EL E 443 Spring 2003
Dr. Tew’s Spring 2003 schedule
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Orcad site to download student PSpice
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Plan For EE 443, Spring 2003:
| Wk1 | W 1/8 Introduction Review of Complex Numbers Review of dB calculations Review of types of filters |
F 1/10 Read Chapter 1, Section 2.1 and 2.2 Circuit Elements and Scaling The Ideal Op Amp |
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| Wk2 | M 1/13 The 741 op amp Gain-Bandwidth product 3 db cutoff db, 20 db/decade, 6 db/octave |
W 1/15 non-inverting amplifier (ideal) inverting amplifier (ideal) approach to solving op-amp circuits one-pole model, integrator model |
F 1/17 approach to homework problems Orcad capture basics Orcad capture tricky points |
| Wk3 | M 1/20 Dr. Martin Luther King, Jr. Holiday |
W 1/22 Finish reading Chapter 2 Analysis of Op-Amp circuits |
F 1/24 Read Sections 3.1, 3.2, 3.3 The Bilinear Transform Bode Plots |
| Wk4 | M 1/27 Read Sections 3.1, 3.2, 3.3 Passive First Order Filters Real resistors and capacitors, design |
W 1/29 Lattice Filters |
F 1/31 Problems with passive filters Review of Homework Solutions Review for Test 1 |
| Wk5 | M 2/3 Read Section 3.4 Active First Order Filters (inverting) |
W 2/5 Active non-inverting first order filters |
F 2/7 Test 1 through Section 3.3 of text Test 1 Answers Test 1 Grades |
| Wk6 | M 2/10 Cascading Sections Normalizing During Design |
W 2/12 Read Sections 3.5 and 3.6 The effect of A(s) |
F 2/14 Phase Shaping Allpass filters |
| Wk7 | M 2/17
Return Test 1 Design and scaling |
W 2/19 2d order filters Q and w0 Biquad filter |
F 2/21 Biquad filter, frequency response |
| Wk8 | M 2/24 Characteristics of 2d order lowpass filters The influence of Q on magnitude and phase Tow-Thomas Design |
W 2/24 Out of town. Class will not meet. |
F 2/28 Quality of active integrators |
| Wk9 | M 3/3 Non-ideal integrators, loss |
W 3/5 Compensation techniques for lossy integrators |
F 3/7 Overview of 2d order filters |
| Wk6 | M 3/10 Spring Break | W 3/12 Spring Break | F 3/14 Spring Break |
| Wk7 | M 3/17
Sallen-Key filters |
W 3/19 General approach to 2d order LP filters Ackerberg-Mossberg filters |
F 3/21 RC - CR transforms Analysis of the GIC |
| Wk8 | M 3/24 Review of design problems |
W 3/24 |
F 3/28 Test 2 Test 2 Grades Test 2 Answers |
| Wk9 | M 3/31 Biquadratic function using summing |
W 4/2 Biquadratic function using voltage feed forward |
F 4/4 Cascade design: pole-zero pairing and order of sections |
| Wk10 | M 4/7 Cascade design: gain allocation |
W 4/9 Butterworth Filters |
F 4/11 Butterworth Low Pass Filters |
| Wk11 |
M 4/14 Adding zeroes to Butterworth Filters |
W 4/16 Design of Chebyshev filters |
F 4/18 Good Friday Holiday |
| Wk12 | M 4/21 Review Butterworth homework Chebyshev Theory |
W 4/23 Review for Test 3 Distribute Test 3 |
F 4/25 Class will not meet Test 3 is a take-home test |
| Wk13 | M 4/28 Submit Test 3 Answers to Test 3 |
W 4/30 Test 3 returned Grades for Test 3 |
F 5/2 Review for Final Exam Semester Points prior to Final Exam |
| Final Exam | Wednesday, May 7 | Noon - 3 PM |
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