EE 210: Circuits Spring 2016
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1 EE 210: Circuits Spring 2016
2 Overview of EE Why take a course on circuits? 2. Course text 3. Course syllabus 4. Course schedule 5. Start Chapter 1
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9 EE 210 in a Nutshell 1. Learn rules for individual components 2. Learn rules for interactions between components 3. Use rules to analyze existing circuits 4. Use rules to design new circuits
10 The Components 1. Power sources 2. Resistors 3. Inductors 4. Capacitors 5. Amplifiers
11 The Rules 1. Ohm s law 2. Series and parallel connections 3. Kirchoff s voltage law 4. Kirchoff s current law 5. Thevenin s and Norton s theorems 6. Superposition
12 Overview of EE Why take a course on electrical science? 2. Course text 3. Course syllabus 4. Course schedule 5. Start Chapter 1
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16 Overview of EE Why take a course on electrical science? 2. Course text 3. Course syllabus 4. Course schedule 5. Start Chapter 1
17 Overview of EE Why take a course on electrical science? 2. Course text 3. Course syllabus 4. Course schedule 5. Start Chapter 1
18 January 2017 Sunday Monday Tuesday Wednesday Thursday Friday Saturday New Year's Day New Year's Day (observed) Martin Luther King Day
19 February 2017 Sunday Monday Tuesday Wednesday Thursday Friday Saturday Presidents' Day
20 March 2017 Sunday Monday Tuesday Wednesday Thursday Friday Saturday
21 April 2017 Sunday Monday Tuesday Wednesday Thursday Friday Saturday Review 28
22 Overview of EE Why take a course on electrical science? 2. Course text 3. Course syllabus 4. Course schedule 5. Start Chapter 1
23 Chapter 1: Basic Concepts 1. Voltage, current, and power 2. Ideal power sources 3. Resistors
24 Chapter 1: Basic Concepts 1. Voltage, current, and power 2. Ideal power sources 3. Resistors
25 Water Electricity/Water Analogy Water flows well through conduits: river banks, pipes. Reference:
26 Water Electricity/Water Analogy Water flows well through conduits: river banks, pipes. Reference:
27 Electricity/Water Analogy Water Electricity Water flows well through conduits: river banks, pipes. Reference:
28 Electricity/Water Analogy Water Electricity Water flows well through conduits: river banks, pipes. Electricity flows well through metal conductors. Reference:
29 Electricity/Water Analogy Water Electricity High banks prevent floods. Reference:
30 Electricity/Water Analogy Water Electricity High banks prevent floods. Reference:
31 Electricity/Water Analogy Water Electricity High banks prevent floods. Good insulators prevent shocks. Reference:
32 Electricity/Water Analogy: Voltage Low potential High potential
33 Electricity/Water Analogy: Voltage Low potential High potential
34 Electricity/Water Analogy: Voltage Low potential High potential
35 Electricity/Water Analogy: Voltage Low potential High potential 1.5 V 9 V
36 Electricity/Water Analogy: Voltage Low potential High potential 1.5 V 9 V
37 Electricity/Water Analogy: Voltage Low potential High potential 1.5 V 9 V
38 Electricity/Water Analogy: Voltage Low potential High potential Voltage is electric potential energy per unit charge: 1 V = 1 J/C 1.5 V 9 V
39 Electricity/Water Analogy: Voltage Low potential High potential
40 Amount of work produced depends on relative height
41 Amount of work produced depends on relative height
42 Amount of work produced depends on relative height
43 Amount of work produced depends on electrical potential difference
44 8 x 1.5 V = 12 V Amount of work produced depends on electrical potential difference
45 8 x 1.5 V = 12 V Amount of work produced depends on electrical potential difference
46 8 x 1.5 V = 12 V Amount of work produced depends on electrical potential difference
47 Electricity/Water Analogy High potential High potential
48 Electricity/Water Analogy: Current Low flow High flow
49 Electricity/Water Analogy: Current Water flow = gallons per minute
50 Electricity/Water Analogy: Current Electrical flow = coulombs per second (current) (amperes)
51 Electricity/Water Analogy: Current Electrical flow = coulombs per second (current) (amperes)
52 Electricity/Water Analogy: Current Electrical flow = coulombs per second (current) (amperes)
53 Electricity/Water Analogy: Current Electrical flow = coulombs per second (current) (amperes) Current is a measure of the flow of electrical charge per unit time: 1 A = 1 C/sec
54 Electricity/Water Analogy: Current
55 Electricity/Water Analogy: Current Low (sustained) flow High (sustained) flow 40 mah 40 Ah (40,000 mah)
56 Electricity/Water Analogy: Power High potential, low flow Low potential, high flow
57 Electricity/Water Analogy: Power High potential, low flow Low potential, high flow 1 W = 1 J/sec
58 Electricity/Water Analogy: Power High potential, low flow + 12 V 2 A = 24 W
59 Electricity/Water Analogy: Power High potential, low flow Low potential, high flow V 2 A = 24 W = A A
60 Electricity/Water Analogy: Power High potential, low flow Low potential, high flow + Power is a measure of rate of 15 V 2 A = 30 W = A + energy transfer: 1 W = 1 V 1 A = 1 J/C 1 C/sec = 1 J/sec
61 Summary of Voltage, Current, and Power Voltage = Height of waterfall Current = Flow of water Power = Rate of work performed by waterwheel at base of waterfall Tall waterfall + lots of water = Many, many Watts
62 Grande Dixence Dam (Switzerland) Height: 935 ft Volume: 6,000,000 m 3 Power: 2,069 MW
63 Hoover Dam (Arizona/Nevada) Height: 726 ft Volume: 2,480,000 m 3 Power: 2,080 MW
JANUARY Single Ad Business Card Size: 3.5 x 2. Single Ad Business Card Size: 3.5 x 2. Double Ad Ad Size: 3.5 x 4.125
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