| Syllabus | | Slides | | Assignments | | Labs |
ES 440 Analog and Digital Communications I (3)
| Time: | Tue. Thu. 1:00PM - 2:15PM |
| Location: | Salazar Hall, Room 2003 |
| Text Book: | Introduction to Analog & Digital Communications, S. Haykin, M. Moher, 2nd ed., John Wiely & Sons, 2007. |
| Prerequisites: | ES400 Linear System Theory, ES230 Electronics I, or consent of instructor. |
Assignments
- Assignment #1.
(Ch. 2) p25, 2.1, p39, 2.8, p47, 2.9(i), p91, 2.19(a)(use Euler's equation)(b)(d), 2.34 (a)(b).
scanned problems
Due: 1:00 PM of Feb. 12 - Assignment #2.
(Ch. 2) p78, 2.16, 2.17, p96, 2.43, 2.45 (only find the PSD and average power), 2.47 .
Due: 1:00 PM of Feb. 19 - Assignment #3.
(Ch. 2) p97, 2.49
(Ch. 3) p110, 3.1, 3.3, 3.4, p.148, 3.17
Due: 1:00 PM of Feb. 26 - Assignment #4.
(Ch. 3) p110, 3.2, p.116, 3.5, p118, 3.6, p148, 3.18, 3.20
Due: 1:00 PM of Mar. 4 - Assignment #5
(Ch. 3) p123, 3.9, p128, 3.13, p149, 3.21 (use Matlab), 3.23, 3.24
Due: 1:00 PM of Mar. 11 - Assignment #6
1. (Ch. 3) p140, 3.15,
2. Draw the structure of the coherent demodulator for SSB, and show the procedure and equations during the demodulation process.
3. Draw the structure of the coherent demodulator for VSB, and show the procedure and equations during the demodulation process.
Due: 1:00 PM of Mar. 18 - Assignment #7
(Ch. 4) p160, 4.2, p162, 4.3, 4.4 (a) (b), p186, 4.11
Due: 1:00 PM of Apr. 8 - Assignment #8
1. (Ch. 4) p186, 4.12, 4.13
2. Draw the structure of narrow band FM modulator Due: 1:00 PM of Apr. 22 - Assignment #9
1. (Ch. 4) Derive the spectrum of wideband PM if the modulating signal is A_m sin(2 pi f_m t). (Show the procedures)
2. Draw the structure of armstrong FM modulator and explain its operations
3. Draw the structure of frequency discrimator for FM demodulation and explain its operations
Due: 1:00 PM of Apr. 29 - Assignment #10
(Ch. 5) p195, 5.3, 5.4, 5.5, 5.6, 5.7
Due: 1:00 PM of May 13