Homework due dates are on the schedule; assignment are due in class on the due date. Late homework will be penalized 25%, and won't be accepted after 1 week.
We will go over any questions on the homework the class before it is due. If your initials are next to the problem, you are responsible for presenting an outline to the solution in class (not the entire solution, but enough to get everybody working in the right direction).
If you have questions about the problem you are to present, please come see me - but please don't do so right before class.
Before doing assignment 1, you may wish to read my E11/E12 review.
Assignment 0: Review Problems Do problems 1, 3, 5, 6, 7, 9, 12.
If you have any questions about the first assignment, either send me an email before classes begin or bring them to the first two days of class. The assignment is due the first Thursday of class (9/6). Solution
Assignment 1: From S&S (Sedra and Smith - on reserve in the library) Chapter 1 (P1.pdf) and Chapter 2 (P2.pdf). 1.51 rc, 1.64 td, 2.30 ag, 2.43 kh, 2.47 jk, 2.78 em. 2.126 gr Solution
Assignment 2: Go through the MSP430 Launchpad tutorial (please do this individually). The assignment is to write a program so that any time you push the left button the green LED will turn on and stay on, and any time you push the right button the red LED turns on and stays on. You'll need to enable pull up resistor on the I/O pin attached to the pushbutton. The schematic of the board is available here (along with other useful information).
Assignment 3: Problem A ds, Problem B jv, and from S&S Chap 3, 3.9 aw, 3.54 xz, 3.86 rc, 3.97 td Solution
Assignment 4: Use TIMERA to get an LED to flash at 1Hz (0.5 sec on, 0.5 sec off). Use interrupts. The processor should be in low power mode except when processing interrupt. Useful sample code is here (go to "Code Examples" and choose "MSP430G2xx3."
Assignment 5: link. 1) sf, 2) ag, 3) kh, 4) jk, 5) em, 6) gr, 7) everybody Solution
Assignment 6: link 4) ds, 5) jv, 6) aw, 7) xz, 8) rc, Problem D td Solution
Assignment 7: link 1) jv, 2) aw, 3) xz, 4) rc, 5) td, 6) sf, 7) ag, 8) kh. Solution
Assignment 8: Read Transistor text. link to assignment 2.89, 2.99, 2.108, 4.17, 4.18, 4.24, 4.54, 4.66 (Bias so VDS=4V), 4.75 (assumes caps are open at DC, and shorts for AC), 4.86, 13.18, Problem E, Problem F Solution
Class list: rc, td, sf, ag, kh, jk, em, gr, ds, jv, aw, xz