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ELECTRIC CIRCUITS ECSE2010 Spring 2003 Class 40

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Sunday, 2-4: Prof. Millard. Tuesday, 12-3: Prof Nagy. Monday, 2-6: Prof. Jennings. JEC 4104 ... IDEAL LOW PASS FILTER. 1st ORDER LOW PASS. IDEAL HIGH PASS ... – PowerPoint PPT presentation

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Title: ELECTRIC CIRCUITS ECSE2010 Spring 2003 Class 40


1
ELECTRIC CIRCUITSECSE-2010Spring 2003 Class 40

2
ASSIGNMENTS DUE
  • Today (Monday)
  • Homework 14 Due
  • Experiment 10 Report Due
  • Computer Project 5 Report Due
  • Activity 40-1, Experiment 11 (In Class)
  • Experiment 11 graded as an Activity (No Report)
  • Tuesday/Wednesday
  • Finish Activity 40-1
  • Review for Final Exam

3
FINAL EXAM
  • Wednesday, May 7
  • 8 - 11 am
  • Sage 3303 for All Sections
  • 2-8 1/2 x 11 inch Crib Sheets
  • Laplace Tables Will Be Included with the Final
    Exam

4
OFFICE HOURS
  • Sunday, 2-4 Prof. Millard
  • Tuesday, 12-3 Prof Nagy
  • Monday, 2-6 Prof. Jennings
  • JEC 4104
  • After Wednesday, 5/1, Graded Materials will be in
    a Box Outside JEC 6036 (Prof. Jennings Office)

5
COMPLETE TIME RESPONSE
  • There is Stored Energy at t 0-
  • gtHave Initial Conditions
  • Input x(t) for t gt 0 Can be anything
  • Output y(t) Complete Time Response
  • Use s-domain circuit with fictitious sources in
    model for C L
  • Input Lx(t) Tables
  • Find Y(s) using Ckt Analysis
  • y(t) L-1 Y(s) PFE Tables, or MAPLE

6
REVIEW
  • When There Are Initial Conditions

7
IDEAL LOW PASS FILTER
8
1st ORDER LOW PASS
9
IDEAL HIGH PASS FILTER
10
1st ORDER HIGH PASS
11
IDEAL BANDPASS FILTER
12
IDEAL NOTCH FILTER
13
BANDPASS/NOTCH FILTERS
  • Bandpass and Notch Filters require the order of
    the circuit n gt 2
  • Higher n gt Better Performance
  • Looked briefly at 2nd Order Bandpass and Notch
    Filters

14
2nd ORDER BANDPASS
15
2nd ORDER NOTCH
16
EXPERIMENT 11
17
EXPERIMENT 11
18
EXPERIMENT 11
19
EXPERIMENT 11
20
EXPERIMENT 11
21
EXPERIMENT 11
22
EXPERIMENT 11
  • Lets Build a Sallen-Key Filter
  • Use C 2.2 nF
  • Use 100k Pots for R1, R3 10k Pot for R2
  • Be Very Careful with Wires!!
  • OR Use Close Resistor Values
  • Initially Set R1 36.2k, R2 5.49k, R3 11.0k
  • Amplifier needs 5 Volts
  • Remember that

23
EXPERIMENT 11
24
EXPERIMENT 11
25
741 LAYOUT
26
OP AMP PIN LAYOUT
27
ACTIVITY 40-1
28
ACTIVITY 40-1
29
ACTIVITY 40-1
30
ACTIVITY 40-1
31
ACTIVITY 40-1
32
ACTIVITY 40-1
33
ACTIVITY 40-1
34
ACTIVITY 40-1
35
ACTIVITY 40-1
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ACTIVITY 40-1
37
ACTIVITY 40-1
38
ACTIVITY 40-1
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ACTIVITY 40-1
40
ACTIVITY 40-1
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ACTIVITY 40-1
42
ACTIVITY 40-1
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ACTIVITY 40-1
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ACTIVITY 40-1
45
ACTIVITY 40-1
46
ACTIVITY 40-1
47
ACTIVITY 40-1
48
ACTIVITY 40-1c
49
ACTIVITY 40-1c
50
ACTIVITY 40-1c
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ACTIVITY 40-1c
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ACTIVITY 40-1c
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ACTIVITY 40-1c
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ACTIVITY 40-1c
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ACTIVITY 40-1c
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ACTIVITY 40-1c
57
ACTIVITY 40-1
58
ACTIVITY 40-1d
59
ACTIVITY 40-1d
60
ACTIVITY 40-1d
61
ACTIVITY 40-1d
62
ACTIVITY 40-1d
63
ACTIVITY 40-1d
64
ACTIVITY 40-1d
65
ACTIVITY 40-1d
66
ACTIVITY 40-1d
67
ACTIVITY 40-1d
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