted on web page for "Quiz 1 Clinic" and Assignment 6

Solutions for Assignment 5 posted

Information on Midterm posted

Short problem posted, due Wednesday, Feb. 14

Two more problems for Assignment 5, solutions for Assignment 4 posted.

Assignment 5 has been posted on the web page.

Quiz solution posted; exam moved one week later.

Solutions to Assignment 3 problems posted

New assignment posted, problems due Friday and Monday

Problems due Monday posted, info on quiz posted under "announcements"

Assignment 2 solutions posted

Assignment 2 due date postponed, solutions, notes posted

Assignment 2 posted

Update to Lab 10 writeup

Web page updated; change in prob. set 1 due date

Lecture notes from the last week of class have been posted

Solutions for Assignment 8 posted

Information on lab deadline, final exam and office hours posted

Quiz 2 solutions posted

Assignment 8 posted on web

Assignment 7 solutions posted on web page

Misprint corrected in FET notes for 11/29/06

Information on Quiz 2 posted

Solutions for Assignment 6 posted

Schedule changes for homework and Quiz 2; Exam score information

Solutions for Assignment 5 posted

Problem set 6 added, due Monday, 11/20

Correction to Assignment 5: 6.65(a) (NOT 6.55(a))

Problem due date change, exam solutions, etc.

Assignment 5 posted on web page

Solutions posted for assignment 4

New notes on H(s), poles and active filters posted

Correction to note on poles of H(s)

Solutions posted for assignment 3

Information on upcoming exam posted

New assignment and information on upcoming exam posted

Quiz solutions, office hours

New assignment posted, due 10/25/05.

Solutions for Assignment 2 available

Thevenin example, office hours, quiz reminder

Homework solutions for Assignment 1 posted

Assignment posted, due next Wednesday

Assignment 1 will be due on Wednesday instead of Monday

Correction to shared data values for G² and its error